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Hydroelectric
Plant
Construction
Cost · and
Annual
Production
~x~enses-1980
HYD
068
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March 1983'
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068
DATE ISSUED TO
HIGHSMITH #42·222L PRINTED IN U.s.A.
~
Released for printing April 8, 1983
Hydroelectric
Plant
Construction
Cost and
Annual
Production
Expenses-1980
•
rlr~~
March 1983
""'
This report was prepared by the
Energy Information Administra-
tion. the independent statistical
and analytical agency within the
Department of Energy. The in-
formation contained herein
should not be construed as
advocating or necessarily reflea-
ing any policy position of the
Department of Energy or any
other organization.
Energy Information Administration
· Office of Coal. Nuclear. Electric
and Alternative Fuels
· U.S. Department of Energy
Washington. D.C. 20585
Property of State of Alasf(a
Senate Advisory Counc.i1
DOE/EIA-0171(80) })i!/
Dist. category UC-98 OtDf>
,
Hydroelectric Plant Construction Cost and Annual Production Expenses
Hydroelectric Plant Construction Cost and Annual
Production Expenses is prepared by the Electric Power
Division; Office of Coal, Nuclear, Electric and Alternate Fuels;
Energy Information Administration; Department of Energy.
This report is the twenty-fourth annual supplement to the initial
publication, Hydroelectric Plant Construction Cost and
Annual Production Expenses. The initial publication, covering
the period 1953-1956, through the nineteenth supplement,
containing data tor calendar year 1975 were published by the
former Federal Power Commission. The twentieth annual
supplement, containing data for the year 1976, and subsequent
supplements are the responsibility of the Energy Information
Administration, Department of Energy.
For information regarding this report, contact:
Elsie Bess (202)252-6534
Lawrence Prete (202)252-6535
ii Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
!';rr'
Contents
Page
Preface •.... ;...................................................................................................................................................................................... v
1.
2.
Introduction ....................................................................................................................................................................... ..
Summary ............................................................................................................................................................................ .
3
7
Glossary......................................................................................................................................................................................... 1 07
Appendixes
A. List of Plants by Utility Within State .......................................... , ...................................................................... ,............... 115
B. . Alphabetical List of Hydroelectric Plants ........................................................................................................................ 119
C. Technical Notes .................. :.............................................................................................................................................. 122
Figure
1. Electric Power Supply Areas and Regions in the United States ...................................................................................... 8
Table
1. Hydroelectric Plant Construction Cost and Annual Production Expenses -1980 .................................................................. 9
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
iii
•
Preface
A decrease in the number of older, smaller, and generally less
efficient hydroelectric plants occurred in the 1970's, during the
period of relatively inexpensive fossil fuels. However, there has
been a significant increase in interest concerning hydroelectric
power recently due to its proven potential as a primar-Y energy
source.
In the face of rising costs and concern over the secure
availability of fossil fuels, the Nation is looking toward the
development of renewable energy sources. Hydroelectric
power and biomass together are expected to constitute about
one-half of the national goal to provide 20 percent of domestic
energy needs in the year 2000 from solar and other renewable
energy sources.
The Department of Energy (DOE) is focusing much of its
attention on .the near-term potential of small scale
hydroelectric power generation at existing dams. The major
objective of the Department's programs is to re-establish a
vigorous small hydroelectric industry in the United States by .
minimizing the barriers to hydroelectric development. One
program to accomplish this objective is to provide loans for
feasibility studies and licensing. The near-term goal of DOE is
to assist in providing 1,000 megawatts of capacity on-line or
under construction by 1985 through loan programs and
demonstrations. Small-scale hydroelectric power
demonstration projects are underway at 21 sites throughout
the United States as part of the Department's small-scale
hydroelectric power demonstration program scheduled for
completion by that year. The addition of power capacity at
presently generating power plants, the rehabilitation of old
abandoned power plants, and the addition of power generating
capacity to existing dams where no power had previously been
generated are among the current projects. All projects are
cost-shared with DOE paying 25 percent or less of the total
project costs. When completed, the 21 projects will provide a
total of more than 130 megawatts.
Small-scale hydroelectric power plants offer several
advantages: They utilize a renewable energy source, flowing
water; they are small and aesthetically acceptable; moreover,
the effects upon stream ecology are minor compared to the
effects by larger hydroelectric facilities; life cycle costs are
comparable to new coal or nuclear capacity; hundreds of
vii
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Preface f continued J
existing dams are potentially available for hydroelectric
generation and the technology is well established with
components readily available.
The Feasibility Study Loan Program, established under the
Public Utilities Regulations Policies Act (PURPA) of 1978 (P.L.
95-617), was initiated during 1980. The regulations
implementing the program were published ln the Federal
Register on January 17, 1980, and the effective date was
February 19, 1980. Within the first nine months, over 200 loan
applications were received and over 100 were approved. The
program provides loans for feasibility studies and licensing
costs associated with hydroelectric projects at dams with
capacities between 100 and 30,000 kilowatts.
The Department expected to award 450 loans in 1981.
Experience to date indicates that about half of these loans
could result in projects averaging approximately 3 megawatts.
Thus, the loan-assisted projects have an estimated potential
yield of 675 megawatts. Together with the demonstration
projects, they should provide 815 megawatts towards the
stated goal of 1 ,000 megawatts on-line or under construction
by 1985.
The recent streamlining and simplifying of hydroelectric power
project licensing procedures by the Federal Energy Regulatory
Commission (FERC) have encouraged the growing interest in
hydroelectric power. In fiscal year 1980, the FERC issued 60
licenses for the redevelopment and construction of
hydroelectric projects. During that same year, the number of
preliminary permit filings to study potential projects tripled the
number received during 1979. During 1980, the FERC issued
133 preliminary permits involving potential construction of
several hundred megawatts of new generating capacity.
The advantages of hydroelectric power are good reasons for
its revitalization. The water that powers hydroelectric power
plants is essentially free and is a renewable source of
electricity generation. Although, on the average, the investment
cost per kilowatt is substantially greater for conventional
hydroelectric plants than for thermal-electric plants,
hydroelectric production expenses are much lower than
thermal-electric production expenses. Hydroelectric plants
have long lives, rapid start-up and loading, and low outage
rates. There is no air or thermal pollution, but the construction
of new dams can cause ecological change affecting local plant
and animal life, and water and land use. Hydroelectric plants
also have associated benefits. Reservoirs are used extensively
for recreation, for flood control, and some are operated to
supplement natural flows during low flow periods.
There is increasing use of pumped-storage hydroelectric plants
throughout the United States. Pumped-storage installations are
viii
of two general types: (1) those that use both pumped water
and natural run-off for generation, and (2) those that are
exclusively pumped-storage and generate power by
recirculating the water between a lower and an upper reservoir.
The pumped-storage method of utilizing water power for
peaking capacity is selected on the basis of low initial cost and
the ability to convert low cost off-peak pumping energy to high
value peaking energy. The characteristics that make
pumped-storage developments attractive are the relatively low
investment costs, and the increase in plant factors of the
thermal units which provide pumping energy during off-peak
hours. The increase in plant factors of these thermal units
results in reducing their cycling and improving their efficiency
and durability. Costs of development depend largely on site,
topography, and geological conditions. Reservoirs, dams,
waterways, pump-turbine, and motor-generator equipment are
the largest cost items. These five components represent
approximately 70 to 75 percent of the total cost.
There were 30 major pumped-storage hydroelectric power
plants in operation in the United States as of January 1, 1981 .
These plants provided 12.0 million kilowatts of pumped-storage
installed generator nameplate capacity.
As of January 1 , 1981 , the Energy Information Administration
reported th~t 16,719 megawatts of hydroelectric generating
capacity were planned to be completed between 1981 and
1990, inclusive.
As of January 1, 1980, the FERC estimated the Nation's
developed and undeveloped conventional hydroelectric power
resources at approximately 173.9 million kilowatts, capable of
producing 684.2 billion kilowatthours annually.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
UO!I~npO.IIUI
..
____...__
Introduction
Hydroelectric Plant Construction Cost and Annual
Production Expenses is prepared by the Electric Power
Division; Office of Coal, Nuclear, Electric and Alternate Fuels;
Energy Information Administration; Department of Energy.
Using a group of reporting plants located in the United States
and Puerto Rico, Hydroelectric Plant Construction Cost and
Annual Production Expenses is designed to show the
investment cost of hydroelectric plants and the cost (exclu sive
of annual fixed costs) to electric utilities to produce electric
power, using water as the primary energy source. For a
description of annual fixed costs, see Section 3.3 of the
"Technical Notes," Appendix C. The publication contains data
o.n installed generating capacity, net generation, net capability,
cost of plant, production expenses, and hydraulic features for
all such plants. The publication is composed of detailed tabular
data for each plant. The table is arranged alphabetically by
State, utility (operating company), and plant. Data for plants
located in Puerto Rico appear last.
In recognition of the growing importance of energy planning in
contemporary society, this publication is intended to be useful
to the varying needs of many different users. These users
include consumers and personnel in the electric utility industry,
other industries, educational institutions, and government.
~~ I'
Sources of Data
Data published in Hydroelectric Plant Construction Cost
and Annual Production Expenses are compiled mainly from
Federal Power Commission (FPC) Form 1, "Annual Report of
Private Electric Utilities," and Economic Regulatory
Administration (ERA) Form 412, "Annual Report of Municipal
Electric Utilities," submitted by respondents to the Department
of Energy. Data reported on the aforementioned forms are
supplemented by data reported on FPC Form 12, Annual
Power System Statement. For a description of these data
collection systems, refer to Sections 1.1, 1.2, and 1.3. of the
"Technical Notes," Appendix C.
Coverage
At year-end 1980, there were 1,142 hydroelectric plants owned
and operated by electric utilities, including Federal and State
agencies, in the United States. Their distribution, capacity, and
inclusion in this report are as follows:
Ownership
Non-Federal' ...........
Federal ....................
Total• .......................
·"' ~ ' .
Total Plants-U.S. Covered In this Report
Number MW Number
985 41,142 348
157 35,209 •30
1142 76,351 378
•Exclusive of plants in'Puerto Rico.
•TVA.
MW
36,952
4,827
41 ,779
3
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
lntrQduction (continued)
This report presents detailed data for 1980 for 378 reporting
hydroelectric plants in the contiguous United States, that have
an installed capacity of 10 megawatts or greater, for which
information is provided on the source collections noted above.
In addition to these 378 plants, included in the coverage of this
publication are 3 plants in Puerto Rico. Electric utilities are not
required to report to the Department of Energy detailed data
such as those contained in this publication for hydroelectric
plants with an installed generator nameplate capacity less than
10 megawatts. As of year-end 1980, the installed generator
nameplate capacity of Federal hydroelectric projects in the
United States was 46 percent of the installed capacity of
hydroelectric plants. The generation in 1980 from Federal
hydroelectric projects was 48 percent of the hydroelectric
generation in that year. Except for TV A, data for federally
owned and operated plants are not included in this publication.
Federally owned and operated plants were not required to
submit a source report for 1980. As a result, approximately 96
federally owned plants and 28,900 megawatts capacity
included in the 1979 and earlier years' publications are
excluded from this supplement.
The 381 plants for which data are included in this publication
are not selected nor presented as statistically representative of
all U.S. hydroelectric plants. Plants are included solely for
having provided acceptable data among the source collections
4
noted above; their characteristics are provided only as
self-representative. The reader is therefore cautioned against
use of these data as statistically representative of any larger
universe.
Exclusive of plants which obtained commercial service status
during the reporting period, the plants included are the same
as those included in the previous year's report, where the data
are available. Net generation of non-Federal plants for which
data are included in this report total 132.4 billion kilowatthours,
or 92 percent of the generation in 1980 by non-Federal
hydroelectric plants in the United States. The installed
generator nameplate capacity of the non-Federal hydroelectric
plants in the contiguous U.S. for which data are included in this
report total 36,952 megawatts, or 90 percent of the installed
generator nameplate capacity of non-Federal hydroelectric
plants, as of year-end 1980.
Two indexes of plants are included on pages 113 through 121.
The first lists names of plants alphabetically by State and the
second lists the plants alphabetically by plant name. A map of
the Federal power supply areas and regions is included on
page 8.
Adjustment to Collected Data
No adjustments have been made to collected data.
G:lossary
A glossary of terms applicable to this report has been included
to assist nontechnical as well as technical users in
understanding the data in this publication.
Technical Notes
The "Technical Notes" contains along with other explanatory
information, a detailed description of the data collection
systems used to prepare this report.
Related Publications
The Department of Energy's Energy Information Administration
publishes annually a companion report, Thermal Electric
Plant Construction Cost and Annual Production Expenses.
Also published annually by the Energy Information
Administration are two publications containing comprehensive
financial and operating information on electric utilities. These
publications are Statistics of Privately Owned Electric
Utilities in the United States and Statistics of Publicly
Owned Electric Utilities In the United States. A related
Federal Energy Regulatory Commmission publication is
Hydroelectric Power Resources of the United States,
Developed and Undeveloped, and is published every four
years.
Hydroelectric Plant Construction Cost and Annual Production EJrpenses -1980
Energy Information Administration
~Jewwns
1
Summary
A total of 1,142 hydroelectric plants owned and operated by
electric utilities in the United States produced 276.0 billion
kilowatthours during calendar year 1980, 1.3 percent below the
hydroelectric generation in 1979. The generation in 1980 by
hydroelectric plants represents 12.1 percent of the net
generation of 2,286.4 billion kilowatthours by electric utilities for
that year. The installed generator nameplate capacity as of the
end of 1980 for these pumped-storage and conventional
hydroelectric plants was 76,351 megawatts, 12.4 percent of
the total installed generator nameplate capacity of 613,546
megawatts. The installed generator nameplate capacity of
hydroelectric projects in 1980 increased 1.4 percent over that
for 1979.
Year-to-year and plant-to-plant differences in investment cost
per kilowatt (kW) reflect primarily the wide variations in type,
size, and location of projects; cost of land;relocation of existing
roads and structures;and, to a lesser degree, changes in labor,
materials, engineering, and construction costs.
Several hydroelectric generating units of substantial capacity
were added in 1980 to existing plants. The Georgia Power
Company completed construction of its planned
321.3-megawatt Wallace Dam pumped storage project, with an
investment cost of $629 per kilowatt. Unit 3 of the Appalachian
Power Company's Smith Mountain pumped storage project
was added, bringing the investment cost of this project to $159
per kilowatt.
Plant size is a major factor affecting conventional hydroelectric
power production expenses. Other factors include the type of
operation, annual generation, number and size of units,
operating head, and other conditions peculiar to individual
plants. Operating costs are generally lower for plants equipped
for automatic and remote control operation.
Besides plant size and operating head, the principal factor
affecting pumped-storage production expenses is the type of
plant. That is, the production expenses may vary depending on
whether the plant uses both pumped water and natural
streamflow for generation, or whether the plant generates
power only by circulating water between a lower and an upper
reservoir. In addition to the usual items of production
expenses, a pumped-storage hydroelectric plant incurs cost for
energy used to pump water from the lower reservoir to the
upper reservoir ..
The 1980 production expenses for the non-Federal plants
included in this report averaged 1.52 mills per kilowatthour, of
which operation expenses were 0.91 mills and maintenance
expenses were 0.61 mills. Thus, operation expenses
accounted for 60 percent of the total while maintenance
expenses accounted for 40 percent. TheJ 980 average of 1.52
was an increase of 0.15 mills from the 1979 average of 1.37
mills per kilowatthour for non-Federal systems.
Tennessee Valley Authority Project
The Tennessee Vailey Authority (TVA), a wholesale supplier of
electric power to 11 0 municipal and 50 cooperative electric
systems, owns 30 hydroelectric plants in the Tennessee Valley
region. These plants are operated as compone~ts of a
comprehensive river basin development. Data for each of
these plants are included in this report. Of the 30 plants, 21
are multiple purpose projects. As reported by TVA in its
Annual Report to the Department of Energy, the installed
generator nameplate capacity of its 30 plants totaled 4.8
million kW at fiscal year-end 1980. During the fiscal year
ending September 30, 1980, TVA hydroelectric plants
generated 17.9 billion kWh. Total production expenses at these
plants averaged 0.82 mills per kWh. These expenses included
operating expenses averaging 0:44 mills per kWh and
maintenance expenses averaging 0.38 mills per kWh. Thus,
operating expenses for the TV A plants accounted for 54
percent of the total while maintenance experises accounted for
46 percent. The 1980 average of 0.82 mills per kilowatthour is
an increase of 0.14 mills from the 1979 average of 0.68 mills
per kilowatthour.
7
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
•
8
Electric Power Supply Areas in the United States
! li .i.
""'· ~
\"llf\
LEGEND
Department of Energy Power Supply Area
IJ !0: lOO Regional Grouping of Power Supply Areas
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
1
t 980 Construction Cost and Production Expenses
Alabama Power Co.
Name of Utility
Name of Plant. .......... ._ ........................................ _. ................................. Bankhead Bouldin,• Holt Jordan
_,...., ... ._.,.,,...._._ __ .,...,,. • .,.,,,, .. ,~••••••uu••••••.,. .. .,.,...,nn•n•-•• ... un•~u•••••..., .. -., .. -,..nonnnn Walter
Post Office ................................................................................................. Northport,AL Wetumpka, AL Holt, AL Wetumpka, AL
Tuscalloosa Tuscalloosa
location of Plant (County and State) ..................................................... AL Elmore, AL Al Elmore, AL
River ........................................................................................................... Black Warrior Coosa Black Warrior Coosa
Region and Power Supply Area .............................................................. 111-22 111-22 111-22 111-22
Licensed Project No ................................................................................. 02165 02146 02023 00618
General Operating Characteristics .....................................................
Installed Generating Capacity (MW) ..................................................... 45.1 225.0 40.0 100.0
Pumping Energy • Pumped Storage (million kWh) ..............................
Net Generation (million kWh) ........................ : ....................................... 218.9 176.9 185.6 539.9
Plant Factor Basad on Nameplate Rating (percent) .......................... 55 9 53 62
Net Peak Demand on Plant-60 Minutes (MW) .................................. 52.0 240.0 42.0 133.0
Net Plant Capability
CapabiHty Under Most Favorable Operating Conditions (MW) ........ 54.0 240.0• 43.0 135.8
Capability Under Most Adverse Operating Conditions (MW} ........... 41.0' 188.8 11 .o• 81.0
Time Connected to Load (hours) .......................................................... 8,288 2,558 8,278 8,760
Planned Ultimate Capacity (MW) .......................................................... 45.1 225.0 40.0 100.0
Coat of Plant (thousand dollars)
Land and Land Rights ............................................................................ 30 6,090 -735
l Structures and Improvements ............................................................... 4,560 7,771 3,302 820
Reservoirs, Dams. and Waterways ....................................................... 1,241 43,845 3,297 5,915
Equipment ............................................................................................... 3,190 8,658 3,287 2.665
Roads, Railroads, and Bridges ............................................................. -203 -.
Total ................................................................................................... 9,021 66,567 9,886 10,135
Cost per kW of Installed capacity (dollars) ................................... 200 295 247 101
Mills/ Mills/ Mills/ Mills/
$1,000 kWh $1,000 kWh $1,000 kWh $1,000 kWh
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................. 20 0.09 31 0.18 17 0.09 32 0.06
Water for Power .................................................................................... 74 0.34 74 0.40 124 0.23
Hydraulic Expenses .............................................................................. 15 0.07 14 0.08 9 0.05 27 0.05
Elactric Expenses ................................................................................. 28 0.13 39 0.22 29 0.15 69 0.13
Miscellaneous Hydraulic Power Generation Expenses .................... 34 0.16 68 0.38 32 Oc17 130 0.24
Rents ...................................................................................................... -.
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 37 0.17 45 0.25 32 0.17 44 0.08
Maintenance of Structures .................................................................. 17 0.08 76 0.43 6 0.03 19 0.04
Maintenance of Reservoirs, Dams, and Waterways ......................... 2 0.01 189 1.07 1 -16 0.03
Maintenance of Electric Plant ............................................................. 63 0.29 839 4.74 47 0.26 (24) -
Maintenance of Miscellaneous Hydraulic Plant ................................ 7 0.03 9 0.05 15 0.08 17 0.03
Total, Exclusive of Pumping ............................................................ 297 1.36 1,309 7.40 262 1.41 454 0.84
Cost of Pumping Energy ..........................................................................
T ota1 Production Expenses ..................................................................... 297 1.36 1,309 7.40 262 1.41 454 0.84
Hydraulic Data
Drainage Area (square miles) ................................................................ 3,969 10,165 4,213 10,165
Area of Pond at Normal Full-Pond Level (a eras) ................................ 9,200 6,807 3,200 4,900
Storage or Pondage from Maximum Draw-Down (acre-feet) ............ 26,000 58,000 3,200 43,750
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ........ 72.00 119.00 61.00 89.00
Flow at Full Station Load (cubic feet per second per kW) ................ 0.1980 0.1080 0.1510
Average Number of Employees ............................................................ 7 12 7• 17
Type of Operation ................................................................................... Conventional Conventional Conventional Conventional
Initial Year of Operation ......................................................................... 1963 1967 1968 1928
•Head reduced by abnormal tailwater condition A~l 14, 1977 . .Plant had baen Inoperative since February 1 o, 1 75 due to break in dam. Reconstruction completed and normal operation resumed on October 8, 1980.
'Maximum net plant capability since Corps of Engineers' Jones Bluff Reservoir was filled to full pool elevation (125.0 II) January 9, 19n.
'Head reduced by abnormal tailwater condition April 13, 1979.
•Yates Dam remotely controlled from Thurlow Dam and system dispatching office. Supervisors and maintenance crew included in number at Yates Dam are assigned to melntenance at both
plants.
9
Hydroelectric Plant Construction Cost and Annual Production Expenses - 1 980
Energy Information Administration
_......._______
-----
1980 Construction Cost and Production Expenses
Name of UtHity
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
licensed Project No ............................................................................... ..
General Operating Characterlstk:s .................. _. ............................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant~60 Minutes (MW) ................................ ..
Net Plant capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering .......................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Totat Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
•Head reduced by abnormal tailwater condition April 13, 1979.
'Head reduced by abnormal tailwater condition December 16, 1969.
•Head reduced by low headwater condition January 28, 1980.
10
Alabama Power Co.
Lay
Clanton, Al
Chilton &
Coosa. Al
Coosa
111-22
02146
177.0
694.0
45
186.0
194.0
144.0'
8,760
177.0
7,890
1,444
17,363
10,393
37,090
209
$1,000
Mills/
kWh
30
68
56
48
148
55
25
(41)
64
15
468
468
9,087
6,000
37,400
69.00
0.04
0.10
0.08
O.Q7
0.21
0.08
0.04
0.09
0.02
0.67
0.67
14
Conventional
1967
Lewis-Smith
Jasper, Al
Walker&
Cullmon, AL
Warrior
(Sipsey Fork)
111-22
02165
$1,000
25
9
27
99
26
40
14
90
45
10
386
386
157.5
380.1
28
177.0
199.9
167.9•
8,530
157.5
4,717
3,341
15,400
7,869
133
31,460
199
Mills/
kWh
0.07
0.02
O.Q7
0.26
0.07
0.11
0.04
0.24
0.12
0.03
1.02
1.02
944
21,200
600,000
232.00
0.0600
12
Conventional
1961
Logan-Martin
Vincent, Al
Talladega, Al
Coosa
111-22
02146
128.2
453.7
40
146.0
147.8
110.0
8,760
128.3
15,945
1,227
40,005
7,918
65,755
512
Mills/
$1,000 kWh
33 0,07
49 0.11
43 0.09
33 0.07
125 0.28
1
65 0.14
27 0.06
334 0.74
58 0.13
14 0.03
782 1.72
782 1.72
7,700
152,063
142,393
61.00
0.2400
14
Conventional
1964
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Martin
Dadeville, Al
Elmore, Al
Tallapoosa
111-22
00349
154.2
443.4
33
166.0
169.0
144.0'
8,760
154.2
3,184
2,185
8,042
4,199
17,610
114
Mills/
$1,000_ kWh
46 0.10
76 0.17
47 0.11
138 0.31
210 0.47
39 0.09
1,119 2.52
73 0.17
27 0.06
1,776 4.01
1,776 4.01
3,000
40,000
1,375,000
145.00
0.1060
17
Conventional
1926
-r l
"""-
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant .................................. _. .................................................... .
Post Office ................................................................................................ .
Location of Plant (County and Slate) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characterlatlcs .... _. ............................................. .
lnslalled Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plllnt (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area {square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level {acres) ............................... .
Storage or Pondage from Maximum Draw-Down {acre-feet) ........... .
Gross Head -Pond Elevation Minus T ailwater Elevation (feet) ...... ..
Flow at Full Station Load {cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
Alabama Power Co.
Mitchell
Verbena, AL
Chilton &
Coosa, AL
Coosa
111-22
00082
72.5
376.9
59
75.0
79.0
52.0
8,760
72.5
524
613
5,025
2,564
8,727
120
$1!000
Mills/
kWh
32
28
25
106
143
4
46
35
18
71
17
526
526
9,827
5,850
33,300
66.00
0.2240
0.09
0.07
0.07
0.28
0.38
0.01
0.12
0.09
0.05
0.19
0.05
1.39
1.39
20
Conventional
1923
Neely, Henry
Chatchee, AL
Calhoun, AL
Coosa
111-22
02146
$1,000
30
28
97
31
112
43
11
18
88
15
472
472
72.9
214.1
34
73.0
76.6
10.01
8,760
72.9
9,973
995
13,933
6,704
31,605
433
Milia/
kWh
0.14
0.13
0.45
0.14
0.52
0.20
0.05
0.08
0.41
0.07
2.20
2.20
6,600
11,235
91,200
356.00
0.3860
14
Conventional
1966
Thurlow
Tallahassee,
AL
Elmore,AL
Tallapoosa
111·22
02408
$1,000
23
13
52
95
27
9
(11)
44
4
256
256
50.0
243.8
56
63.0
67.0
52.1
8,760
50.0
1,873
808
2,692
1,255
6,629
132
Milia/
kWh
3,300
574
0.09
0.05
0.21
0.39
0.11
0.04
0.18
0.02
1.05
1.05
90.00
0.1520
so
Conventional
1930
Welaa
Leesburg, AL
Cherokee, AL
Coosa
111-22
02146
$1,000
30
34
39
34
132
42
13
47
53
12
435
435
87.7
250.7
33
87.0
90.0
51.03
8,760
87.8
12,334
3,933
14,793
7,786
38,846
442
Milia/
kWh
0.12
0.13
0.15
0.14
0.53
0.17
0.05
0.19
0.21
0.05
1.73
1.73
5,273
30,200
212,000
43.00
0.2660
14
Conventional
1961
•Head reduced by abnormal tailwater condition April 14, 1979.
•Yates Dam remotely controlled from Thurlow Dam and system dispatching oNice. Supervisors and maintenance crew included in number at Yates Dam are assigned to maintenance at
both plants.
•Head reduced by abnormal tailwater condition April 5, 1974.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
II
1
1980 Construction Cost and Production Expenses
Alabama Po-rCo.
Name of Utility
Name of Plant .......•...•.•.• ~"''"'''''''''"'"'"~··~··~--·············· ........................ . Yates
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
Tallahassee,
AL
Elmore, AL
Tallapoosa
111-22
02407
General Operating Characterlatlca ...................... ~""'"''""'"''''''''"''"'"
Installed Generating capacity (MW)..................................................... 32.0
Pumping Energy. Pumped Storage (million kWh) ............................. .
Net Generation (million kWh)................................................................ 154.9
Plant Factor Based on Nameplate Rating (percent) .......................... 55
Net Peak Demand on Plant· 60 Minutes (MW).................................. 37.0
Net Plant capability
Capability Under Most Favorable Operating Conditions (MW)........ 39.0'
Capability Under Most Adverse Operating Conditions (MW)........... 30.0
Time Connected to Load (hours).......................................................... 8,760
Planned Ultimate capacity (MW).......................................................... 32.0
Coat of Plant (thousand dollars)
Land and Land Rights............................................................................ 707
Structures and Improvements............................................................... 913
Reservoirs, Dams, and Waterways....................................................... 2,356
Equipment............................................................................................... 1.271
Roads, Railroads, and Bridges ........................................................... ..
Total................................................................................................... 5,247
Cost per kW of Installed capacity (dollars)................................... 163
Mills/
$1,000 kWh
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... .. 20 0.13
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. . 8 0.05
Electric Expenses ................................................................................ . 17 0.11
Miscellanecus Hydraulic Power Generation Expenses .................. .. 99 0.64
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... .. 25 0.16
Maintenance of Structures ................................................................. . 21 0.13
Maintenance of Reservoirs, Dams, and Waterways ....................... .. 18 0.12
Maintenance of Electric Plant ............................................................ . 22 0.14
Maintenance of Miscellaneous Hydraulic Plant ............................... . 7 0.05
Total, Exclusive of Pumping .......................................................... .. 238 1.53
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... .. 238 1.53
Hydraulic Data
Drainage Area (square miles) .............................................................. .. 3,250
Area of Pond at Normal Full-Pond Level (acres) .............................. .. 2,000
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... .. 8,900
Gross Head · Pond Elevation Minus Tailwater Elevation (feet) ...... .. 53.00
Flow at Full Station Load (cubic feet per second per kW) ............... . 0.2460
Average Number of Employees ........................................................... . 17
Type of Operation ................................................................................. .. Conventional
Initial Year of Operation ........................................................................ . 1928
'Head reduced by low headwater condition January 28, 1980.
Tenneasee Valley
Authority
Guntersville
Guntersville,
AL
Marshall, AL
Tennessee
111-20
115.2'
813.8
81
127.0
120.0
25.0
8,760
115.2
4,888
8,701
13,589
117
Mills/
$1,000 kWh
38 0.05
4
166 0.20
110 0.14
35 0.04
25 0.03
3
129 0.16
6 0.01
517 0.64
517 0.64
24,450
69,100
131,700
39.00
0.3360
19
Conventional
1939
Wheeler
Wheeler, AL
Lauderdale, AL
Tennessee
111-20
359.1
1,576.5
50
389.0
385.0
330.0
8,760
359.1
17,189
23,997
41,185
114
Milia/
$1,000 kWh
49 0.03
8
274 0.17
182 0.12
38 0.02
54 0.03
19 O.ot
170 0.11
23 0.01
817 0.52
817 0.52
29,590
67,100
328,100
48.00
0.3820
33
Conventional
1936
'Rewinding o! stators was completed January 6, 1979 and July 31, 1979 for Units 1 2, respectively, increasing the capacity of each unit by 4.5 MW.
12
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Wilson
Sheffield, AL
Lauderdale, AL
Tennessee
111·20
630.0
3,020.8
55
644.0
647.0
520.0
8,760
630.0
17,523
34,974
52,497
83
Mills/
$1,000 kWh
47 0.02
6
386 0.13
307 0.10
48 0.02
154 0.05
14
419 0.14
102 0.03
1,484 0.49
1,484 0.49
30,750
15,930
52,000
88.00
0.1560
56
Conventional
1925
r
........_
1980 Construction Cost and Production Expenses
Name of Utlnty
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
licensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy • Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
land and land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
SaH River Project
Roosevelt
Roosevelt, AZ
Gila, AZ
SALT
Vlll-48
36.0
114.6
36
37.0
36.0
3,261
36.0
2,755
6,223
131
9,109
253
$1,000
Milia/
kWh
23
1,777
8
24
54
17
69
142
99
17
2,230
0.20
15.50
0.07
0.21
0.47
0.15
0.61
1.24
0.86
0.15
19.45
Total Production Expenses..................................................................... 2,230 19.45
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (leet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
5,760
18,300
1,381,580
226.00
0.0893
4
Conventional
1909
Arkaneaa Power A
Light Co.
carpenter
Hot Springs,AR
Ouachita
V-25
00271
$1,000
31
47
1
165
35
11
20
9
67
14
401
401
56.0
64.8
13
56.0
59.0
NR
8,760
56.0
916
930
2,627
1,963
6.437
114
Mills/
kWh
0.48
0.72
0,01
2.55
0.55
0.17
0.31
0.14
1.04
0.21
6.19
6.19
1,420
7,195
119,560
95.00
0.1660
15
Conventional
1932
California Dept of
Water Resources
Devil Canyon
San
Bernardina, CA
San Bernardino
CA
California
Aqueduct
Vlll-46
$1,000
136
497
5
25
23
6
4
697
697
119.7
507.1
48
119.6
123.0
115.9
8,404
119.7
2,379
9,259
25,960
5,444
3,923
46,966
392
Mills/
kWh
0.27
0.98
0-01
0.05
0.05
0,01
0,01
1.37
1.37
995
42,500
1,413.00
0.0100
9
Conventional
1972
•The Hratt and Thermalito plants make joint use of cel'lain facilities and operate essentially as one plant. An appropriate cost per kilowatt lor both plants is $325/kW.
'Costs oncluded as part of aleclric expenses.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Edward G Hyatt
Oroville, CA
Butt, CA
Feather
Vlll-46
02100
644.2
2,092.3
37
775.0
741.0
524.0
6,896
644.2
18,704
28,357
78,Q41
44,171
128
169,400
(1)'
$1,000
Mills/
kWh
..
466 0.22
191 0.09
592 0.28
1,251 0.60
1,251 0.60
3,611
15,800
2,685,800
675.00
0.0211
26
Conv/Pumped
Storage
1968
13
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant~ ....................................................................................... .
Posf Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
California Dept of
Water Resources
San Luis'
Central Valley
Los Banos, CA
Merced, CA
San Luis Creek
Vlll-46
424.0
1,021
424.0
1
6,729
16,810
10,440
21
61,820
145
Mills/
$1,000~'!_
Operation Supervision and Engineering............................................. -•
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses................................................................................. 155 0.94
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering....................................... -'
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric PlanL........................................................... 312 1.90
2.86
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping............................................................ 469'
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 469 2.86
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
12,700
1,961,321
327.00
27
Conv/Pumped
Storage
1968
Thermollto
Central Valley
Oroville, CA
Butt,CA
Feather
Vlff-46
02100
$1,000
·'
167
72
4
267
510
510
115.1
305.0
30
121.0
132.3
107.7
4,889
115.1
14,612
25,852
47,470
10,122
1
98,057
NA'
Mills/
kWh
3,640
330
0.55
0.23
O.D1
0.88
1.67
1.67
102,00
0.1343
17
Conv/Pumped
Storage
1968
lmperlallrrlga
·tion District
Drop No.2
Holtville. CA
lmperiai,CA
All American
Canal
Vlll-47
01953
10.0
54.6
62
10.2
10.0
NA
8,257
10.0
NA
NA
NA
NA
NR
Mills/
$1,000 kWh
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
26.00
0.0600 -·
NA
NR
NR
NR
NA
NA
NR
NR
NR
NR
NR
NR
Conventional
1953
'The San Luis Facililies were constructed by the U.S. Bureau of Reclamalion (USBR) and were joinliy financed by the State of California (55%) and the USSR (45%).
'Costs included as part of electric expenses.
'Costs included as pert of maintenance cost indicated below.
•State's share only.
'The Hyatt and Thermalito plants make joint use of certain facilities and operate essentially as one plant An appropriate cost per kilowatt for both plants is $325/kW.
•Remotely controlled from Drop No.4.
14
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Drop No.4
Holtville, Ca
Imperial, CA
All American
canal
Vlll-47
01941
19.6
105.6
61
19.8
19.6
NA
8,251
19.6
NA
NA
NA
NA
NR
Mills/
$1,000 kWh
NA
NR
NR
NR
NA
NR
NR
NR
NR
NR
NR
51.00
0.0300
6
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
Conventional
1950
1980 Construction Cost and Production Expenses
Name of Utility
Imperial lrrtga
-tlon District
Los Angeles Dept.
of Water & Power -----------------------------------------------------------------------------------
Name of Plant-....................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Ucensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy · Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ......................................................... ~ ... ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering .......................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Fiow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Gross generation less station service less pumping-condensing.
•Remote alarm to Rinaldi Receiving Station.
Pilot Knob
Winterhaven,
CA
Imperial, CA
All American
Canal
Vlll-47
01957
33.0
181.2
63
30.6
33.0
NR
8,760
33.0
NR
NR
NR
NR
NR
NR
$1,000
Mills/
kWh
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
55.00
0.0025
10
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
Conventional
1957
Castaic
Castaic, CA
Los Angeles
CA
CA. Aqueduc1
Vlll-47
02426
1,331.0
(54.6)'
1,211.0
1,247.0
1,009.0
640
1,331.0
68
66,428
173,359
73,485
1,430
314,770
236
$1,000
541
396
144
264
48
118
(150)
765
226
2,352
2,352
Mills/
kWh
1,380
173,000
1,018.00
0.0122
46
Conv/Pumped
Storage
1972
Control Gorge
Bishop, CA
lnyou, CA
Owens
Vlll-47
37.5
197.8
60
38.0
36.0
36.0
6,990
37.5
43
2,072
9,779
2,002
319
14,216
379
Mills/
$1,000 kWh
31 0.16
11 0.06
16 0.08
46 0.23
8 0.04
15 0.08
28 0.14
23 0.11
12 0.06
62 0.32
253 1.28
253 1.28
780.00
0.0185
10
Conventional
1952
Plant Construction Cost and Annual Production Expenses-1980
Foothill
Sylmar, CA
Los Angeles
CA
Aqueduct
Vlll-47
11.0
69.3
72
10.0
10.0
8,491
11.0
451
828
1,145
1,742
4,166
378
Mills/
$1,000 kW_!I__
9 0.13
1 O.Q1
4 0.06
27 0.39
3 0.04
4 0.06
3 0.04
2 0.03
24 0.34
11 0.16
87 1.26
87 1.26
0.0250 -·
Conventional
1971
15
1980 Construction Cost and Production Expenses
Name of UtHity
Name of Plant ..................................................... "" ................................. .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characterlatlca .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant • 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Stnuctures and Improvements ............................................................. ..
Reservoirs, Darns, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric E)(penses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. :.
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ....... :: ................................................................ .
Total Production Expenses .................................................................... .
Hydraulic Oata
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from MS)(imum Draw-Down (acre-feet) ........... .
Loa Angeles Dept.
of Water & Power
Mlddla Gorge
Bishop, CA
Mono,
Owens
Vlll-47
37.5
201.5
61
38.0
37.0
37.0
6,950
37.5
43
2,439
6,592
1,710
319
11,103
296
Mills/
$1,000 kWh
20 0.10
11 0.06
14 0.07
35 0.18
4 0.02
1 0.01
1
22 0.11
20 0.10
3 0.02
131 0.65
131 0.65
Gross Head -Pond Elevation Minus Taitwater Elevation (feet)........ 795.00
Flow at Full Station Load (cubic feet per second per kW) ................ 0.0183
Average Number of Employees ............................................... ~········h·· .. 1
Type of Operation................................................................................... Conventional
Initial Year of Operation......................................................................... 1952
•SupervisOry control from Control Gorge plant.
16
San San
Franchlqulto 1 Franclsqulto 2
Saugus, CA Saugus, CA
Los Angeles Los Angeles
CA CA
L.A. Aqueduct L.A. Aqueduct
Vlll-47 Vlll-47
58.1 42.0
322.5 135.5
63 37
39.0 16.0
39.0 16.0
8,752 8,386
58.1 42.0
192 138
886 676
3,118 4,303
2,152 1,836
119 59
6,466 7,013
111 166
Milia/ Mills/
$1,000 kWh $1,000 kWh
89 0.28 44 0.32
77 0.24 73 0.54
173 0.54 86 0.63
47 0.15 17 0.13
47 0.15 25 0.18
29 0.09 21 0.15
51 0.16 21 0.15
62 0.19 89 0.66
(21) 93 0.69
85 0.26 56 0.42
640 1.99 525 3.87
640 1.99 525 3.87
800 4
41,800 74
895.00 540.00
0.0192 0.0307
17 11
Conventional Conventional
1917 1920
• -·--""" ------··-•--,.__. --..c a--•••1 D..-4111aa.,..l~" l::vnaM••_.-tOJift
Upper Gorge
Bishop, CA
Mono,
Owens
Vlll-47
37.5
187.0
57
36.0
37.0
37.0
6,855
37.5
43
2,822
15,810
1,829
319
20,824
555
MIHs/
$1,000 kWh
19 0.10
11 0.06
12 0.06
37 0.20
4 0.02
1 0.01
1 O.Q1
21 0.11
3 0.02
4 0.02
114 0.61
114 0.61
400
5,280
183,465
803.00
0.0188
-· Conventional
1953
Ill ' '
~·
.......
1980 Construction Cost and Production Expenses
Nlme or Utility
Nlme or Plant ......................................................................................... .
Post Office ................................................................................................ .
L.ocation of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million ·kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat or Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Merced Irrigation
District
Exchequer
Snelling, CA
Mariposa, CA
Merced
Vlll-46
80.1
467.4
69
95.0
95.0
52.0
7,447
80.1
5,563
1,476
29,776
4,832
1,347
42,994
536
$1,000
Mills/
kWh
18
52
5
75
11
1
9
58
31
261
261
1,037
7,109
855,849
464.00
0.0295
0.04
0.11
0.01
0.15
0.02
0.02
0.12
0.06
0.53
0.53
8
Conventional
1967
Orovllle·WJiandotte
Irrigation let.
--
Forbestown
Forbestown,CA
Butte,CA
S.F. Feather
Vlll-46
28.8
181.6
72
NR
28.8
NR
7,327
28.8
50
7,704
5,714
71
252
13,791
478
Mills/
$1,000 kWh
86 0.47
19 0.10
43 0.24
23 0.13
4 0.02
6 0.03
4 0.02
20 0.11
13 O.o?
217 1.19
217 1.19
12
184
826.00
2
Conventional
1962
Woodleaf
Forbestown, CA
Butte, CA
S.F. Feather
Vlll-46
52.2
273.8
60
NR
52.2
40.0
6,397
52.2
774
10,387
29,389
143
717
41,411
793
Mille/
__!!,000 kWh
86 0.31 .
28 0.10
72 0.26
27 0.10
4 0.02
9 0.03
17 0.06
388 1.42
15 0.06
646 2.36
646 2.36
30
142
1,958
1,495.00
2
Conventional
1962
Pacific Gas &1
Electric Co.
Balch No.1
Fresno, CA
Fresno, CA
N.F. Kings
Vlll-46
$1,000
30
21
20
26
124
3
16
29
129
53
8
458
458
31.0
212.9
78
36.0
34.0
34.0
7,117
31.0
8
1,315
5,746
971
305
8,346
Mills/
kWh
232
35
967
0.14
0.10
0.09
0.12
0.58
0.02
0.07
0.14
0.60
0.25
0.04
2,379.00
0.0064 ..
Conventional
1927
•Common facilities are used extensively in the PG&E Co. system;therefore, costs per kilowatt hour and expenses per kilowatthour are not ascertainable for individual plants.
'Operated remotely from Fresno. Attended by four roving operators headquartered at Balch Camp.
Hydroeledrlc Plant Construdlon Cost and Annual Produdlon Expenses-1980
Energy Information Administration
17
1
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ........................................................................................ ..
Post OffiCe ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Pacific Gas &
Electric Co.
Balch No.2
Fresno, CA
Fresno, CA
N.F. Kings
Vlll-46
97.2
771.6
91
109.1
105.0
105.0
8,146
97.2
1
1,386.
3,933
5,283
10,602
$1,000
Mills/
kWh
79
8
5
44
28
13
43
3
2
103
1
327
327
232
35
967
0.10
O.o1
0.01
0.06
0.04
0.02
0.06
0.13
2,389.00
0.0058
·'
Conventional
1958
•Operated remotely from Fresno. Attended by four rOVing operators headquartered at Balch Camp.
•Remotely controlled from Caribou No.1 plant.
•Remotely controlled from Pit No. 5 plant
•Remotely controlled from the Rock Creek plant.
18
Belden No.1
Belden, CA
Plumas, CA
N.F. Feather
Vlll-46
$1,000
20
12
47
13
28
8
3
2
92
8
231
231
118.0
267.1
26
125.0
125.0
125.0
5,205
118.0
71
964
38,352
5,563
293
45,243
Mills/
kWh
616
42
746
0.07
0.04
0.18
0.05
0.10
0.03
O.Q1
O.Q1
0.34
0.03
770.00
0.0189
-· Conventional
1969
Black, James
B.
Montgomery
Creek, CA
Shasta,CA
Pit
Vlll-46
$1,000
28
64
63
27
44
11
1
52
51
8
349
349
155.0
673.3
50
172.0
172.0
172.0
8,510
155.0
3,661
1,793
52,722
5,061
1,091
64,328
MUla/
kWh
0.04
0.10
0.09
0.04
0.07
0.02
0.08
0.08
O.Q1
11
499
22,748
1,226.00
0.0117 _,
Conventional
1965
Hydroelectric Plant Construction Cost and .Annual Production Expenses-1980
Energy Information .Administration
Bucks Creek
Storrie, CA
Plumas, CA
N.F. Feather
$1,000
31
55
45
53
30
12
25
28
38
19
336
336
Vlll-46
66.0
28.1
5
59.0
58.0
58.0
8,368
66.0
235
690
8,549
2,126
75
11,674
49
Mills/
kWh
1.09
O.Q1
1.96
1.61
1.89
1.08
0.43
0.88
1.00
1.35
0.68
38
1,033
2,558.00
0.0062 -· Conventional
1928
1980 Construction Cost and Production Expenses
Name of UUIIty
Pac:ifk: Gas &
Electric Co.
Name of Plant •.••• ---··········-····-····················· ........... -............................ Butt Vallay
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristk:a .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy • Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Rosds, Railroads. and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams. and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
Caribou, CA
Plumas, CA
N.F. Feather
Vlll-46
02105
36.0
107.6
34
37.0
40.0
39.0
3,609
36.0
23
1,013
4,255
3,264
48
8,603
$1,000
Mills/
kWh
20 0.19
16 0.15
56 0.52
16 0.15
9 0.09
8 0.07
3 0.02
5 0.05
30 0.28
13 0.12
177
177
503
26,243
1,024,172
358.00
0.0395
.t
Conventional
1958
Caribou No. 1
Caribou, CA
Plumas, CA
N.F. Feather
Vlll-46
02105
75.0
61.5
9
75.0
75.0
75.0
8,760
75.0
4
2,411
6,093
2,026
272
10,806
Mills/
~000 kWh
39 0.63
10 0.17
136 2.21
72 1.16
14 0.22
16 0.25
9 0.14
8 0.13
22 0.35
23 0.37
347
347
578
1,600
32,557
1,149.00
0.0150
6
Conventional
1921
Caribou No. 2
Caribou. CA
Plumas, CA
N.F. Feather
Vlll-46
110.0
380.5
39
120.0
120.0
120.0
7,963
110.0
17
1,765
20,35-•
6,341
1
28,475
Mills/
_!!,_000 kWh
23 0.06
10 0.03
62 0.16
14 0.04
28 0.07
9 0.02
5 0.01
6 O.Q1
24 0.06
1
183
183
578
1,600
32,557
1,150.00
0.0123
·'
Conventional
1958
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Coleman
Cottonwood,CA
Shasta, CA
Battle Creek
Vlll-46
01121
$1,000
11
37
50
14
3
4
1
51
5
5
180
180
12.1
89.8
85
13.0
13.0
5.1
8,567
12.2
39
657
3,615
5,817
42
10,171
Mills/
kWh
332
11
11
0.12
0.41
0.55
0.15
0.04
0.05
0.01
0.57
0.06
0.05
481.00
0.0300
.2
Conventional
1979
19
1980 Construction Cost and Production Expenses
Name of Utility
Pacific Gaa &
Electric Co.
Name of Plant.......................................................................................... Courtright Res
.................................................................................................................... Cmn
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... .. CA
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
Vlll-46
01988
General Operating Characterlstlcll .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
NR
NR
NR
NR
NR
NR
5
Reservoirs, Dams, and Waterways ...................................................... . 10,671
Equipment .............................................................................................. .
Roads, Railroads. and Bridges ........................................................... ..
Total ................................................................................................. .. 10,676
Cost per kW of Installed Capacity (dollars) ................................ ...
$1,000
Production Expenses
Operating Expenses
Operation Supervision and Engineering............................................. 8
Water for Power .................................................................................. ..
Hydraulic Expenses.............................................................................. 20
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses.................... 4
Rents...................................................................................................... 22
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 3
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams. and Waterways......................... 4
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping............................................................ 61
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 61
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees............................................................ NR
MHis/
kWh
Type of Oparation................................................................................... Conventional
Initial Year of Operation ........................................................................ .
•Remotely controlled from the Rock Creek plant.
•Attended by fove roving aperators headquartered at Cresta.
20
Crest&
Storrie, CA
Butte, CA
N.F. Feather
Vlll-46
01962
68.0
364.4
61
74.0
70.0
88.0
8,760
68.0
1,544
1,252
14,611
3,782
116
21,306
Mills/
$1,000 kWh
25 0.07
11 0.03
70 0.19
29 0.08
19 0.05
10 0.03
11 0.03
14 0.04
26 0.07
1
215
215
1,820
95
2,208
290.00
0.0500
·'
Conventional
1949
De Sabia
Magolis,CA
Butte,CA
Rice Butte
Creek
Vlll-46
18.4
144.5
90
20.1
19.0
18.0
8,714
18.5
70
588
6,891
1,138
122
8,809
Mills/
$1,000 kWh
30 0.20
74 0.51
15 0.10
15 0.10
1 O.Q1
12 0.08
5 0.03
151 1.05
9 0.06
11 0.07
322
322
108
15
188
1,530.00
0.0095
·'
Conventional
1963
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
O.Sabla
Division Cmn
CA
Vlll-46
$1,000
4
5
192
2
2
27
3
18
254
254
NR
NR
NR
NR
NR
NR
13
399
326
107
63
927
NR
Mills/
kWh
1963
..
1980 Construction Cost and Production Expenses
Name of Utility
Pacific Gas &
Electric Co.
Name of Plant.......................................................................................... Drum Division
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characterlstlca .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coet of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Common
Placer, CA
Bear
Vlll-46
NR
NR
NR
NR
NR
NR
659
11
20,769
2
12
21,453
Mills/
$1,000 kWh
Operation Supervision and Engineering............................................. 33
Water for Power.................................................................................... 1,838
Hydraulic Expenses.............................................................................. 166
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses.................... 94
Rents...................................................................................................... 2
Maintenance Expenses
Maintenance Supervision and Engineering . ................. ..................... 29
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways......................... 183
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ................................ 7
Total, Exclusive of Pumping............................................................ 2,353
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 2,353
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
NR
Drum No.1
Alta,CA
Placer, CA
Bear
Vlll-46
02310
49.2
191.6
44
52.0
54.0
54.0
8,760
49.2
20
613
5,410
1,384
309
7,737
Mills/
$1,000 kWh
39 0.20
51 0.26
146 0.76
33 0.17
11 0.06
25 0.13
60 0.31
44 0.23
5 0.03
413
413
194
21
97
1,372.00
0.0118
6
Conventional
1913
Drum No.2
Alta,CA
Placer, CA
Bear
Vlll-46
01965
44.1
349.8
91
51.0
50.0
50.0
8,308
44.1
(3)
104
660
323
1
1,085
Mills/
____.!!,000 kWh
10 0.03
6 0.02
39 0.11
5 0.01
13 0.04
8 0.02
3 0.01
6 0.02
1
89
89
195
21
97
1,369.00
0.0105
Conventional
1965
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Dutch Flat
Dutch Flat, CA
Placer, CA
Bear
Vlll-46
01943
22.0
121.4
63
23.0
22.0
23.0
8,475
22.0
20
458
2,720
880
45
4,123
Mills/
$1,000 kWh
11 0.09
5 0.04
18 0.15
16 0.13
5 0.04
8 0.06
1 O.ot
9 0.08
1 O.ot
74
74
165
643.00
0.0227
Conventional
1943
21
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ........................................................................................ ..
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most AdVerse Operating Conditions (MW) ......... ..
Time Connecled to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering .......................................... ..
Water for Power ....... : ........................................................................... .
Hydraulic Expenses ............................................................................. .
Eieclric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering .................................... ...
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost ol Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per seoond per kW) ............... .
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
Pacific Gas &
Electric Co.
ElDorado
Placerville
El Dorado, CA
S.F. American
Vlll-46
01924
20.0
151.9
87
22.0
21.0
21.0
8,347
20.0
236
554
11,305
785
247
13,127
55
199
40
58
6
22
299
27
41
748
748
217
23
210
0.36
1.31
0.26
0.38
0.04
0.14
1.97
0.18
0.27
1,910.00
0.0900
_1
Conventional
1924
•Attended by two roving operatOI's headquartered at Placerville.
'Operated remotely from Fresno. Attended by four roving operators headquartered at Balch Camp.
22
Electra
Jackson, CA
Amador, CA
Mokelumne
Vlll-46
00137
89.1
534.9
69
92.0
92.0
92.0
8,760
89.1
218
99.1
14,184
3,302
176
18,871
Mills/
$1,000 kWh
27 0.05
29 0.05
55 0.10
20 0.04
13 0.02
11 0.02
2
35 0.06
85 0.16
16 0.03
293
293
40
909
1,268.00
0.0116
2
Conventional
1948
Feather River
Common
CA
Feather
Vlll-46
02105
$1,000
9
76
91
13
8
6
10
51
264
264
NR
NR
NR
NR
NR
NR
2,072
26
23,020
218
(1)
25,334
NR
Mills/
kWh
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Haas
Fresno, CA
Fresno, CA
N.F. Kings
Vlll-46
01988
$1,000
103
10
7
57
41
31
56
1
9
31
46
392
392
135.0
85.7
7
146.0
144.0
125.0
7,509
135.0
9
3,635
15,178
6,791
130
25,744
Mills/
kWh
1.20
0.11
0.08
0.67
0.48
0.36
0.66
O.Q1
0.10
0.36
0.54
1,022
12,640
2,445.00
0.0057 -· Conventional
1958
_L_
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Remotely controlled from Wise plant.
•Attended by four roving operators headquartered at Burney.
Pacific Gas &
Electric Co.
Halsey
Auburn, CA
Placer, CA
Dry Creek
Vlll-46
02310
12.0
86.9
83
11.0
11.0
11.0
8,528
12.0
18
95
623
619
2
1,357
$1,000
Mills/
kWh
10 0.12
25 0.28
25 0.29
13 0.15
3 0.04
8 0.09
6 0.06
12 0.14
2 0.02
104
104
299
18
88
328.00
0.0500
,1
Conventional
1916
Hat Creek No.
1
Cassel, CA
Shasta, CA
Hat Creek
$1,000
13
31
25
11
2
5
24
8
5
125
125
Vlll-46
10.0
3.2
4
9.0
9.0
3.0
8,690
10.0
103
169
650
673
27
1,622
400
Milia/
kWh
4.14
9.64
7.87
3.60
0.72
1.63
0.10
7.50
2.49
1.56
213.00
0.0700 -· Conventional
1921
Hat Creek No.
2
Ford Rv Mills,
CA
Shasta, CA
Hat Creek
Vlll-46
$1,000
5
22
23
12
3
2
8
6
12
93
93
10.0
58.9
67
10.0
9.0
5.0
8,719
10.0
332
118
707
578
78
1,813
Mills/
kWh
217
23
210
0.08
0.37
0.40
0.20
0.05
0.03
0.01
0.13
0.11
0.21
1,910.00
0.0900 -· Conventional
1921
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Kerckhoff
Auberry, CA
Fresno, CA
San Joaquin
$1,000
37
84
17
16
17
14
19
5
13
50
2
274
274
Vlll-46
34.0
287.9
97
40.0
38.0
38.0
8,742
34.1
8
523
4,478
1,388
110
6,506
Mills/
kWh
1,530
160
0.13
0.29
0.06
0.06
0.06
0.05
0.07
0.02
0.05
0.17
0.01
350.00
0.0450
Conventional
1920
23
l
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant. ••••••••••• ~ ........................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
General Operating Characteriatlcs ................................................... ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant • 60 Minutes (MW} ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................ ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................ ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
Pacific Gas &
Elactrlc Co.
Kings River
Fresno, CA
Fresno, CA
N.F. Kings
Vlll-46
44.1
339.8
88
53.0
52.0
52.0
8,077
44.1
8
692
7,101
2,723
31
10,555
MIU8/
kWh
31 0.09
10 O.Q3
5 0.02
23 0.07
6 0.02
11 0.03
17 0.05
6 0.02
18 0.05
3 O.Q1
131
131
246
7
135
798.00
0.0172
·'
Conventional
1962
•Operated remotely from Fresno. Allended by four roving operators headquartered at Balch Camp.
•Storage and/or hydraulic faci!Hies common to Salt Springs. Tiger Creek, Electra, and West Point plants.
'AIIended by four roving operators headquartered at Bumey.
24
Lyons Dam
Common
Vlll-46
$1,000
5
2
12
1
22
22
NR
NR
NR
NR
NR
NR
33
23
1,013
18
1,087
MUI8/
kWh
NR
Mokelumne Sya•
Common
CA
Mokelumne
Vlll-46
$1,000
12
6
72
5
6
5
92
4
201
201
NR
NR
NR
NR
NR
NR
893
1
13,062
11
545
14,512
NR
Mlll8/
kWh
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Pit No.1
Fall River
Mills,CA
Shasta, CA
Pit
Vlll-46
$1,000
35
18
48
74
55
14
14
20
25
47
10
361
361
56.0
320.9
65
61.3
61.0
61.0
8,760
56.0
3,079
1,012
5,004
3,146
47
12,287
Mlll81
kWh
676
222
600
0.11
0.06
0.15
0.23
0.17
0.04
0.04
0.06
0.08
0.15
0.03
454.00
0.0350 ..
Conventional
1922
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Pacific Gas &
Electric Co.
Pit No.3
Burney, CA
Shasta, CA
Pit
Vlll-46
00233
80.1
476.9
68
73.0
70.0
71.0
8,760
80.2
386
806
9,024
2,353
240
12,808
$1,000
Milia/
kWh
Operation Supervision and Engineering............................................. 49 0.10
Water for Power ................................................................................... .
Hydraulic Expenses.............................................................................. 34
Electric Expenses................................................................................. 111
Miscellaneous Hydraulic Power Generation Expenses.................... 77
Rents...................................................................................................... 13
Maintenance Expenses
Maintenance Supervision and Engineering ................... .................... 19
Maintenance of Structures . . . . . .. ......... .. . .. . .. ....... .. . . . . .. ....... .. . . . . . . . . .. ........ 6
Maintenance of Reservoirs, Dams, and Waterways......................... 50
Maintenance of Electric Plant ............................................................. 23
Maintenance of Miscellaneous Hydraulic Plant ............ .................... 19
Total, Exclusive of Pumping............................................................ 402
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 402
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
4,747
1,264
14,443
315.00
0.0480
Average Number of Employees ........................................................... . 6
0.07
0.23
0.16
0.03
0.04
0.01
0.10
0.05
0.04
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Conventional
1925
•Remotely controlled from Pit No. 5 plant.
Pit No.4
Montgomery
Creek, CA
Shasta, CA
Pit
Vlll-46
00233
$1,000
22
9
78
19
17
9
7
14
100
24
298
298
90.0
591.9
75
99.0
95.0
95.0·
8,760
90.0
20
1,345
19,568
5,477
517
26,927
Milia/
kWh
0.04
0.02
0.13
0.03
0.03
O.o1
O.o1
0.02
0.17
0.04
4,784
105
1,198
382.00
0.0380
Conventional
1955
Pit No.5
Montgomery
Creek, CA
Shasta, CA
Pit
Vlll-46
00233
$1,000
37
34
126
65
27
15
15
37
48
39
442
442
140.5
1,014.2
82
162.0
156.0
156.0
8,760
140.6
128
2,588
23,950
5,471
848
32,985
Milia/
kWh
0.04
0.03
0.12
0.06
0.03
0.01
O.o1
0.04
0.05
0.04
4,900
615.00
0.0250
6
Conventional
1944
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
~~
Pit No.6
Montgomery
Creek, CA
Shasta, CA
Pit
Vlll-46
02106
$1,000
24
28
57
19
21
9
61
44
4
268
268
79.2
401.2
58
81.0
80.0
77.0
8,760
79.2
27
2,170
13,865
3,711
682
20,455
Milia/
kWh
0.06
0.07
0.14
0.05
0.05
0.02
0.15
0.11
O.o1
5,451
279
8,605
155.00
0.0860
·'
Conventional
1965
25
J
'·-
---
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant. ........................................................................................ .
Post Office .......•. ., ..................................................................................... .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Ucensed Project No ............................................................................... ..
o-ral Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy -Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW} ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Toial .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs. Dams, and Waterways ....................... ..
Maintenance of Electric Plant.. ......................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
•Remotely controlled from Pit No. 5 plant.
•Remotely controlled from the Rock Creek plant
26
Pacific Gas &
Electric Co.
Pit No.7
Montgomery
Creek, CA
Shasta, CA
Pit
Vlll-46
02106
104.4
540.0
59
112.0
112.0
112.0
6,760
104.4
13
1,909
20,702
3,716
401
26,740
Mills/
$1,000 kWh
24 0.04
63 0.12
65 0.12
19 0.04
33 0.06
9 0.02
2
46 0.09
36 0.07
9 0.02
307
307
5,601
468
15,361
205.00
0.0726 -· Conventional
1965
Poe Rock Creek
Storrie, CA Storrie, CA
Butte, CA Plumas, CA
N.F. Feather N.F. Feather
Vlll-46 Vlll-46
02107 01962
143.0 113.4
638.9 539.5
51 54
128.0 117.0
120.0 112.0
115.0 112.0
8,760 8,760
143.0 113.4
677 1,616
1,969 2,133
28,291 31 '146
6,131 3,770
1,060 354
38,126 39,219
Mills/ Mills/
$1,000 kWh $1,000 kWh
22 0.03 26 0.05
13 0.02 22 0.04
87 0.14 99 0.18
25 0.04 41 0.06
32 0.05 29 0.05
9 0.01 11 0.02
8 O.D1 11 0.02
17 0.03 34 0.06
59 0.09 46 0.08
7 0.01 9 0.02
279 331
279 331
1,950 1,760
52 115
476 2,525
477.00 535.00
0.0330 0.0262 _. 6
Conventional Conventional
1956 1950
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Salt Springs
Jackson, CA
Amador, CA
N.F. Mokelumne
Vlll-46
00137
,.
39.0
299.1
BB
46.0
44.0
36.0
8,722
39.1
58
475
4,297
1,926
203
6,960
Milia/
$1,000_kWh
17 0.06
10 0.03
3 O.D1
12 0.04
7 0.02
7 0.02
8 0.03
13 0.04
6 0.03
10 0.03
95
95
221
1,466
274,824
2
Conventional
1931
J...
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Pacific Gas a
Electric Co.
Shasta DIY
Common
Post Office................................................................................................. Cottonwood, CA
Location of Plant (County and State)..................................................... Shasta, CA
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Battle Creek
Vlll-46
Ucensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ................................... , .......................................................... .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
$1,000
Operation Supervision and Engineering............................................. 12
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses.................... 51
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 8
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .......... ...................... 11
Total, Exclusive of Pumping............................................................ 83
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... . 83
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
NR
NR
NR
NR
NR
NR
222
148
92
160
1
624
NR
Mills/
kWh
Stanlslaua
Angels Camp,
CA
Tuolumne, CA
N.F.
Stanislaus
Vlll-46
02130
$1,000
17
287
46
12
23
28
9
37
44
28
530
530
82.0
458.7
64
92.0
91.0
90.0
8,453
82.0
264
939
7,100
3,549
584
12,436
Mills/
kWh
380
16
307
0.04
0.63
0.10
0.03
0.05
0.06
0.02
0.08
0.10
0.06
1,525.00
_,
Conventional
1963
Stanislaus
Spring
CA
Vlll-46
NR
NR
NR
NR
NR
NR
5
1,800
1
1,806
Mills/
$1,000 kWh
5
30
1
3
2
43
85
85
NR
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Tiger Creek
Jackson, CA
Amador, CA
N.F. Mokelumne
Vlli-46
00137
51.0
393.7
88
58.0
58.0
58.0
8,547
51.0
14
733
8,583
1,778
10
11,118
Mills/
$1,000 kWh
48 0.12
117 0.30
216 0.55
61 0.15
10 0.02
19 0.05
30 0.08
247 0.63
47 0.12
232 0.59
1,027
1,027
262
23
42
1,219.00
0.0120
6
Conventional
1931
27
l
1980 Construction Cost and Production Expenses
Pacific Gas &
Name of Utility Electric Co.
Name of Plant.......................................................................................... West Point
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Ucensed Project No ................................................................................ .
General Opera11ng Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy • Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars} ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water lor Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................ .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant.. .......................................................... .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Emplcyees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
•Assumes normal pond elevation.
28
Jackson, CA
Amador, CA
N.F. Mokelumne
Vlll-46
14.0
113.7
93
15.0
15.0
13.0
8,624
14.0
92
468
3,330
1,185
37
5,112
Mills/
$1,000 kWh
10
3
3
5
3
4
40
21
5
94
94
356
69
1,007
312.00
0.0460
0.09
0.03
0.03
0.04
0.02
0.03
0.35
0.18
0.04
Conventional
1948
Wise Wishon Dam &
Res
Auburn, CA Fresno, CA
Placer, CA Fresno, CA
Auburn, Ravine Kings
Vlll-46 Vlll-46
02310
12.0 NR
117.3 NR
112
14.1 NR
14.0 NR
14.2 NR
8,531 NR
12.0
74 844
137 9
4,026 17,681
294 15
24 21
4,554 18,571
Mills/ Mills/
$1,000 kWh $1,000 kWh ··---
19 0.17 8
74 0.63 21
25 0.21
15 0.13 5
4 0.03 11
12 0.10 3
41 0.35 4
74 0.63
3 0.02 1
267 54
267 54
305 61
9 7
19 66
519.00 141.00
0.0300 0.0100
6 NR
Conventional
1917
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Pacific Power &
Light Co.
Copco No.1
Hornbrook, CA
Siskiyou, CA
Klamath
Vlll-46
02082
20.0
102.9
59
25.5
25.5
25.51
8,397
20.0
103
355
1,711
894
3
3,066
153
Mills/
$1,000 kWh
14 0.14
14 0.14
49 0.48
6 0.06
9 0.09
9 0.09
5 0.04
32 0.31
2 0.02
140 1.36
140 1.36
4,300
984
12,500
125.00
0.1180
2
Conventional
1918
1980 Construction Cost and Production Expenses
Name of Utility
Pacific Power &
Light Co.
Name of Plant.......................................................................................... Copco No. 2
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
1Assumes normal pond elevation.
•Plant operated by Pacific Power end light Co.
Hornbrook, CA
Siskiyou, CA
Klamath
Vll-45
02082
27.0
132.0
56
29.5
29.5
25.5'
8,397
27.0
19
484
2,484
1,180
4,167
154
$1,000
Mille/
kWh
12 0.09
3 0.02
52 0.40
17 0.13
10 0.08
11 0.08
1
41 0.31
3 0.02
151 1.14
151 1.14
4,300
984
12,500
125.00
0.1050
12
Conventional
1925
Iron Gate
Hornbrook, CA
Siskiyou, CA
Klamath
Vll-45
02082
$1,000
17
157
42
16
1
9
5
3
34
9
294
294
18.0
118.5
75
19.5
19.5
19.5'
8,268
18.0
268
2,312
7,581
1,329
563
12,053
669
Mille/
kWh
0.14
1.32
0.36
0.13
O.o1
0.07
0.04
0.03
0.29
0.08
2.48
2.48
4,500
981
19,131
158.00
0.0930
2
Conventional
1962
Swift No.2'
Cougar, WA
Cowlitz, CA
Lewis
Vll-42
02213
$1,000
70.0
201.1
33
NR
NR
NR
NR
70.0
3,460
2,671
7,767
5,105
19,002
271
Mille/
kWh
NA
130.00
NR
Conventional
1959
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Placer County
Water Agency
French Meadows
Foresthill, CA
Placer, CA
Rubican
Vlll-46
02079
15.3
92.7
69
17.0
17.0
15.0
6,223
15.3
NR
NR
NR
NR
NR
NR
$1,000
Mille/
kWh
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
47
1,430
123,800
654.00
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
Conventional
1966
29
L
-~~.~~---------------------------------------------------------------------
1980 Construction Cost and Production Expenses
Name of Utility
Placer County
Water Agency
Name of Plant. .............................. "......................................................... Mkldlefork
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs. Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head Pond Elevation Minus Tailwater Elevation (teet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
Middlefork
Foresthill, Ca
Placer, CA
N.F. American
Vltl-46
02079
107.8
795.3
84
130.0
130.0
108.0
7,346
107.8
NR
NR
NR
NR
NR
NR
$1,000
Mills/
kWh
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
NR NR
113
1,245
201,200
2.00
Conventional
1966
Ralston
Foresthill, CA
Placer, CA
Rubican
Vlll-46
02079
$1,000
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
79.2
551.0
79
86.0
86.0
35.0
7,927
79.2
NR
NR
NR
NR
NR
NR
Mills/
kWh
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
NR
33
7
132
1.00
Conventional
1966
sacramento Munici-
pal UtHity Dlst
Camino•
Upper American
Rv
Pollock Pines,
CA
El Dorado, CA
Silver Creek
Vlll-46
02101
$1,000
·'
142.5
582.6
47
152.82
150.0
150.0
8,760
142.5
·'
Mills/
kWh
250
19
638
1,061.00
0.0131 -· Conventional
1963
Jaybird'
Upper American
Rv
Pollock Pines,
CA
El Dorado, CA
Silver Creek
Vlll-46
02101
133.0
803.1
69
152.7'
t39.0
139.0
8,760
133.0
5,902
28,326
123,264
26,152
5,239
188,883•
317
$1,000
293
103
339
409
345
174
154
181
480
713
324
3,515'
3,515
Milia/
kWh
0.36
0.13
0.42
0.51
0.43
0.22
0.19
0.22
0.60
0.89
0.40
4.38
4.38
227
64
2,380
1,530.00
0.0094
70'
Conventional
1961
•Jaybird, Union Valley, Camino. Robbs Peak. Whne Rock, and Loon Lake plants are part of an integrated hydroelectric generation project known as the Upper American River Project
•Fifteen-minute integrated demand.
•Costs are included with those of the Jaybird plant
•Expenses are included with those of the Jaybird plant.
'Remotely controlled and maintained by a common group of personnel working out of a central office. The total of this group is included with the Jaybird plant data.
•Includes costs of Union Valley, Camino, Robbs Peak, WhHe Rock. and Loon Lake plants.
•includes expenses of Union Valley, Camino, Robbs Peak, Whne Rock, and Loon Lake plants.
•Personnel are common to Jaybird, Union Valley, Camino. Robbs Peak, White Rock, and Loon Lake plants.
30
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
i
1
1980 Construction Cost and Production Expenses
Name of Utility Sacramento Munlcl· pal Utility Dlat
Name of Plant.......................................................................................... Loon Lake
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Fifteen-minute integrated demand.
Upper American
Rv
Placerville,
CA
El Dorado, CA
Gekle Creek
Vlll-46
74.1
137.0
21
124.8'
82.0
78.0
3,394
74.1
$1,000
-'
41
-'
Mills/
kWh
1,450
73,000
1,140.00
0.0120 -· Conventional
1971
Robbs Peak
Upper American
Rv
Pollock Pines,
CA
El Dorado, CA
Silver Creek
Vlll-46
02101
$1,000
-'
23.8
60.3
29
25.6 1
22.0
22.0
5,773
23.8
80
70
·'
Mills/
kWh
360
4,000.00
0.0400 -· Conventional
1965
Union Valley
Upper American
Rv
Pollock Pines,
CA
El Dorado, CA
Silver Creek
Vlll-46
02101
$1,000
·'
33.3
180.5
62
39.4'
37.0
18.0
6,308
33.3
-'
Mills/
kWh
167
2,860
254,000
430.00
0.0273
-· Conventional
1963
'Costs are included with those of the Jaybird plant.
•Expenses are included with those of the Jaybird plant.
•Remotely controlled and maintained by a common group of personnel working out of a central office. The total of this group is included with the Jaybird plant data.
•Fifteen-minute integrated demand.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
------~-----
White Rock
Upper American
Rv
Placerville,
CA
El Dorado, CA
S.F. American
Vlll-46
190.0
874.2
53
243.6•
223.0
223.0
8,760
190.0
$1,000
-·
-'
Mills/
kWh
493
165
16,000
854.00
0.0156 -· Conventional
1968
31
11
....
1980 Construction Cost and Production Expenses
San Francisco City
Name of Utility
Name of Plant ........................................................................................ .. Dlon Holm Moccasin Robert C
Kirkwood
Hatch Hetchy Hatch Hetchy Hatch Hetchy
Post Office ................................................................................................ . Groveland, CA Moccasin, CA Groveland, CA
Location of Plant (County and State) .................................................... . Tuolumne, CA Tuolumne, CA Tuolumne, CA
River .......................................................................................................... . Cherry Tuolumne Tuolumne
Region and Power Supply Area ............................................................. . Vlll-46 Vlll-46 Vlll-46
Licensed Project No ................................................................................ .
General Operating Characteristics •••••••••••••••••••••••••••••••••••••••••••••••••••••
Installed Generating Capacity (MW) .................................................... . 135.0 90.0 67.5
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... . 912.1 541.3 656.1
Plant Factor Based on Nameplate Rating (percent) ......................... . 77 69 111
Net Peak Demand on Plant -60 Minutes (MW) ................................. . 150.0 100.0 85.0
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... . 150.0 104.0 85.0
Capability Under Most Adverse Operating Conditions (MW) .......... . 134.0 84.0 49.0
Time Connected to Load (hours) ......................................................... . 8,760 8,760 8,760
Planned Ultimate Capacity (MW) ......................................................... . 135.0 90.0 67.5
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. . 1,924 3,400 5,858
Reservoirs, Dams, and Waterways ...................................................... . 11,355 9,473 15,307
Equipment .............................................................................................. . 4,668 2,670 2,212
Roads, Railroads, and Bridges ............................................................ . 508 13 625
Total .................................................................................................. . 18,455 15,556 24,002
Cost per kW of Installed Capacity (dollars) .................................. . 136 172 355
Mills/ Mills/ Mills/
$1,000 kWh $1,000 kWh $1,000 kWh
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ . NR NR NR NR NR NR
Water for Power ................................................................................... . NR NR NR NR NR NR
Hydraulic Expenses ............................................................................. . NR NR NR NR NR NR
Electric Expenses ................................................................................ . NR NR NR NR NR NR
Miscellaneous Hydraulic Power Generation Expenses ................... . NR NR NR NR NR NR
Rents ..................................................................................................... . NR NR NR NR NR NR
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... . NR NR NR NR NR NR
Maintenance of Structures ................................................................. . NR NR NR NR NR NR
Maintenance of Reservoirs, Dams, and Waterways ........................ . NR NR NR NR NR NR
Maintenance of Electric Plant ............................................................ . NR NR NR NR NR NR
Maintenance of Miscellaneous Hydraulic Plant ............................... . NR NR NR NR NR NR
Total, Exclusive of Pumping ........................................................... . NR NR NR NR NR NR
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... . 193 520 430
Area of Pond at Normal Full-Pond Level (acres) ............................... . 1,820 52 364,000
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... . 39,800 2,100 50,000
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... . 2,481.00 1,257.00 1,450.00
Flow at Full Station Load (cubic feet per second per kW) ............... . 0.0617 0.0104
Average Number of Employees ........................................................... . 2 16 5
Type of Operation .................................................................................. . Conventional Conventional Conventional
Initial Year of Operation ........................................................................ . 1960 1969 1967
32
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Southern Call
fornla Edison Co.
Big Creek No.
1
Big Creek, CA
Fresno, CA
Big Creek
Vlll-47
02175
70.0 "
668.3
109
80.0
81.0
76.0
8,760
70.0
3,632
3,603
2,550
39
9,825
140
Mills/
$1,000 kWh
220
43
129
164
338
17
91
246
67
109
76
1,501
1,501
0.33
O.Q7
0.19
0.25
0.51
0.03
0.14
0.37
0.10
0.16
0.11
2.25
2.25
420
1,436
89,166
2,131.00
0.0078
6
Conventional
1913
1980 Construction Cost and Production Expenses
Name of Utility
Southern Cali-
fornia Edison Co.
Name of Plant.·---········· .. •••••••••••••a•••···-···""""'""'''"'""'''""""''"""""".......... Big Creek No.
.. _ ..................... -............... -..................................................................... 2
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs. Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenaea
Operating Expenses
Big Creek, CA
Fresno, CA
Big Creek
Vlll-47
02175
57.8
577.7
114
68.0
68.0
66.0
8,760
57.8
1
1,328
3,606
2,817
7,752
134
Mills/
$1,000 kWh
Operation Supervision and Engineering............................................. 30 0.05
Water for Power .............. ,..................................................................... 38 0.07
Hydraulic Expenses.............................................................................. 47 0.08
Electric Expenses................................................................................. 23 0.04
Miscellaneous Hydraulic Power Generation Expenses.................... 55 0.10
Rents...................................................................................................... 10 0.02
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 39 0.07
Maintenance of Structures.................................................................. 23 0.04
Maintenance of Reservoirs, Dams, and Waterways......................... 17 0.03
Maintenance of Electric Plant............................................................. 94 0.16
Maintenance of Miscellaneous Hydraulic Plant ................................ 28 0.05
Total, Exclusive of Pumping............................................................ 403 0.70
Cost of Pumping Enargy ......................................................................... .
Total Production Expenses..................................................................... 403 0.70
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Row at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
•Remotely controlled from Big Creek No.8 plant.
•Remotely conlrolled from Big Creek No.3 plant.
426
4
56
1,875.00
0.0089
-'
Conventional
1913
Big Creek No.
2A
Big Creak, CA
Fresno, CA
Big Creek
Vlll-47
00067
80.0
609.2
87
92.0
92.0
89.0
8,760
80.0
1,043
4,663
1,727
13
7.446
93
Milia/
$1,000 kWh
20 0.03
41 O.Q7
16 0.03
21 0.03
41 0.07
2
17 0.03
1
11 0.02
30 0.05
14 0.02
215 0.35
215 0.35
474
2,184
135,283
2.418.00
0.0066 _,
Conventional
1928
Big Creek No.
3
Auberry, CA
Fresno, CA
San Joaquin
Vlll-47
00120
143.0
1,141.1
91
175.0
175.0
173.0
8,760
143.0
6
7,655
16,488
11,926
749
36,824
257
Milia/
$1,000 kWh
177 0.16
82 O.o7
143 0.13
180 0.16
173 0.15
6 0.01
146 0.13
84 0.07
eo 0.07
511 0.45
106 0.09
1,689 1.48
1,689 1.48
1,219
30
993
827.00
0.0182
8
Conventional
1923
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Big Crask No.
4
North Fork, CA
Fresno, CA
san Joaquin
Vlll-47
02017
84.0
595.1
81
90.0
91.0
79.0
8,760
84.0
104
1,509
14,550
4,780
83
21,026
250
Mills/
_!hOOO kWh
40 0.07
49 0.08
48 0.08
49 0.08
38 0.06
12 0.02
29 0.05
5 O.o1
37 0.06
48 0.08
26 0.04
382 0.64
382 0.64
1,292
465
26,119
416.00
0.0356 ..
Conventional
1951
33
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant---·--·······························---------························-·····
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................•....................................
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant {thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity {dollars) ................................. ..
Production Expenses
Operating Expenses
Southern Cali-
fornia Edison Co.
Big Creek No.
8
Big Creek, CA
Fresno, CA
Big Creek
Vlll-47
00067
58.5
455.7
89
59.0
60.0
58.0
8,760
58.5
1,788
3,117
1,969
109
6,983'
$1,000
119
Mills/
kWh
Operation Supervision and Engineering............................................. 141 0.31
Water lor Power.................................................................................... 33 0.07
Hydraulic Expenses.............................................................................. 88 0.19
Electric Expenses................................................................................. 190 0.42
Miscellaneous Hydraulic Power Generation Expenses.................... 71 0.16
Rents...................................................................................................... 5 0.01
Maintenance Expenses
Maintenance Supervision and Engineering ...................... ................. 19 0.04
Maintenance of Structures.................................................................. 21 0.05
Maintenance of Reservoirs, Dams, and Waterways......................... 14 0.03
Maintenance of Electric Plant............................................................. 29 0.06
Maintenance of Miscellaneous Hydraulic Plant................................ 26 0.06
Total, Exclusive of Pumping............................................................ 639 1.40
Cost of Pumping Energy ......................................... , .............................. ..
Total Production Expenses..................................................................... 639 1.40
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
500
3
47
713.00
0.0193
8
Conventional
1921
Big Creek Wtr
Fac
CA
Big Creek
Vlll-47
$1,000
NA
NA
NA
NA
NA
NA
2,975
736
73,004
20
93
76,828
NA
Mills/
kWh
•Does not include plant costs of Big Creek Water Collecting Facilities which are common to six Big Creek plants.
34
Kern River No.
1
Bakersfield,
CA
Kern, CA
Kern
Vlll-47
01930
24.8
206.8
95
24.8
24.8
6.0
8,760
32.0
120
335
2,333
1,202
55
4,045
163
Mills/
$1,000 kWh
33 0.16
29 0.14
8 0.04
40 0.19
26 0.13
1
25 0.12
13 0.06
8 0.04
27 0.13
32 0.16
242 1.17
242 1.17
2,273
877.00
0.0162
1
Conventional
1907
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Kern River No.
3
Kernville, CA
Kern, CA
Kern
Vlll-47
02290 ..
32.0
249.6
89
36.0
36.0
NR
8,760
32.0
266
1,041
8,397
1,151
121
10,977
343
Mills/
_!1.,!)00 kWh
69 0.28
7 0.03
22 0.09
139 0.56
24 0.10
2 0.01
33 0.13
23 0.09
14 0.06
86 0.34
31 0.12
450 1.80
450 1.80
852
821.00
0.0167
5
Conventional
1921
1980 Construction Cost and Production Expenses
Name of Utility
Southern Cali-
fornia Edison Co.
Name of Plant.......................................................................................... Mammoth Pool
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Ucensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate capacity (MW) ........................................................ ..
COst of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost, of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation MinusTailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
Auberry, CA
Fresno, CA
San Joaquin
Vlll-47
02085
129.4
750.9
66
164.0
164.0
123.0
8,760
129.4
161
1,626
17,863
6,479
520
26,650
205
$1,000
Mills/
kWh
18 0.02
71 0.09
24 0.03
17 0.02
41 0.05
14 0.02
95 0.13
9 O.Q1
91 0.12
834 1.11
83 0.11
1,297 1.73
1,297 1.73
1,022
1,095
119,940
0.0123
-'
Conventional
1960
Turlock Irrigation
District
Don Pedro"
Mudesto, CA
La Grange, CA
Tuolumne
Vlll-46
136.5
1,079.6
90
164.8
$1,000
84
21
83
36
8
5
88
4
329
329
164.8
41.1
8,760
136.5
6,413
5,106
13,505
4,720
664
30,409
222
Mills/
kWh
0.08
0.02
0.08
0.03
0.01
0.01
0.08
0.30
0.30
1,553
12,960
1,721,040
529.00
0.0270
4.
Conventional
1971
Yuba County Water
Agency
Colgate
Dobbins, CA
Yuba, CA
N.F. Yuba
Vlll-46
$1,000
74
142
35
2
70
32
3
357
357
316.0
1,978.6
71
334.0
340.0
NR
8,723
316.0
35
1,621
19,244
5,318
303
26,521
83
Mills/
kWh
1,350
0.04
0.07
0.02
0.04
0.02
0.02
0.02
960,000
726,080
1,390.00
0.1041
12
Conventional
1969
Narrows
Smartsvilte,
CA
Yuba, CA
N.F. Yuba
Vlll-46
55.0
363.7
75
55.0
55.0
12.0
8,675
55.0
20
1,263
1,167
1,960
583
4,992
90
Mills/
$1,000 kWh
1
21
2
100
4
1
130
130
1,110
0.06
O.Q1
0.27
0.01
0.04
0.04
45,000
4,450
236.00
O.Ot61
(20)
Conventionai
1969
•Remotely controlled from Big Creek No.6 plant.
•Jointly owned by Turlock and Modesto Irrigation Districts at 66.46% and 31.54%, respectively. Plant investment and produc~on expenses represent total costs for both irrigation districts.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
35
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Yuba County Water
Agency
Yuba Co.
CommonFac.
CA
Yuba
Vlll-46
NR
NR
NR
NR
NR
NR
2,787
56
142,989
23
9,002
154,856
$1,000
NR
Mills/
kWh
Miscellaneous Hydraulic Power Generation Expenses.................... 1 06
Rents...................................................................................................... 1
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant. .......................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ................................ 6
Total, Exclusive of Pumping ..... ........................................ .... . .. ..... ... 11 3
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 113
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Row at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... . NR
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
'Net capability for the two units is 268,000 kW; however, one unit is down for extended maintenance.
Public Service Co.
of Colorado
Boulder Canyon
Boulder, CO
Middle Boulder
20.0
20.0
11
19.0
20.0
5.0
2,628
20.0
194
137
3,986
773
8
5,098
254
Mills/
$1,000 kWh
28 1.42
10 0.52
11 0.54
64 3.22
15 0.76
24 1.19
10 0.52
13 0.63
6 0.28
4 0.18
185 9.25
185 9.25
38
12
160
1,828.00
0.0910
7
Conventional
1911
Cabin Creek
Georgetown, CO
Clear Creek
co
So. Clear
Creek
Vl-32
02351
$1,000
116
7
167
47
2
156
3
4
59
6
-' -·
300.0
312.1
157.7
6
167.0
3,131
300.0
1
6,949
18,150
8,696
509
34,304
114
53
Mlllal
kWh
0.73
0.05
1.06
0.30
0.01
0.99
0.02
0.02
0.37
0.04
1,713
1,226.00
16
Conv/Pumped
Storage
1967
Shoshone
Glenwood
Springs, CO
Garfield, CO
Colorado
14.4
103.4
82
16.0
15.0
12.5
8,760
14.4
844
261
3,044
617
9
4,775
331
Mills/
$1,000 kWh
31 0.30
81 0.78
108 1.05
28 0.28
6 0.06
20 0.20
20 0.19
15 0.15
35 0.33
14 0.14
359 3.48
359 3.48
4,250
100
650
171.00
0.0888
16
Conventional
1909
•Nearly all of the energy for pumping at the Cabin Creek Storage plant is supplied from the Company's fossil steam stations. Average production cost for these plants is 17.36 mills/ kWh.
36
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
.......
1980 Construction Cost and Production Expenses
Name of Utility Connecticut light & Power Co.
Name of Ptant .......................................................................... ._............. Rocky River
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics ............. ~ ..................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant • 60 Minutes (MW) ................................. .
Net Plant Capability
capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Gapecity (MW) ....................................................... ...
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................ ...
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
New Milford,
CT
Litchfield, CT
Housatonic
1-2
31.0
6.4
10.4
4
30.0
NR
445
31.0
1,464
766
3,606
646
7
6,690
215
Mills/
$1,000 kWh
16
5
124
67
9
4
14
100
31
393
393
40
1.75
0.51
11.92
6.35
0.90
0.34
1.36
9.62
3.00
37.77
37.77
5,600
142,562
230.00
0.0631
21
Conv/Pumped
Storage
1926
Shepaug Stevenson
Southbury, CT Stevenson, CT
New Haven, CT Fairfield, CT
Housatonic Housatonic
1·2 1-2
37.2 30.5
77.6 63.5
24 24
48.0 30.9
47.0 26.7
47.0 26.7
2,439 4,143
37.2 30.5
2,236 642
1,692 1,135
9,912 4,476
3,996 1,345
466
17,639 6,266
479 271
Mills/ MiHs/
$1,000 kWh $1,000 kWh
147 1.90 99 1.56
10 0.13 4 0.07
55 0.71 149 2.35
19 0.25 62 0.97
15 0.19 26 0.41
5 0.06 16 0.26
11 0.14 29 0.45
54 0.70 40 0.62
11 0.14 141 2.23
328 4.23 566 6.92
326 4.23 566 6.92
1,390 1,542
1,670 1,063
41,000 5,036
97.00 69.00
0.1420 0.2100
NA 13
Conventional Conventional
1955 1919
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Georgia Power Co
Bartl etta
Ferry
Salem, AL
Harris, GA
Chattahoochee
ltl-23
00485
65.0
421.7
74
82.0
75.0
75.0
6,760
65.0
1,033
1,230
6,066
2,637
24
11,013
169
Mille/
__1!.000 kWh
124 0.30
56 0.14
106 0.26
33 0.08
47 0.11
27 0.06
132 0.31
4 O.ot
533 1.26
533 1.26
4,260
5,850
57,000
115.00
0.1330
49
Conventional
1926
37
,
1980 Construction Cost and Production Expenses
Name or utility
Name or Plant ......................... ._ ............................................................. .
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics ........... ._ ...................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy • Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost or Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Georgia Power Co
GoatRoc:k
Fortson, GA
Harris, GA
Chattahoochee
111-23
02177
26.0
173.2
76
30.0
28.0
28.0
8,760
26.0
19
165
1,950
1,603
35
3,772
$1,000
145
Mills/
kWh
Operation Supervision and Engineering............................................. 4 0.02
0.30
0.10
0.23
0.12
Water for Power.................................................................................... 53
Hydraulic Expenses.............................................................................. 18
Electric Expenses ........ .................................. ........ .... . . . ........................ 39
Miscellaneous Hydraulic Power Generation Expenses.................... 21
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures .................................................................. 22
Maintenance of Reservoirs, Dams, and Waterways......................... 14
Maintenance of Electric Plant............................................................. 81
Maintenance of Miscellaneous Hydraulic Plant ................................ 1
Total, Exclusive of Pumping............................................................ 253
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 253
Hydraulic: Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
4,535
1,400
5,000
89.00
0.2600
0.13
0.08
0.47
0.01
1.46
1.46
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
1
Conventional
1912
38
Lloyd Shoals
Jackson, GA
Jasper, GA
Ocmulgee
$1,000
12
48
91
36
1
9
13
48
2
260
260
111-23
02336
14.4
68.3
54
23.0
21.0
18.3
8,760
14.4
347
135
1,798
770
49
3,099
215
Milia/
kWh
0.17
0.70
1.34
0.52
0.01
0.13
0.20
0.71
0.04
3.80
3.80
1,300
4,750
43,500
102.00
0.1510
5
Conventional
1911
Mathis Terrors
Tallulah
Falls, GA
Rabun, GA
Tallulah
111-23
02354
16.0
56.5
40
17.0
17.4
17.4
8,760
16.0
102
360
2,973
626
34
4,095
255
Mills/
$1,000 kWh
13 0.23
22 0.38
7 0.13
10 0.17
22 0.38
36 0.64
2 0.04
112 2.17
112 2.17
151
834
3,900
190.00
0.0760
1
Conventional
1925
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
North
Highlands
Columbus, GA
Muscogee, GA
Chattahoochee
111-23
29.6
156.4
60
39.0
36.2
36.2
8,760
29.6
29
1,937
1,304
3,967
38
7,274
245
Mills/
$1,000 kWh
1 0,01
47 0.30
1 0.01
23 0.15
13 0.08
19 0.12
24 0.15
46 0.29
1 O.Q1
176 1.13
176 1.13
4,670
131
510
35.00
0.3610
1
Conventional
1963
........
1980 Construction Cost and Production Expenses
Name of Utility
Name or Plant ........................................................................................ .
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characterlatlca ................................................... ..
lnslalled Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ........ ...
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs. Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenaes
Operating Expenses
Operation Supervision and Engineering ............................................ .
Georgia Po-rCo
Oliver
Columbus, GA
Muscogee, GA
Chattahoochee
111-23
60.0
260.1
49
60.0
60.0
60.0
8,760
60.0
877
1,768
6,558
4,409
150
13,763
229
Mills/
$1,000 kWh
Water for Power.................................................................................... 78 0.30
Hydraulic Expenses.............................................................................. 9 0.03
Electric Expenses................................................................................. 24 0.09
Miscellaneous Hydraulic Power Generation Expenses.................... 16 0.06
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures .. ................................................................ 30 0.11
Maintenance of Reservoirs, Dams, and Waterways......................... 49 0.19
Maintenance of Electric Plant............................................................. 77 0.29
Maintenance of Miscellaneous Hydraulic Plant................................ 1 0.01
Total, Exclusive of Pumping ............................................................ 283 1.09
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 283 1.09
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
4,670
2,150
6,000
65.00
0.2170
1
Conventional
1959
Sinclair
Milledgeville,
GA
Baldwin, GA
Oconee
111-23
45.0
132.6
34
43.0
45.0
38.0
8,712
45.0
1,831
924
8,845
2,157
42
13,798
306
Mills/
$11000 kWh
3 0.02
71 0.54
31 0.23
46 0.35
2 O.Q1
15 0.11
11 0.08
64 0.48
1 0.01
243 1.83
243 1.83
2,910
15,330
111,000
88.00
0.1630
1
Conventional
1953
·----~~----·---~
Tallulah Falls Tugalo
Tallulah Tallulah
Falls, GA Falls, GA
Habersham. GA Habersham, GA
Tallulah Tugalo
111-23 111-23
02354
~~----.. ------
72.0 45.0
187.9 118.4
30 30
75.0 56.0
72.0 45.0
72.0 45.0
8,760 8,760
72.0 45.0
409 197
1,556 710
3,158 2,867
1,345 1,701
6,468 5,474
89 121
Mills/ Mills/
$1,000 kWh _!!,_000 kWh
3 0.02 4 0.03
47 0.25 6 0.05
275 1.47 25 0.21
15 0.08 12 0.10
25 0.13 30 0.25
17 0.09 132 1.12
70 0.37 12 0.10
14 0.08 7 0.06
467 2.49 227 1.92
467 2.49 227 1.92
186 464
63 597
330 3,490
603.00 144.00
0.0244 0.0970
12 45
Conventional Conventional
1913 1923
39
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
1
1980 Construction Cost and Production Expenses
Name of Utility
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Ucensed Project No ................................................................................ .
General Operating Characterlstlce .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Pliant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenees
Operating Expanses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance ol Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
•Remotely controlled from Ocoee No.2 Plant.
40
Georgia Power Co
Eatonton, GA
Hancock-Putnam
GA
Oconee
321.3
345.9
12
349.0
113.4
105.8
8,760
321.3
19,880
28,628
85,993
67,066
554
202,121
629
$1,000
Mills/
kWh
19
188
97
122
12
12
23
76
33
583
583
19,050
27.687
97.00
0.0640
0.05
0.54
0.28
0.35
0.03
0.04
0.07
0.22
0.10
1.69
1.69
40
Gonv/Pumped
Storage
1979
Yonah
Taccoa, GA
Stephens, GA
Tugalo
111-23
02354
$1,000
5
25
14
17
6
14
3
84
84
22.5
60.1
30
27.0
25.0
25.0
8,760
22.5
41
704
1,993
1,027
3,765
167
Milia/
kWh
0.08
0.41
0.24
0.29
0.10
0.24
0.05
1.41
1.41
470
325
625
76.00
0.2030
1
Conventional
1925
Tennessee Valley
AuthorHy
Blue Ridge
Blue Ridge, GA
Fannin, GA
Taccoa
111·20
20.0
54.9
31
18.0
19.0
NR
8,760
20.0
1,003
264
3,069
780
47
5,163
258
MUla/
$1,000 kWh
8 0.15
33 0.61
39 0.72
21 0.38
3 0.05
5 0.09
58 1.05
4 0.08
172 3.13
172 3.13
232
3,290
183,000
147.00
0.1230
·'
Conventional
1931
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Nottely
Hiwassee Dam,
NC
Union, GA
Nottely
111-20
,,
15.0
47.9
36
18.0
19.0
6.0
8,760
15.0
607
1,550
2,157
143
Milia/
$1,000 kWh
6 0.13
25 0.52
13 0.27
3 0.07
4 0.08
35 0.73
11 0.22
2 0.04
99 2.07
99 2.07
214
4,180
167,000
167.00
0.1110
Conventional
1956
.........
1980 Construction Cost and Production Expenses
Idaho Power Co
Name of Utility
Name of Plant.......................................................................................... American Falla
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
American
Falls, ID
Power, ID
Snake
Vll-41
01971
92.3
379.4
47
92.3
92.3
NR
7,357
92.3
561
15,224
758
30,111
46,654
505
Milia/
$1,000 kWh
133 0.35
2,116 5.58
2 0.01
133 0.35
28 0.07
5 0.01
17 0.05
14 0.04
63 0.17
10 0.03
2,521 6.65
2,521 6.65
Average Number of Employees............................................................ 7
Type of Operation................................................................................... Conventional
Initial Year of Operation......................................................................... 1978
81188 Brownlee
Bliss, ID Cambridge, ID
Gooding, ID Washington, ID
Snake Snake
Vll-41 Vll-41
01975 01971
75.0 585.4
410.6 2,768.6
62 54
80.0 675.0
80.0 675.0
75.0 486.6
8,760 8,760
75.0 585.4
93 11,671
379 21,902
7,181 52,628
3,836 44,820
30
11,519 131,021
153 223
Milia/ Milia/
$1,000 kWh ___!!.,000 kWh
9 0.02 21 0.01
75 0.18
6 0.01 31 0.01
86 0.21 241 0.09
23 0.06 30 0.01
2 57 0.02
3 0.01 8
36 0.09 30 0.01
2 0.01 33 0.01
24 0.06 92 0.03
1 17 0.01
268 0.65 559 0.20
268 0.65 559 0.20
34,000 72,800
254 15,000
1,200 984,482
70.00 277.00
0.1800 0.0470
4 12
Conventional Conventional
1949 1958
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Lower Salmon
Falla
Hagerman, ID
Gooding, ID
Snake
Vll-41
02061
60.0
282.9
54
70.0
70.0
68.0
8,760
60.0
132
409
5,423
3,915
9,879
164
Milia/
$1,000 kWh
12 0.04
6 0.02
186 0.66
22 0.08
1
4 0.01
25 0.09
1
59 0.21
7 0.03
323 1.14
323 1.14
32,280
845
3,600
59.00
0.2300
14
Conventional
1949
41
. :.
1980 Construction Cost and Production Expenses
Idaho Power Co
Name of Utility
Name of Plant ................................... ._ ................................................... . Malad
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Hagerman, ID
Gooding, ID
Malad
Vll-41
Licensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
20.7
186.7
103
24.0
24.0
20.2
8,760
20.7
152
793
3,229
1,234
5,409
261
$1,000
Mills/
kWh
Production Expenses
Operating Expenses
Operation Supervision and Enginearing............................................. 10
Water for Power.................................................................................... 193
Hydraulic Expenses.............................................................................. 6
Electric Expenses................................................................................. 51
Miscellaneous Hydraulic Power Generation Expenses.................... 8
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Enginearing ....................................... 3
Maintenance of Structures ... ............................ ............... .......... ... .. ..... 28
Maintenance of Reservoirs, Dams. and Waterways......................... 20
Maintenance of Electric Plant ........................... .... .............................. 18
Maintenance of Miscellaneous Hydraulic Plant ................................ 6
Total, Exclusive of Pumping ........ .... .. ......... .................. .... ... .. ... .. .... . 344
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 344
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feat) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feat) ...... ..
Row at Full Station Load (cubic feet per second per kW) .............. ..
162.00
0.0860
0.06
1.03
0.03
0.28
0.04
0.02
0.15
0.11
0.10
0.03
1.84
1.84
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
1
Conventional
1948
•FaCilities common to Brownlee, Oxbow, and Hells Canyon plants.
42
Shoshone Falls
Jerome, ID
Twin Falls, ID
Snake
Vll·41
12.4
95.2
88
12.5
12.5
12.5
8,703
12.4
268
433
473
542
30
1,746
140
Mills/
$1,000 kWh
5 0.05
1 O.D1
50 0.52
31 0.32
3 0.03
16 0.17
1 O.D1
42 0.44
5 0.05
153 1.60
153 1.60
19,500
120
750
207.00
0.0730
3
Conventional
1921
Snake River•
Cmn Fac
$1,000
23
424
4
6
64
520
520
ID
Snake
Vll-41
01971
NR
NR
NR
NR
NR
NR
9,921
2,305
1,329
101
101
13,756
NR
18
Mills/
kWh
1958
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Strike, C.J.
Grandview, ID
Owyhee,ID
Snake
Vll-41
02055
$1,000
9
11
97
18
31
11
39
78
82
18
394
394
82.8
501.7
69
89.0
89.0
88.0
8,760
82.8
1,759
2,061
9,707
4,205
187
17,919
216
Mills/
kWh
0.02
0.02
0.19
0.04
0.06
0.02
0.08
0.16
0.16
0.04
0.79
0.79
41,900
7,500
35,000
88.00
0.1590
6
Conventional
1952
1980 Construction Cost and Production Expenses
Idaho Power Co
Name of Utility
Name of P1ant ....... .-•• ri ........... " ................................ " ....................... ".... Swan Falla
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Charactartatlcs .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant. 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads. and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Ada, ID
Kuna, ID
Snake
Vll-41
10.3
86.2
96
12.0
12.0
6.6
8,760
10.3
15
246
735
688
13
1,697
164
MHis/
$1,000 kWh
Operation Supervision and Engineering............................................. 12 0.14
Water for Power ................................................................................... .
Hydraulic Expenses.............................................................................. 2 0.03
Electric Expenses................................................................................. 172 2.00
Miscellaneous Hydraulic Power Generation Expenses.................... 27 0.31
Rents...................................................................................................... 1 0.01
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 2 0.02
Maintenance of Structures.................................................................. 8 0.09
Maintenance ol Reservoirs, Dams, and Waterways......................... 3 0.04
Maintenance of Electric Plant............................................................. 16 0.18
Maintenance of Miscellaneous Hydraulic Plant ................................ 13 0.15
Total, Exclusive of Pumping............................................................ 255 2.96
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 255 2.96
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
41,900
1,525
2,275
24.00
0.0700
10
Conventional
1945
Twin Falla
Kimberly, ID
Twin Falls. ID
Snake
Vll·41
00018
8.4
65.0
88
10.0
10.0
9.8
8,760
13.5
19
354
297
305
23
998
118
Milia/
$1,000 kWh
4 0.06
16 0.25
33 0.51
22 0.34
2 0.03
12 0.18
5 0.08
14 0.21
18 0.27
126 1.95
126 1.95
28,000
94
750
147.00
0.0970
3
Conventional
1935
Upper Salmon
Falla
Hagerman, ID
Twin Falls, ID
Snake
Vll-41
34.5
280.5
93
37.0
39.0
29.0
8,760
34.5
52
768
3,173
1,879
5,872
170
Milia/
$1,000 kWh
12 0.04
22 0.08
188 0.60
18 0.06
3 O.Q1
16 0.06
39 0.14
4 O.D1
282 1.01
282 1.01
32,200
600
1,200
46.00
0.3450
9
Conventional
1937
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Utah Power a
UghtCo.
Grace
Grace,ID
Caribou, ID
Bear
Vll-41
33.0
211.2
73
33.0
33.0
33.0
8,760
33.0
49
746
5,841
1,277
11
7,923
240
Milia/
..-!!tOGO kWh
11 0.05
1
33 0.16
114 0.54
116 0.55
16 0.07
20 0.10
63 0.30
21 0.10
91 0.43
15 0.07
502 2.38
502 2.38
3,840
33
250
524.00
0.0330
16
Conventional
1908
43
1980 Construction Cost and Production Expenses
Utah Power It
Name or Utility Light Co.
Name or Plant.......................................................................................... Oneida
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy -Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of lnstallad Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electrtc Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Oats
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
44
Preston,ID
Franklin, ID
Bear
Vll-41
00472
30.0
92.2
35
28.0
29.9
28.0
5,606
30.0
37
471
1,755
916
236
3,415
113
Mills/
$1,000 kWh
22 0.24
a 0.08
79 0.86
43 0.47
3 0.04
22 0.23
26 0.28
1 0.02
308 3.35
32 0.35
545 5.91
545 5.91
4,130
480
11,500
145.00
0.1050
11
Conventional
1915
Washln~ton Water &
Power o.
Soda Cabinet Gorge
Cabinet Gorge,
Alexander, ID ID
Cartbou, ID Bonner, ID
Bear Clark Fork
Vll-41 Vll-42
00020 02058
14.0 200.0
44.6 1,026.8
36 59
8.0 230.0
13.9 230.0
7.0 190.0
7,462 8,760
14.0 200.0
525 7,519
344 7,541
1,910 16,206
580 12,659
821
3,359 44,745
239 223
Mills/ Mills/
$1,000 kWh $1,000 kWh
16 0.35 27 0.03
6 0.14 12 O.Q1
78 1.74 262 0.26
20 0.44 42 0.04
1 0.03
10 0.22 3
18 0.40 15 O.Q1
1 0.02 1
(94) 58 0.06
5 0.12 11 O.G1
61 1.36 431 0.42
61 1.36 431 0.42
3,840 21,840
1,070 3,203
11,800 42,780
79.00 97.00
0.1920 0.1530
6 13
Conventional Conventional
1924 1952
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Post Falls
Post Falls, ID
Kootenai, ID
Spokane
Vll-42
14.8
80.6
62
20.0
19.0
4.1
8,760
14.8
1,080
279
1,001
2,329
4,690
316
Mills/
$1,000 kWh
17 0.21
37 0.46
26 0.33
21 0.26
2 0.02
4 0.05
2 0.03
19 0.24
128 1.59
128 1.59
3,840
48,000
225,000
56.00
0.2900
2
Conventional
1906
1980 Construction Cost and Production Expenses
Northern Indiana
Name of Utility Public Service Co
Name of Plant.......................................................................................... Oakdale
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No .................................................... : ........................... .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Monticello, IN
White, IN
Tippecanoe
11-12
11.0
26.1
27
NA
9.6
0.5
NA
11.0
405
82
1,803
283
2,573
233
Mills/
$1,000 kWh
5 0.19
10 0.40
11 0.40
3 0.11
5 0.20
2 0.08
(137)1
61 2.32
0.01
(40)1 3.76
(40)1 3.76
2,000
200
45.00
0.0300
Conventional
1925
•Reflects correction of-$137,800 for 1979 expenses for dam resurfacing and repair.
'Based on average water conditions, output capability is 55,000 kW.
'Includes $58,794 of non project property.
Public Service Co. Union Electric Co.
of Indiana
Markland Keokuk
Markland, IN Keokuk, lA
Switzerland
IN Lee, lA
Ohio Mississippi
11-12 IV-15
02211
81.0 124.8
377.8 927.2
53 85
80.0 183.0
81.0' 126.0
NR 40.0
8,154 8,760
81.0 124.8
8,660
2,391 1,703
11,267 7,077
6,279 7,918
29
19,937 25,387
246 203
Mills/ Mills/
$1,000 kWh $1,000 kWh
90 0.10
57 0.15
75 0.20 88 0.09
23 0.06 763 0.82
9 0.02 271 0.29
53 0.14
24 0.06 113 0.12
17 0.04 111 0.12
39 0.10 134 0.14
127 0.34 219 0.24
7 0.02 101 0.11
430 1.14 1,891 2.04
430 1.14 1,891 2.04
119,000
16,600 32,000
16,600 123,000
32.00 37.00
0.5100 0.4390
84
Conventional Conventional
1967 1913
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Louisville Gas
& Electric Co.
Ohio Falls
Louisville, KY
Jefferson, KY
Ohio
11-12
00289
80.0
414.7
59
79.0
80.0
8,088
80.0
4,472
157
3,119
175
7,9233
99
Mills/
$1,000 kWh
36 0.09
12 0.03
252 0.61
64 0.15
95 0.23
34 0.08.
12 0.03
8 0.02
76 0.18
78 0.19
666 1.61
666 1.61
91,200
37.00
0.4100
23
Conventional
1927
45
l
Energy Information Administration J
1980 Construction Cost and Production Expenses
Tennessee Valley
Name of Utility Authority
Name of Plant·-·········-···· ........................................... _ ... ._ ...... -.. -..-.... Kentucky
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics .. -......................................... ___ _
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
Gilbertsville,
KY
Marshall, KY
Tennessee
111-20
175.0
1,134.1
74
193.0
200.0
NR
8,760
175.0
7,875
12,162
20,037
114
Mills/
$1,000 kWh
40
170
139
44
49
4
238
103
786
786
40,200
158,300
721,000
50.00
0.2710
0.03
0.15
0.12
0.04
0.04
0.21
0.09
0.69
0.69
20
Conventional
1944
Central Maine
Power co.
Gulf Island
Lewiston, ME
Androscoggin
ME
Androscoggin
1·1
19.2
102.4
61
22.6
21.7
8,240
19.2
1,602
351
2,264
566
45
4,828
251
Mills/
$1,000 kWh
4 0.04
3 0.03
159 1.55
13 0.13
6 0.06
8 0.08
65 0.63
7 0.06
1 0.01
265 2.59
265 2.59
2,860
1,263
5,050
55.00
0.2500
10
Conventional
1926
•Excludes 1,400 kW auxiliary generating unit. Cost par kW of installed capacity is calculated excluding the auxiliary unit.
•Main1enance personnel at Wyman plant also do maintenance work at Harris and Williams Stations.
Indian Pond -
Harris
Kennebec, ME
Somerset, ME
Kennebec
1-1
02142
75.0'
138.4
21
88.5
88.5
8,760
75.0
738
2,628
7,189
4,766
371
15,693
209
MHia/
$1,000 kWh
5 0.04
1 O.o1
118 0.86
32 0.23
6 0.05
11 0.08
3 0.02
46 0.33
7 0.05
230 1.66
230 1.66
1,350
3,650
16,070
149.00
0.0883
7'
Conventional
1954
46
Hydroelectlic Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Skelton
Hollins
Center, ME
York, ME
Sa co
1-1
02517 __ ,_,_
16.8
80.8
55
21.0
21.0
5,980
16.8
1,266
606
4,669
1,004
7,545
449
Mills/
__ $1,000 m kWh
5 0.06
4 0.04
84 1.04
15 0.18
20 0.25
4 0.05
1 0.02
37 0.46
1 0.01
171 2.11
171 2.11
1,640
659
3,628
74.00
0.1822
5
Conventional
1948
........
1980 Construction Cost and Production Expenses
Name of Utility Central Maine Power Co.
Name of Plant.--···········-···············---· .............. -.................................. Weston
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characterlatlce ........... _ ........... ___ , .................... -
lnstalled Generating Capacity (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................ ..
Net Plant capability
capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Skowhegan, ME
Somerset, ME
Kennebec
1-1
02325
12.0
69.5
66
13.6
13.2
8,760
13.0
540
488
909
730
2,667
222
Mills/
$1,000 kWh
Operation Supervision and Engineering............................................. 4 0.05
Water for Power ................................................................................... .
Hydraulic Expenses.............................................................................. 17 0.24
Electric Expenses................................................................................. 98 1.41
Miscellaneous Hydraulic Power Generation Expenses.................... 14 0.21
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ............. .......................... 5 0.07
Maintenance of Structures.................................................................. 2 0.03
Maintenance of Reservoirs, Dams, and Waterways......................... 39 0.57
Maintenance of Electric Plant............................................................. 17 0.25
Maintenance of Miscellaneous Hydraulic Plant ................................ 1 0.02
Total, Exclusive of Pumping............................................................ 198 2.85
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................... ................................................. 198 2.85
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ....... .
Fiow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
3,950
930
2,550
32.00
0.4700
5
Conventional
1921
'Maintenance personnel at Wyman plant also do maintenance work at Harris and WiiMams Stations.
Williams
Embden, ME
Somerset, ME
Kennebec
1-1
02335
13.0
72.4
64
14.8
14.3
8,760
13.0
898
415
1,149
898
20
3,380
260
Mills/
$1,000 kWh_
4 0.06
7 0.09
39 0.53
12 0.17
4 0.06
4 0.06
40 0.55
31 0.43
142 1.97
142 1.97
2,720
333
2,411
42.00
0.3600
1'
Conventional
1939
Wyman
Moscow, ME
Somerset, ME
Kennebec
1·1
02329
72.0
217.2
34
81.0
80.0
8,760
72.0
1,406
781
10,405
1,532
14,124
196
Mills/
$1,000 kWh
8 0.04
7 0.03
109 0.50
23 0.10
6 0.03
28 0.13
35 0.16
74 0.34
1
290 1.34
290 1.34
2,600
2,900
66,700
138.00
0.1100
9
Conventional
1930
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
---------·
Pennsylvania
Electric Co.
Deep Creek
Oakland, MD
Garrett, MD
Youghiogheny
11-7
02370
19.2
30.2
18
21.0
19.0
18.0
1,984
19.2
1,806
256
2,677
535
17
5,290
275
Mills/
$1,000 kWh
15 0.49
25 0.83
14 0.47
103 3.42
10 0.34
7 0.22
31 1.03
50 1.65
24 0.79
278 9.22
278 9.22
65
3,900
92,900
437.00
4
Conventional
1924
47
1
~
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy. Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peek Demand on Plant. 60 Minutes (MW) ................................. .
Net Plant Capability
Cepability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousend dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams. and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
'Includes data from Turner Falls Station.
N-England
Po-rCo.
Fife Brook
Florida, MA
Berkshire, MA
Deerfield
1-2
02669
11.2
23.7
24
12.0
12.0
5.0
4,155
11.3
2,459
1,402
3,218
334
7,413
661
$11000
Mills/
kWh
5 0.23
5 0.21
8 0.33
3 0.11
5 0.20
0.02
2 0.10
31 1.31
3 0.14
63 2.66
63 2.66
120.00
0.1350
NR
Conventional
1974
Westem Ma888Chu·
aetta Electric Co
Cabot
Montague, MA
Franklin, MA
Connecticut
1-2
51.0
213.7
48
53.0
NR
NR
7,752
51.0
1,579
645
27,276
2,224
1
31,7251
622
$1,000
Mills/
kWh
63
28
164
89
78
54
25
87
86
17
6921
0.29
0.13
0.77
0.41
0.37
0.25
0.12
0.41
0.40
0.08
3.24
692 3.24
7,163
1,920
8,650
62.00
0.2560
30
Conventional
1916
•Jointly owned by Connecticut Lt and Pwr. (53%), Hart1ord Electric Lt. (28%), and Western Mass Electric (19%).
Cobble
Mountain
Granville, MA
Hampden, MA
West
littlefield
1-2
$1,000
32
14
96
7
319
2
5
27
32
1
536
536
33.0
23.0
a
33.0
NR
NR
1,360
33.0
13
13
Mills/
kWh
1.38
0.62
4.16
0.32
13.89
0.11
0.22
1.18
1.39
0.03
23.31
23.31
455
1,155
64,500
456.00
0.0370
4
Conventional
1930
Hydroelectric .Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Northfield'
Mountain
Erving, Ma
Franklin, MA
Connecticut
T-2
02485
846.0
1 '179.6
845.8
11
1,000.0
NR
2,431
846.0
1,321
20,594
49,993
46,094
4,812
122,814
145
$1,000
90
727
282
255
2,492
94
91
33
746
156
4,966
4,966
Mills/
kWh
0.11
0.86
0.33
0.30
2.95
0.11
0.11
0.04
0.88
0.18
5.87
5.87
270
12,800
825.00
0.0150
39
Conventional
1973
49
,
...J
1980 Construction Cost and Production Expenses
Consumers Power Co
Name of Utility
Name of Plant ...................... '" ....................................... '"....................... C.W. Tippy
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
L.and and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
Wellston, Ml
Manistee, Ml
Manistee
11·11
02580
20.0
51.7
30
18.3
21.0
21.0
8,760
20.0
56
126
1,434
766
13
2,395
119
$1,000
Mills/
kWh
13
2
6
28
24
13
15
47
19
25
192
192
1,451
1,510
56.00
0.2400
0.26
0.04
0.13
0.53
0.46
0.25
0.30
0.90
0.36
0.49
3.71
3.71
8
Conventional
1918
'Jointly owned by the Detroit Edison Company (49%) and Consumers Power Company (51%).
50
Hardy Hodenpyl
Newaygo, Ml Messick, Ml
Newaygo, Ml Wexford, Ml
Muskegon Manistee
11·11 11·11
02452 02599
30.0 18.0
79.8 36.5
30 23
29.8 18.5
32.4 18.4
32.4 18.4
3,114 8,545
30.0 18.0
333 124
214 99
3,630 1,990
1,125 749
5,302 2,962
176 164
Mills/ Mills/
$1,000 kWh _ $1,000_~ kWh ..
10 0.13 13 0.36
1 0.02 2 0.05
3 0.03 7 0.18
16 0.20 27 0.75
9 0.11 14 0.37
10 0.13 13 0.35
9 0.12 5 0.15
11 0.13 35 0.97
12 0.15 14 0.38
2 0.02 5 0.13
83 1.03 135 3.70
83 1.03 135 3.70
1,851 1,018
3,971 2,025
100.00 68.00
0.1400 0.2000
1
Conventional Conventional
1931 1925
Hydroelectrk Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Ludington'
Ludington, Ml
Mason, Ml
Lake Michigan
11-11
02680
1,979.0
3,187.6
2,273.1
13
1,808.0
1,872.0
2,131
1,979.0
5,148
34,701
205,746
59,562
3,398
308,556
155
$1,000
151
124
208
239
9
135
53
394
1,327
45
2.687
38,932
41,619
Mills/
kWh
0.07
0.05
0.09
0.11
0.06
0.02
0.17
0.58
0.02
1.18
18.31
842
54
361.00
0.2091
35
Pumped Storage
1973
I
...
1980 Construction Cost and Production Expenses
Name of Utility
Wisconsin Electric
Power Co.
Name of Plant.......................................................................................... Big Quinnesec
.................................................................................................................... Falls
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Ucensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
'Limited by high water during flood flow(generally in April and May).
Iron Mountain,
Ml
Dickinson, Ml
Menominee
IV-13
01980
19.5
112.4
66
20.2
20.6
8.1
8,760
19.5
105
562
1,367
883
64
2,981
152
Mills/
$1,000 kWh
14
14
75
13
14
3
8
72
18
231
231
2,475
257
642
61.00
0.1530
0.13
0.13
0.66
0.11
0.13
0.03
0.07
0.64
0.16
2.05
2.05
2
Conventional
1914
Peavy Falls
Randville, Ml
Iron, Ml
Michigamme
IV-13
01759
12.0
69.7
66
15.7
16.0
13.0
7,025
12.0
72
174
935
479
25
1,684
140
Mills/
$1,000 kWh
8 0.12
3 0.05
28 0.41
13 0.18
8 0.12
4 0.05
2 0.03
16 0.23
12 0.17
94 1.35
94 1.35
715
3,160
34,000
95.00
0.1460
1
Conventional
1943
Minnesota Power
& Light Co.
Blanchard
Royalton, MN
Morrison, MN
Mississippi
IV-16
00346
12.0
72.8
69
12.0
11.8
11.8
8,760
12.0
206
325
1,500
760
2,792
232
Mills/
$1,000 kWh
21 0.29
16 0.22
104 1.43
17 0.24
5 0.07
7 0.09
2 0.03
23 0.31
1 0.01
196 2.70
196 2.70
11,425
1,150
2,290
45.00
0.3300
4
Conventional
1925
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Fond DuLac
Duluth, MN
Carlton, MN
St. Louis
IV-16
12.0
50.9
48
13.9
11.8
5.7'
7,333
12.0
903
418
1,726
862
17
3,926
327
Mills/
$1,000 kWh
8 0.15
27 0.53
7 0.13
5 0.10
6 0.12
12 0.23
245 4.80
24 0.48
1 0.03
335 6.58
335 6.58
3,600
166
1,280
78.00
0.2000
2
Conventional
1924
51
,
r 1980 Construction Cost and Production Expenses
Minnesota Power
Name of Utility & Ught Co.
Name of Plant.......................................................................................... Thomson
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characterlatlca .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Umijed by high water during Hood flow(generally in April and May).
52
Thomson, MN
Carlton, MN
St. Louis
IV-16
02360
70.8
261.6
42
70.9
70.0
69.0'
3,433
70.9
682
1,063
5,799
5,189
3
12,736
179
$1,000
Mills/
kWh
95
99
300
68
54
239
50
38
6
950
950
3,560
365
3,040
374.00
0.0400
0.36
0.38
1.15
0.26
0.21
0.91
0.19
0.15
0.02
3.63
3.63
27
Conventional
1907
Northern States
Power
Hennepin
Island
Minneapolis,
Mn
Hennepin, MN
Mississippi
IV-16
$1,000
12
34
27
19
18
11
7
59
38
2
227
227
12.4
88.5
81
NR
12.4
2.0
8,588
12.4
1,434
184
1,749
1,128
4,495
362
Milia/
kWh
0.14
0.38
0.31
0.22
0.20
0.13
0.08
0.66
0.43
0.02
2.56
2.56
19,680
354
49.00
Conventional
1955
Empire District
Electric Co.
Ozark Beach
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Union Electric Co.
Osage
1980 Construction Cost and Production Expenses
Union Electric Co.
Name of UtHity
Name of Plant ............ ._........................................................................... Taum Sauk
Post Office................................................................................................. Annapolis, MO
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability ·
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Reynolds, MO
E.F. Black
IV-15
02277
408.0
64.5
28.9
1
214.0
300.0'
236
408.0
152
4,716
23,734
17,215
37
45,855
$1,000
112
Mills/
kWh
Operation Supervision and Engineering............................................. 44 1.54
Water for Power ................................................................................... .
Hydraulic Expenses.............................................................................. 40
Electric Expenses................................................................................. 14
Miscellaneous Hydraulic Power Generation Expenses.................... 69
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ........... .............. ... ... ........ 65
Maintenance of Structures ............................................................. ..... 13
Maintenance of Reservoirs, Dams, and Waterways......................... 137
Maintenance of Electric Plant............................................................. 183
Maintenance of Miscellaneous Hydraulic Plant ................................ 97
Total, Exclusive of Pumping ................. ................ .... ................. .... .. 663
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 663
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
55
1.37
0.50
2.40
2.26
0.45
4.72
6.32
3.36
.22.91
22.91
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
10
Pumped Storage
1963
•Could cany 445,000 kW for short time with full reservoir.
<Contains daHy storage or poodage only.
Montana Power CO.
Bleck Eagle Cochrane
Great Falls. Great Falls.
MT MT
Cascade, MT Cascade, MT
Missouri• Missouri
Vll-30 Vll-30
02188 02188
16.8 48.0
137.3 311.1
93 74
20.0 56.0
18.0 50.0
15.0 30.0
8,419 8,760
16.8 48.0
373 59
335 1,006
867 5,379
584 4,002
12 82
2,171 10,528
129 219
Mills/ Mills/
$1,000 kWh $1,000 kWh
37 0.27 16 0.05
25 0.18 41 0.13
29 0.21 13 0.04
133 0.97 36 0.12
8 0.06 8 0.03
8 0.06 6 0.02
3 0.02 4 0,01
25 0.18 1
27 0.19 16 0.05
7 0.05 5 0.01
302 2.20 146 0.47
302 2.20 146 0.47
19,485 19,500
350 244
1,700 4,500
52.00 76.00
0.2780 0.1810
5 NR
Conventional Conventional
1927 1958
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Hauser Lake
Helena, MT
lewis & Clark
MT
Missouri
Vll-30
02166
$1,000
9
26
5
29
22
6
2
26
3
27
4
160
160
17.0
132.4
89
NR
16.5
11.0
8,760
17.0
241
308
4,621
558
4
5,733
337
Mills/
kWh
0.07
0.19
0.04
0.22
0.17
0.04
0.01
0.20
0.02
0.21
0.03
1.21
1.21
16,625
4,900
62,000
67.00
0.2900
3
Conventional
1907
53
1980 Construction Cost and Production Expenses
Montana Power Co.
Name of Utility
Name of Plant ......................................................................................... . Holter
Post Office................................................................................................. Woll Creek, MT
Location of Plant (COunty and State) ................................................... ..
Lewis & Clark
MT
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Ucensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Missouri
Vll-30
02188
Installed Generating Capacity (MW)..................................................... 38.4
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh)................................................................ 310.8
Plant Factor Based on Nameplate Rating (percent) .......................... 92
Net Peak Demand on Plant -60 Minutes (MW) .................................. NR
Net Plant Capability
Capability Under Most Favorable Operating COnditions (MW)........ 49.0
Capability Under Most Adverse Operating Conditions (MW)........... 35.0
Time Connected to Load (hours).......................................................... 8,760
Planned Ultimate Capacity (MW).......................................................... 38.4
Coat of Plant (thousand dollars)
Land end Land Rights............................................................................ 223
Structures and Improvements............................................................... 475
Reservoirs, Dams, and Waterways....................................................... 3,835
Equipment............................................................................................... 1,242
Roads, Railroads, and Bridges............................................................. 6
Total................................................................................................... 5,780
Cost per kW of Installed Capacity (dollars) ................................... 150
Mills/
Production Expenaea
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water lor Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
COst of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles} .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet par second par kW) ............... .
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
•Contains daily storage or pondage only.
54
$1,000 kWh
10
52
15
20
22
4
2
7
37
25
3
195
195
16,900
4,800
82,000
109.00
0.1370
0.03
0.17
0.05
0.07
0.07
O.Q1
O.o1
0.02
0.12
0.08
O.Q1
0.63
0.63
3
Conventional
1918
Kerr
Polson, MT
Lake, MT
Flathead
Vll-30
00005
197.0
910.3
53
NR
180.0
175.0
8,760
197.0
846
3,007
6,719
6,398
213
17,183
87
Mills/
$1,000 kWh
15 0.02
146 0.16
15 0.02
30 0.03
14 0.02
3,957 4.35
11 O.Q1
56 0.06
3
65 0.07
24 0.03
4,336 4.77
4,336 4.77
7,000
126,109
1,217,000
187.00
4
Conventional
1939
Morony
Great Falls,
MT
Cascade, MT
Missouri•
Vll-30
02188
45.0
318.6
81
48.0
47.0
28.0
8,760
45.0
228
424
2,223
1,346
4
4,225
93
Mills/
_$!.Ql!Q_ kWh
17 0.05
42 0.13
11 0.03
40 0.12
12 0.04
9 0.03
3 0.01
1
86 0.27
14 0.04
234 0.73
234 0.73
19,000
300
7,900
83.00
0.1670
NR
Convenional
1930
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Mystic Lake
Columbus. MT
Stillwater, MT
West Rosebud'
Vll-30
02301
10.0
53.4
61
10.0
11.5
11.5
8,760
10.0
43
938
5,570
1,465
257
8,273
827
Mills/
$1,000 kWh
17 0.33
8 0.15
47 0.88
45 0.84
5 0.09
2 0.04
2 0.03
18 0.34
36 0.68
5 0.10
186 3.49
186 3.49
55
430
20,700
1,128.00
0.0147
3
Conventional
1925
11111111111
1980 Construction Cost and Production Expenses
Montana Power Co.
Name of Utility
Name of Plant •.••••••••••.••••••••.•••.••••••••.••.••.••••••••••••••.••••••••••.••.•.••.••••••••••••.•. Rainbow
Post Office ................................................................................................ .
location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Great Falls,
MT
Cascade, MT
Missouri
Vll-30
licensed Project No ................................................................................ .
General Operating Characteristics •••••.•••.••••••••••..•..•••••••••••••••••••.•..•••••
Installed Generating Capacity (MW)..................................................... 35.6
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh)................................................................ 260.4
Plant Factor Based on Nameplate Rating (percent) .......................... 84
Net Peak Demand on Plant-60 Minutes (MW).................................. 37.0
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW)........ 35.0
Capability Under Most Adverse Operating Conditions (MW)........... 35.0
Time Connected to Load (hours).......................................................... 8,760
Planned Ultimate Capacity (MW) .................................................. ........ 35.6
Cost of Plant (thousand dollars)
Land and Land Rights............................................................................ 790
Structures and Improvements............................................................... 630
Reservoirs, Dams, and Waterways....................................................... 2,631
Equipment ............................................................... ................. ............... 863
Roads, Railroads, and Bridges ........ ..................................................... 3
Total................................................................................................... 4,917
Cost per kW of Installed Capacity (dollars) ................................... 138
Mills/
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
$1,000 kWh
37
47
23
56
45
21
19
111
57
12
428
428
19,495
125
1,000
112.00
0.1540
0.14
0.18
0.09
0.22
0.17
0.08
0.07
0.43
0.22
0.04
1.64
1.64
25
Conventional
1910
Ryan
Great Falls,
MT
Cascade, MT
Missouri
Vll-30
48.0
469.6
112
61.0
60.0
50.0
8,760
48.0
1,191
679
2,617
1,598
12
6,097
127
Mills/
$1!000 kWh
30 0.06
70 0.15
20 0.04
41 0.09
32 0.07
14 0.03
6 0.01
8 0.02
41 0.09
14 0.03
276 0.59
276 0.59
19,510
180
2,800
151.00
0.0955
6
Conventional
1915
Thompson Falls
Thompson
Falls, MT
Sanders, MT
Clarks Fork
Vll-30
30.0
278.1
106
41.0
40.0
22.0
8,760
30.0
647
608
1,528
1,565
7
4,355
145
Mills/
$1,000 kWh
44 0.16
22 0.08
22 0.08
126 0.45
12 0.04
1
18 0.07
2 0.01
16 0.06
161 0.58
3 0.01
427 1.53
427 1.53
20,940
1,450
15,000
60.00
0.2780
8
Conventional
1915
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Washlnton Water &
Power o.
Noxon Rapids
Noxon, MT
Sanders, MT
Clarks Fork
Vll-42
396.9
1,716.7
49
554.0
542.0
374.7
8,760
396.9
31,108
8,980
28,837
34,573
89
103,586
260
Mills/
$1,000 kWh
44 0.03
1
243 0.14
41 0.02
14 0.01
3
24 0.01
14 0.01
152 0.09
15 0.01
553 0.32
553 0.32
21,800
8,530
334,000
152.00
0.0910
12
Conventional
1959
55
l lj
1980 Construction Cost and Production Expenses
Name of Utility
Central Nebraska
Public Power
Name of Plant ............. ._.......................................................................... Jeffery Canyon
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW} ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minutes (MW} ................................ ..
Net Plant Capability
Capability Under MoSt Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dOllars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive o! Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
>Operates through Remote Computer Control Center.
Brady, NE
Lincoln, NE
Diversion Fr.
Platte
Vl-28
01417
18.0
17.8
19.0
NR
8,760
18.0
Mills/
$1,000 kWh
117.00
1940
'Data lor this plant include generation. costs, and expenses of Johnson No. 2.
'Generation, costs, and expenses data lor this plant included with those of Johnson No. 1.
'Expenses combined lor Columbus and Monroe plants.
56
Johnson No.1' Johnson No. 2•
Lexington, Ne Lexington, Ne
Gosper, NE Gosper. NE
Diversion Fr. Diversion Fr.
Platte Platte
Vl-28 Vl-28
01417 01417
18.0 18.0
288.4
183
17.8 17.8
19.0 19.0
NR NR
8,760 8,760
18.0 18.0
7,044
1,108
25,662
2,907
78
36,799
681
Mills/ Mills/
$1,000 kWh $1,000 kWh
14 0.05
1,252 4.34
776 2.69
2,042 7.08
2,042 7.08
118.00 146.00
1' 1'
1940 1940
Hydroelectric: Plant Construction Cost and Annual Production Expenses-1980
Energy lnfonn~lon Administration
Loup River Public
Power District
Columbus
Columbus, NE
Platte, NE
Loup
Vl-28
01256
39.9
90.1
26
43.0
43.0
NR
8,760
39.9
733
727
3,361
963
207
5,990
150
Mills/
$1,000 kWh
110 1.22
14 0.16
148 1.64
152 1.69
11 0.12
59 0.66
5 0.06
193 2.14
60 0.67
35 0.39
788• 8.75
788 8.75
14,800
950
2,000
116.00
0.1170
11
Conventional
1936
I
1980 Construction Cost and Production Expenses
Nebraska Publk:
Name of Utility Power District
Name of Plant.......................................................................................... North Platte
Post Office ................................................................................................ .
location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Gapability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expanses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
COst of Pumping Energy ......................................................................... .
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feel) ........... .
Gross Head · Pond Elevation Minus Tallwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
North Platte,
NE
Lincoln, NE
Platte
Vl-28
01835
29.0
132.1
52
25.0
NR
NR
8,743
29.0
12,187
420
$1,000
Mills/
kWh
38 0,28
9 0.07
128 0.97
57 0.43
15 0.11
72 0.55
17 0.13
100 0.76
25 0.19
55 0.41
516 3.91
516 3.91
37,000
90
598
218.00
NR
Conventional
1936
N-Engtand
Po-rCo.
Comerford
East Garnet,
VT
Grafton, NH
COnnecticut
1-2
02077
$1,000
37
39
14
146
86
3
47
32
10
47
30
491
491
140.4
237.1
19
167.0
165.0
127.0
7,601
140.4
1,887
1,213
9,605
2,710
371
15,786
112
Mills/
kWh
0.15
0.16
0.06
0.62
0.36
0.01
0.20
0.13
0.04
0.20
0.13
2.07
2.07
1,635
1,093
29,356
179.00
0.0740
39
Conventional
1930
Moore
Littleton, NH
Grafton, NH
Connecticut
1-2
02277
140.4
211.1
17
200.0
200.0
136.0
7,430
140.4
2,488
3,037
16,590
8,052
30,167
214
Mlll8f
$1,000 kWh
28 0.13
34 0.16
18 0.09
29 0.14
51 0.24
3 0.02
39 0.18
14 0.07
13 0.06
55 0.26
13 0.06
298 1.41
298 1.41
1,600
3,490
114,176
159.00
0.0845
NR
Conventional
1957
IIL.L
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy lnform.atlon Administration
Public Service Co.
of N-Hampehlre
Amoskeag
Manchester, NH
Millsborough
NH
Merrimack
1-2
01893
16.0
63.4
45
16.9
16.0
10.0
6,773
16.0
377
135
1,336
766
1
2,614
163
Mills/
__!!..000 kWh
9 0.14
18 0.29
20 0.32
4 0.06
19 0.30
3 0.04
12 0.20
13 0.21
21 0.33
32 0.51
13 0.21
165 2.60
165 2.60
2,854
478
2,000
46.00
0.3050
6
Conventional
1922
57
....
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant.-....................................... -......... ._._ .............................. .
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
PrOduction Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams. and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Public service Co.
of New Hampshire
Smith
Berlin, NH
Coos, NH
Androscoggin
1-2
15.0
82.6
63
16.5
15.0
9.0
8,493
15.0
432
643
2,262
838
37
4,213
280
$1,000
Mills/
kWh
8 0.09
47 0.56
8 0.09
17 0.20
11 0.13
2 0.02
8 0.10
2 0.03
16 0.19
10 0.12
46 0.56
175 2.11
175 2.11
1,365
6
87.00
0.1720
6
Conventional
1948
Central Hudson
Gas & Electric
Neversink
Grahamsville,
NY
Sullivan, NY
Neversink
1-3
25.0
64.5
29
27.0
27.0
21.0
4,022
25.0
785
975
412
1,287
3,459
138
Mills/
$1,000 kWh
3 0.05
1,193 18.49
27 0.42
10 0.16
3 0.05
23 0.35
12 0.18
6 0.10
1,278 19.81
1,278 19.81
93
1,490
109,000
551.00
0.0287
·'
Conventional
1953
Sturgeon Pool
Rifton, NY
Ulster, NY
Walkill
1-3
14.4
32.4
26
16.0
16.0
15.0
3,311
14.4
369
186
4,228
545
5,328
370
Mills/
$1,000 kWh
4 0.13
1 0.03
36 1.11
52 1.60
4 0.13
20 0.62
31 0.97
43 1.33
8 0.24
200 6.17
200 6.17
785
200
2,000
113.00
0.1350
·'
Conventional
1924
New York State
Electric & Gas
High Falls
Moffitsville,
NY
Clinton, NY
Saranac
1·3
$1,000
12
8
3
2
9
20
1
56
56
14.1
81.3
66
15.6
NA
NR
8,760
14.1
387
317
1,435
731
10
2,881
NR
Mills/
kWh
0.15
0,01
0.10
0.04
0.03
0.10
0.24
0.01
0.69
0.69
495
55
550
272.00
Conventional
1948
•No employees are specifically assigned to these stations. An average of 18 employees is assigned as required to the gas turbine stations and the hydroelectric stations.
58
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
1980 Construction Cost and Production Expenses
Name of Utility Niagara Mohawk Power Co.
Name of Plant.......................................................................................... Beardslee
· Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics ••.•.••.••.•••••••••••••..•.••••••••••••.•..•..•.•.•.
Installed Generating Capacity (MW) .................................................... .
Pumping Energy • Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Little Falls,
NY
Herkimer, NY
East Canada
Creek
1-3
20.0
33.2
19
16.0
16.0
13.1
NR
20.0
158
528
2,655
418
54
3,813
190
Mills/
$1,000 kWh
2 0.07
37 1.12
11 0.33
5 0.15
8 0.24
3 0.09
24 0.71
105 3.18
1 0.04
197 5.93
197 5.93
288
198
1,200
157.00
0.0860
Conventional
1924
Bennetts Blake
Bridge
Parishville,
Orwell, NY NY
St. Lawrence
Oswego, NY NY
South Salmon Raquette
1·3 1-3
02084
26.7 14.4
71.2 56.3
30 45
25.0 15.0
24.3 14.0
21.5 14.0
NR NR
26.8 14.4
754 917
271 704
2,769 2,723
1,104 1,410
24
4,898 5,778
183 401
Mills/ Mills/
$1,000 kWh $1,000 kWh
2 0.03
9 0.12 16 0.28
54 0.76 10 0.17
21 0.29 13 0.24
2 0.04
3 0.05 4 0.07
36 0.50 14 0.24
23 0.33 16 0.28
13 0.18 2 0.03
158 2.23 78 1.39
158 2.23 78 1.39
191 908
3,550 661
53,500 3,857
284.00 68.00
0.0580 0.2130
Conventional Conventional
1914 1957
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Browns Falla
Oswegatchie,
NY
St. Lawrence
NY
Oswegatchie
1-3
15.0
51.8
39
17.0
16.6
15.8
NR
15.0
433
163
4,114
375
5,085
339
Mills/
__!!,000 kWh
2 0.04
9 0.18
13 0.25
20 0.39
9 0.17
2 0.05
5 0.10
9 0.17
23 0.45
3 0.06
96 1.85
96 1.85
178
171
2,220
270.00
Conventional
1923
59
,
1980 Construction Cost and Production Expenses
Name of Utility
Niagara Mohawk
Power Co.
Name of Plant. ......................... -············-······-··-························· .......... . Colton
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Colton, NY
St. Lawrence
NY
Raquette
1-3
Licensed Project No ............................................................................... ..
General Operating Characteristics-.................................... _ ........... ..
Installed Generating Capacity (MW)..................................................... :30.0
Pumping Energy Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh)................................................................ 208.4
Plant Factor Based on Nameplate Rating (percent) .......................... 79
Net Peak Demand on Plant· 60 Minutes (MW).................................. 29.0
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW)..... ... 28.5
Capability Under Most Adverse Operating Conditions (MW)........... 266.0
Time Connected to Load (hours).......................................................... NR
Planned Ultimate Capacity (MW).......................................................... :30.0
Cost of Plant (thousand dollars)
Land and Land Rights............................................................................ 81
Structures and Improvements............................................................... 374
Reservoirs, Dams, and Waterways....................................................... 4,571
Equipment............................................................................................... 753
Roads, Railroads, and Bridges............................................................. 31
Total................................................................................................... 5,810
Cost per kW of Installed Capacity (dollars) ................................... 193
Mills/
$1,000 __ kWh_
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ,
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ............................................ , ........................... .
60
4
9
9:3
11
5
6
67
67
20
281
281
979
152
620
285.00
0.0580
0.02
0.04
0.45
0.05
0.02
0.03
0.32
0.:32
0.10
1.35
1.35
Conventional
1918
Deferiet
Deferiet, NY
Jefferson, NY
Black
1-:3
10.8
49.3
52
10.5
11.0
5.8
NR
10.8
:316
161
2,055
320
7
2,859
264
Mills/
$1,000 kWh
1 0.03
3 0.06
26 0.53
10 0.21
8 0.15
2 0.0:3
3 0.05
12 0.24
28 0.58
2 0.04
95 1.93
95 1.9:3
1,817
70
405
47.00
0.2890
Conventional
1925
E.J. West
Hadley, NY
Saratoga, NY
Sacandago
1-:3
02318
20.0
45.6
26
20.0
15.0
11.0
NR
20.0
3:39
268
471
621
92
1,790
89
Mills/
_$1,000_~kWh
2 0,05
329 7.21
:3 0.07
21 0.46
7 0.16
3 0.07
4 0.08
20 0.4:3
61 1.34
3 0.07
453 9.95
453 9.95
1,044
63.00
0.2500
Conventional
1930
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Five Falls
South Colton,
NY
St. Lawrence
NY
Raquette
1-:3
22.5
75.3
:38
25.0
2:3.6
22.7
NR
22.5
252
669
2,536
1,477
13
4,946
219
Mills/
$1,000 kWh
3 0.04
6 0.08
10 0.1:3
8 0.11
3 0.05
3 0.04
29 0.38
126 1.67
2 0.02
190 2.52
190 2.52
932
120
64:3
104.00
0.1350
Conventional
1955
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy -Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Niagara Mohawk
Power Co.
Prospect
Russia, NY
Oneida, NY
West Canada
Creek
1-3
17.3
60.4
40
190.0
18.5
16.8
NR
17.3
520
808
3,120
1,239
106
5,793
334
$1,000
Mills/
kWh
2 0.04
9 0.15
4 0.07
21 0.35
3 0.05
8 0.12
42 0.70
21 0.35
2 0.03
112 1.86
112 1.86
375
804
138.00
0.1020
Conventional
1959
Rainbow Falls
Parishville,
NY
St. Lawrence
NY
Raquette
1-3
22.5
89.6
45
24.0
23.5
22.5
NR
22.5
771
678
3,828
1,368
12
6,657
295
Mills/
$1,000 kWh
3 0.03
6 0.07
11 0.12
7 0.08
3 0.04
4 0.04
13 0.14
51 0.57
1 0.02
99 1.10
99 1.10
929
710
9,871
102.00
0.1390
Conventional
1956
School Street
Cahoes, NY
Albany, NY
Mohawk
1-3
02539
38.8
111.4
33
240.0
32.7
19.8
NR
38.8
257
378
1,660
1,823
4,118
106
Mills/
$1,000 kWh
5 0.04
30 0.27
11 0.10
28 0.25
6 0.05
45 0.41
16 0.14
374 3.36
12 0.10
527 4.73
527 4.73
3,455
80
240
95.00
0.1480
Conventional
1915
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Sherman Island
Glen Falls, NY
Warren, NY
Hudson
1-3
02482
28.8
130.4
52
27.8
29.0
28.5
NR
28.8
1,277
1,060
5,178
1,391
28
8,935
310
Mills/
_!!,000 kWh
4 0.03
86 0.66
16 0.13
36 0.27
7 0.05
4 0.03
29 0.23
44 0.34
104 0.80
10 0.07
340 2.60
340 2.60
2,785
300
1,700
69.00
0.2300
Conventional
1923
61
,
I
~
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ................ m•·-······-·················································--··-··
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
62
Niagara Mohawk
Power Co.
Soft Maple
Belfort,NY
Lewis, NY
Beaver
1-3
15.0
34.3
26
15.0
15.4
. 14.6
NR
15.0
425
309
1,914
353
91
3,091
206
$1,000
Mills/
kWh
2
6
10
12
9
2
3
7
24
6
62
62
246
326
2,675
126.00
0.1160
0.05
0.16
0.29
0.36
0.27
0.07
0.06
0.20
0.71
0.17
2.38
2.38
Conventional
1925
South Colton
South Colton,
NY
St. Lawrence
NY
Raquette
1-3
02064
$1,000
2
5
11
7
3
2
21
13
1
67
67
19.3
76.0
45
21.0
20.0
20.0
NR
19.4
337
637
1,633
1,397
4
4,207
217
Mills/
kWh
0.03
0.07
0.14
0.09
0.04
0.03
0.28
0.17
0.02
0.86
0.86
942
225
1,492
65.00
0.1740
Conventional
1954
Spier Falls
Corinth, NY
Saratoga, NY
Hudson
1-3
02462
44.4
173.3
45
46.0
47.6
46.0
NR
44.4
1,735
1,295
4,417
1,769
9,216
207
Mills/
$1,000 kWh
5 0.03
109 0.63
24 0.14
26 0.15
19 0.11
7 0.04
13 0.07
26 0.16
57 0.33
12 0.07
300 1.73
300 1.73
2,779
410
3,300
63.00
0.1790
Conventional
1924
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Stark
Colton, NY
St. Lawrence
NY
Raquette
1-3
02064
22.5
63.8
42
24.0
23.6
17.0
NR
22.5
1,044
791
3,141
1,476
11
6,463
267
Mills/
$1,000 kWh
3 0.03
7 0.09
10 0.13
6 0.09
3 0.04
4 0.04
21 0.25
46 0.56
2 0.02
107 1.27
107 1.27
877
566
11,430
105.00
0.1330
Conventional
1957
r
.......
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ............................ ._ .... _. .................................................. ..
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characterlstlca .................................................... .
Installed Generating capacity (MW) ................................................... ..
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Lend and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of Installed Cspacity (dollars) .................................. .
Production Expenses
Operating Expenses
Niagara Mohawk
Power Co.
Stewarts
Bridge
Hadley, NY
Sarate<ga, NY
Sacandago
1-3
02047
30.0
93.6
36
35.7
36.0
34.4
NR
30.0
2,042
679
4,733
1,808
155
9,417
$1,000
313
MRia/
kWh
Operation Supervision and Engineering............................................. 4 0.04
1.23
0.12
0.20
0.09
Water for Power.................................................................................... 115
Hydraulic Expenses.............................................................................. 11
Electric Expenses................................................................................. 19
Miscellaneous Hydraulic Power Generation Expenses.................... 9
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ................... .................... 5
Maintenance of Structures .................................................................. 4
Maintenance of Reservoirs, Dams, and Waterways......................... 12
Maintenance of Electric Plant............................................................. 49
Maintenance of Miscellaneous Hydraulic Plant ................................ 8
Total, Exclusive of Pumping ................................ ............................ 235
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 235
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
4,062
480
3,100
100.00
0.1480
0.05
0.04
0.12
0.53
0.08
2.51
2.51
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Conventional
1952
•Out of service since October 19, 1979 due to collapse of penstock.
Trenton Falla
Trenton Falls,
NY
Oneida, NY
West Canada
Creek
1-3
23.6
104.0
50
29.0
27.7
23.0
NR
23.6
194
488
1,467
888
3,037
128
Milia/
$1,000 kWh
3 0.03
8 0.08
10 0.10
38 0.36
4 0.04
4 0.04
36 0.34
110 1.06
6 0.05
218 2.10
218 2.10
376
156
268.00
0.0576
Conventional
1901
Orange & Rockland
Utilities, Inc.
Grahamavllle
Grahamsville,
NY
Sullivan, NY
NY City Water
Suply
1-3
18.0
112.4
71
18.0
18.0
15.5
7,807
18.0
511
785
1,216
1,563
21
4,095
227
Mills/
$1,000 kWh
5 0.05
1,856 16.51
4 0.03
26 0.23
56 0.50
20 0.18
3 0.03
8 0.07
77 0.68
1 0.01
2,056 18.30
2,056 18.30
372
5,600
316,805
440.00
0.0441
1
Conventional
1956
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
RIO'
Monticello, NY
Sullivan, NY
Mohgaup
1-3
$1,000
37
2
18
31
9
73
6
10
186
186
10.0
313
1,465
98
1,875
Mills/
kWh
118
2,899
706
185.00
0.0899
Conventional
1927
63
1
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
•Component costs not reported.
Power Authority of
the State of N. 'I'.
Blenheim·
Gilboa
Scholarie, NY
Scholarie
Creek
1·3
1,000.0
(843.5)
1,027.0
1,148.0
1,026.0
8,760
1,000.0
$1,000
104
87
390
219
233
88
43
373
105
1,642
1,642
_,
Mills/
kWh
1,085.00
94
Pumped Storage
1973
Robert Moses•
Niagara Falls,
NY
Niagara, NY
Niagara
1-3
02216
912.0
7,215.0
90
919.0
912.0
800.0
8,760
2,190.0
223,7401
245
Mills/
$1,000 kWh
84 0.01
28
408 0.06
451 0.06
388 0.05
172 0.02
142 0.02
674 0.09
153 0.02
2,500 0.35
2,500 0.35
260,400
310.00
0.0423
216
Conventional
1961
Robert Moses
Massena, NY
ST. Lawrence
NY
St. Lawrence
1-3
02000
2,190.0
16,657.7
87
2,538.0
2,615.0
2,400.0
8,760
2,190.0
445,5181
203
Mills/
$1,000 kWh
152 0.01
574 0.03
505 0.03
488 0.03
645 0.04
168 O.D1
85 O.Q1
2,554 0.15
741 0.04
5,912 0.36
5,912 0.36
300,000
30,000
81.00
0.1770
254
Conventional
1958
•Lewiston Pumped Storage Plant and Robert Moses Plant at Niagara operate as one plant. Therefore, data shown include those related to Lewiston.
64
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Carolina Power &
Light Co.
Blewett
Lilesville, NC
111-21
02206
$1,000
18
24
6
120
59
17
95
537
145
21
1,042
1,042
24.6
131.7
61
29.0
27.0
25.0
8,760
24.6
501
493
2,053
916
3,963
161
Mills/
kWh
0.14
0.18
0.05
0.91
0.44
0.13
0.72
4.07
1.10
0.16
7.91
7.91
6,600
2,250
32,000
50.00
0.3410
17
Conventional
1911
L....
~-
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ........................................................................................ ..
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
l.icensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Carolina Power r.
Ught Co.
Tillery
Mt.Gilead, NC
Montgomery, NC
Yadkin
111·21
02206
Installed Generating Capacity (MW}..................................................... 84.0
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh)................................................................ 222.2
Plant Factor Based on Nameplate Rating (percent) .......................... 30
Net Peak Demand on Plant· 60 Minutes (MW).................................. 87.0
Net Plant Capability
Capability Under Most Favorable Operating COnditions (MW)........ 88.0
Capability Under Most Adverse Operating Conditions (MW)........... 86.0
Time COnnected to Load (hours).......................................................... 8,498
Planned Ultimate Capacity (MW) .......................................................... 84.0
Coat of Plant (thousand dollars)
Land and Land Rights............................................................................ 1,059
Structures and Improvements............................................................... 1,021
Reservoirs, Dams, and Waterways....................................................... 3,732
Equipment............................................................................................... 3,810
Roads, Railroads, and Bridges ............................................................ .
Total................................................................................................... 9,622
Cost per kW of Installed Capacity (dollars) ................................... 114
Production Expenses
Operating Expenses
Milia/
$1,000 kWh
Operation Supervision and Engineering............................................. 29 0.13
WaterforPower.................................................................................... 38 0.17
Hydraulic Expenses.............................................................................. 3 0.01
Electric Expenses................................................................................. 29 0.13
Miscellaneous Hydraulic Power Generation Expenses.................... 71 0.32
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 29 0.13
Maintenance of Structures.................................................................. 23 0.10
Maintenance of Reservoirs, Dams, and Waterways......................... 41 0.18
Maintenance of Electric Plant............................................................. 96 0.43
Maintenance of Miscellaneous Hydraulic Plant................................ 5 0.02
Total, Exclusive of Pumping............................................................ 364 1.64
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 364 1.64
Hydraulic Data
Drainage Area (squsre miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Emptoyees .......................................................... ..
Type of Operaticn .................................................................................. .
Initial Year of Operation ........................................................................ .
4,600
5,000
88,000
72.00
0.2040
11
COnventional
1928
Walters
Waterville, NC
Haywood,NC
Pigeon
111-21
00432
108.0
311.5
33
108.0
108.0
96.5
4,536
108.0
575
804
10,137
1,595
8
13,118
121
Milia I
$11000 kWh
43 0.14
34 0.11
105 0.34
65 0.21
47 0.15
45 0.14
3,688 11.84
92 0.29
29 0.09
4,148 13.31
4,148 13.31
470
340
20,250
861.00
0.0204
19
COnventional
1929
Duke Power Co.
Bridgewater
Morgantown. NC
Burke; NC
Catawba
111·21
02232
20.0
53.0
30
22.0
18.6
18.6
4,482
20.0
902
145
4,895
405
10
6,357
317
Mills/
$1,000 kWh
15 0.29
155 2.92
50 0.94
1 0.01
1 0.02
185 3.48
314 5.93
2 0.04
722 13.63
722 13.63
380
6,510
288,839
137.00
0.1260
11
Conventional
1919
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Cowans Ford
Mt. Holly, NC
Lincoln, NC
Catawba
111-21
02232
350.0
182.2
6
368.0
360.0
360.0
1,970
350.0
11,520
8,079
16,860
16,448
682
53,589
153
Mills/
____!!,000 kWh
2 O.o1
81 0.45
169 0.93
2 0.01
10 0.05
3 0.01
60 0.33
16 0.09
341 1.87
341 1.87
1,770
32,510
617,800
111.00
0.1230
15
Conventional
1963
65
.. ,
1980 Construction Cost and Production Expenses
Duke Power Co.
Name of Utility
Name of Plant.~"""·········· .................................. ._.................................. Lookout Shoals
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Oemsnd on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Catawba, NC
Iredell, NC
Catawba
111-21
02232
18.7
100.6
61
25.0
21.5
21.5
5,026
18.7
82
75
1,130
284
1,571
84
Mills/
$1,000 kWh
Electric Expenses................................................................................. 165 1.64
Miscellaneous Hydraulic Power Generation Expenses.................... 22 0.22
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ....................................... ........................... 1 0.01
Maintenance of Reservoirs, Dams, and Waterways......................... 18 0.18
Maintenance of Electric Plant............................................................. 23 0.23
Maintenance of Miscellaneous Hydraulic Plant ........................... ..... 4 0.04
Total, Exclusive of Pumping............................................................ 235 2.33
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 235 2.33
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
66
1,410
1,270
77.00
0.1890
9
Co11ventional
1915
Mountain
Island
Mt. Holly, NC
Gaston, NC
Catawba
111-21
02232
60.0
130.5
25
59.0
55.0
55.0
3,317
60.0
641
289
2,925
825
4,680
78
Milia/
$1,000 kWh
1
134 1.03
19 0.15
1 0.01
1 0.01
1
18 0.14
175 1.34
175 1.34
1,800
3,235
25,987
76.00
0.1810
8
Conventiol181
1923
Oxford
Conover, NC
Catawba. NC
Catawba
111-21
02232
36.0
116.2
37
40.0
37.4
37.4
4,962
36.0
1,209
140
2,135
481
3,964
110
Mills/
$1,000 kWh
2 0.01
158 1.36
15 0.13
1 0.01
6 0.05
24 0.20
2 0.02
206 1.78
206 1.78
1,250
4,110
52,291
90.00
0.1630
10
Conventional
1928
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Rhodhiss
Rhodhiss, NC
Caldwell, NC
Catawba
111-21
02232
25.5
70.1
31
31.0
27.3
27.3
4,082
25.5
523
164
1,222
583
2,492
97
Mills/
$1,000 kWh
150 2.14
18 0.26
O.Q1
3 0.04
257 3.67
4 0.06
434 6.19
434 6.19
1,050
3,515
39,417
59.00
0.2280
9
Conve111ional
1925
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ............................ .__. ...................................................... ..
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River .............................................................................. ····· ................ ········
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Nantahala Power &
Light Co.
Nantahala
Nantahala, NC
Macon, NC
Nantahala
111-21
lnslalled Generating Capacity (MW)..................................................... 43.2
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh)................................................................ 235.9
Plant Factor Based on Nameplate Rating (percent) .......................... 62
Net Peak Demand on Plant· 60 Minutes (MW).................................. 48.0
Net Plant Capability
Gapability Under Most Favorable Operating Conditions (MW)........ 46.0
Capability Under Most Adverse Operating Conditions (MW)........... 37.0
Time Connected to Load (hours).......................................................... 5,792
Planned Ultimate Capacity (MW).......................................................... 43.2
Cost of Plant (thousand dollars)
Land and Land Rights............................................................................ 398
Structures and Improvements............................................................... 430
Reservoirs, Dams, and Waterways....................................................... 6,244
Equipment............................................................................................... 692
Roads, Railroads, and Bridges............................................................. 177
Total................................................................................................... 9,941
Cost per kW of Installed Capacity (dollars) ................................... 230
Mills/
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
HydrauHc Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Fuii·Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
•Subsidiary of Aluminum Company of America.
'Supervisory control labor furnished from Cheoah plant as needed.
$1,000 kWh
25
63
163
9
13
14
18
56
3
364
364
0.11
0.27
0.69
0.04
0.05
0.06
0.06
0.24
O.Q1
1.54
1.54
108
1,605
126,002
1,006.00
0.0137
15
Conventional
1942
Thorpe
Glenville, NC
Jackson, NC
W.F.
111-21
21.6
90.3
48
23.0
23.2
21.6
4,184
21.6
352
649
4,665
562
31
6,479
299
Mills/
$1~kWh
21 0.23
39 0.43
114 1.26
12 0.13
13 0.14
15 0.16
28 0.31
20 0.22
3 0.04
264 2.92
264 2.92
37
1,462
67,096
1,207.00
0.0118
14
Conventional
1941
Tapoco Inc.•
Cheoah
Robbinsville,
NC
Graham, NC
Little
Tennessee
111·21
02169
110.0
550.0
57
114.0
114.0
114.0
6,477
110.0
60
1,362
5,054
2,467
66
9,049
62
Mills/
$1,000 kWh
56 0.10
13 0.02
228 0.42
105 0.19
14 0.02
120 0.22
17 0.03
122 0.22
31 0.06
706 1.28
706 1.28
1,606
595
1,765
189.00
0.0704
38
Conventional
1919
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Santeetlah
Robbinsville,
NC
Graham, NC
Cheoah
111-21
02169
·-
45.0
181.0
46
42.0
40.0
22.8
5,223
45.0
413
217
7,443
663
20
6,756
194
Mills/
$1,000 kWh
6 0.05
22 0.12
29 0.16
47 0.26
12 0.07
21 0.11
76 0.42
75 0.41
9 0.05
299 1.65
299 1.65
176
2,663
133,292
663.00
0.0224 ..
Conventional
1928
67
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ........................................................................................ .
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
•Supervisory control from Roanoke Rapids plant.
68
Tennessee Valley
Authority
Chatuge
Haynesville,
NC
Clay, NC
Hiwassee
111-20
10.0
41.4
47
12.0
12.0
4.0
8,760
10.0
510
1,332
1,842
184
$1,000
Mills/
kWh
8
24
15
4
2
15
18
1
86
86
189
6,950
222,200
123.00
0.1280
0.19
0.57
0.37
0.09
0.05
0.35
0.42
0.03
2.07
2.07
Conventional
1954
Fontana
Fontana, NC
Swain, NC
Little
Tennessee
111-20
$1,000
14
100
71
19
12
38
49
9
314
314
238.5
1,196.2
57
291.0
240.0
125.0
8,760
238.5
5,680
8,380
14,060
58
Mills/
kWh
0.01
0.08
0.06
0.02
0.01
0.03
0.04
0.01
0.26
0.26
1,571
10,670
1,136,200
430.00
0.0340
7
Conventional
1945
Hiwassee
Hiwassee Dam,
NC
Cherokee, NC
Hiwassee
111-20
117.1
391.4
38
145.0
135.0
60.0
8,760
117.1
2,574
6,422
8,996
76
Mills/
$1,000 kWh
32 0.08
77 0.20
84 0.21
9 0.02
9 0.02
45 0.11
65 0.17
15 0.04
337 0.86
337 0.86
968
6,120
352,500
246.00
0.0600
23
Conv/Pumped
Storage
1940
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Virginia Electric
& Power Co.
Gaston
Roanoke
Rapids, NC
Halifax, NC
Roanoke
111-18
02009
177.9
305.3
20
226.0
230.0
225.0
2,969
177.9
7,731
1,804
24,253
9,901
53
43,741
245
Mills/
$1,000 kWh
125 0.41
690 2.26
78 0.26
92 0.30
63 0.21
86 0.28
12 0.04
5 0.02
61 0.20
17 0.05
1,230 4.03
1,230 4.03
8,339
20,300
95,000
68.00
0.1940 _,
Conventional
1963
....._
1980 Construction Cost and Production Expenses
Name of Utility
Virginia Electric
& Power Co.
Name of Plant ••••••••••• ~............................................................................. Roanoke Rapids
Post Office ................................................................................................ .
Location ol Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Ucensed Project No ................................................................................ .
General Operating Cflaracterlstlcs .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Roanoke
Rapids, NC
Halifax, NC
Roanoke
111-21
02009
100.1
293.0
33
100.0
104.0
100.0
8,760
100.1
1,483
1,967
20,602
6,516
68
30,617
305
$1,000
Mills/
kWh
113
109
10
89
52
100
32
26
546
50
1,127
0.38
0.37
0.03
0.30
0.18
0.34
0.11
0.09
1.86
0.17
3.84
Total Production Expenses..................................................................... 1,127 3.84
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Unattended
8,395
4,900
25,100
76.00
0.1700
28
Conventional
1955
Yadkin Inc.
High Rock
Lexington, NC
Davidson, NC
Yadkin
111-21
02197
$1,000
6
113
226
16
65
35
9
59
528
528
33.0
150.9
52
35.7
37.0
12.0
6,157
33.0
3,034
97
2,068
1,123
6
6,328
191
Mills/
kWh
0.04
0.75
1.50
0.11
0.43
0.23
0.06
0.39
3.50
3.50
3,980
15,180
234,866
61.00
0.2540
10
Conventional
1927
Tuckertown
Badin, NC
Stanley, NC
Yadkin
111-21
02197
42.0
101.9
28
39.9
42.0
38.0
6,156
42.0
2,693
255
5,023
3,618
29
11,617
276
Mills/
$1,000 kWh
11 0.11
12 0.12
65 0.63
37 0.36
11 0.11
27 0.26
162 1.00
162 1.00
4,080
2,560
6,744
55.00
0.2473 _,
Conventional
1962
Hydroelectric Plant Construction Cost and Annual Production E.~tpenses -1980
Energy Information Administration
Vadkln Falls
Troy, NC
Stanley, NC
Yadkin
111-21
02197
29.5
145.7
56
30.5
30.3
22.0
6,189
29.5
14
133
1,337
2,160
1
3,646
123
Mills/
$1,000 kWh
8 0.05
13 0.09
64 0.44
36 0.25
50 0.35
25 0.17
197 1.35
197 1.35
4,190
204
1,824
54.00
0.2750
·'
Conventional
1919
69
I
1980 Construction Cost and Production Expenses
Yadkln Inc.
Name of Utility
Name of Plant. •.•.•.•••••••••.•.....••..•••••••.•.•..•.••.••••• ---··-··············· ... •••·•••••••• Yadkln Narrows
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
licensed Project No ................................................................................ .
General Operating Characterlatlcs ..................................... ---.. --.. -
lnstalled Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ ,
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ...................................................................... ..
•unattended
70
Albemarle, NC
Montgomery, NC
Yadkin
111-21
02197
96.5
519.2
61
109.0
105.0
78.0
6,182
96.5
1,032
289
5,499
3,753
111
10,682
110
Mills/
$1,000 _ _.::k:..::W:..::hc..
6 O.Q1
31 0.06
16 O.Q3
64 0.12
eo 0.15
13 0.03
39 0.08
248 0.48
248 0.48
4,180
5,355
128,937
177.00
0.0790
_1
Conventional
1917
Grand River Dam
Authority
Kerr (Markham)
Locust Grove,
OK
Mayes, OK
Grand (Neosho)
V-23
02183
$1,000
37
37
155
30
10
23
12
82
22
407
407
120.0
96.9
9
121.0
113.9
113.9
1,025
120.0
9,238
3,006
7,717
5,799
173
25,933
216
Mills/
kWh
0.39
0.38
1.60
0.31
0.11
0.23
0.12
0.84
0.23
4.20
4.20
11,660
10,000
50.00
0.0270
19
Conventional
1964
Pensacola
langley, OK
Mayes, OK
Grand (Neosho)
V-33
01494
$1,000
7
131
212
77
13
40
67
98
25
671
671
86.9
198.2
26
100.0
84.5
84.5
2,234
86.9
3,181
565
6,156
2,750
111
12,764
146
Milia/
kWh
0.04
0.66
1.07
0.39
0.07
0.20
0.34
0.50
0.13
3.39
3.39
10,298
46,295
1,191,000
120.00
0.1180
23
Conventional
1952
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Salina
Arm ol l.
Hudson, OK
Mayes, OK
V-33
02524
259.2
204.5
9
275.0
260.0
260.0
911
259.2
189
2,921
12,145
13,498
1,128
29,880
115
Mills/
$1,000 kWh
4 0.02
6,210 30.36
3 0.02
31 0.15
32 0.16
6 0.03
19 0.09
2 O.Q1
151 0.74
21 0.10
6,478 31.67
6,478 31.67
731
11,700
246.00
0.0017
11
Conventional
1971
1980 Construction Cost and Production Expenses
Name of utiUty
Eugene Water 6
Electric
Name of Plant ........ ""............................................................................... Carmen-Smith
Post Office ................................................................................................ .
Location of Plant (County and State) ..........•................•......................•..
River ................................................................•..........................................
Region and Power Supply Area ............................•.................................
Mckenzie
Bridge, OR
Linn, OR
Mckenzie
Vll-45
Ucensed Project No .........•................•...............................•..................•...
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ......................•.........................................
Ptant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes {MW) .•................................
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions {MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges .........................................................•...
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
02242
80.0
194.9
28
101.6
101.6
101.6
5,032
80.0
284
2,548
23,133
6,053
345
32.363
404
$11000
Mills/
kWh
Production Expenaaa
Operating Expenses
Operation Supervision and Engineering............................................. 42
Water for Power.................................................................................... 124
Hydraulic Expenses.............................................................................. 19
Electric Expenses................................................................................. 85
Miscellaneous Hydraulic Power Generation Expenses.................... 22
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 10
Maintenance of Structures . ................... ......... .... ........... ..... . .. ........... ... 30
Maintenance of Reservoirs, Dams, and Waterways......................... 34
Maintenance of Electric Plant ............. :............................................... 137
Maintenance of Miscellaneous Hydraulic Plant ................................ 60
Total, Exclusive of Pumping............................................................ 564'
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) ............... .
564
161
170
12,000
527.00
0.0270
0.21
0.64
0.10
0.44
0.12
0.05
0.15
0.18
0.70
0.31
2.40
2.40
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
5
Conventional
1963
'Expenses of Trail Bridge plant are included with the various expenses of this plant
•Expenses are included with the various expenses of Carmen-Smith plant
Leaburg
Eugene, OR
Linn, OR
Mckenzie
Vll-45
02242
$1,000
15
23
87
70
11
7
10
32
25
48
327
327
13.5
100.4
85
12.4
14.8
14.4
7,544
13.5
175
298
2,057
684
3,214
238
Mills/
kWh
1,000
0.15
0.22
0.87
0.70
0.11
0.07
0.10
0.32
0.25
0.48
3.26
3.26
90.00
0.1610
8
Conventional
1929
Trail Bridge
Mckem~ie
Bridge, OR
Linn, OR
Mckenzie
Vll-45
$1,000
..
02242
10.0
39.5
45
5.1
12.0
5.1
8,752
10.0
Mille/
kWh
184
73
2,113
78.00
0.1930
Conventional
1963
Hydroelectric Plant Construction Cost and Annual Productlo'n Expenses -1980
Energy Information Administration
Idaho Power Co
Hells Canyon
Homestead, OR
Wallowa, OR
Snake
Vll-41
01971
391.5
2,280.4
$1,000
12
57
72
49
27
5
13
4
84
10
333
333
66
440.0
450.0
168.3
8,760
391.5
1,136
2,267
51,508
10,917
65,827
168
Mills/
kWh
O.ot
0.02
0.03
0.02
0.01
0.01
0.04
0.15
0.15
73,300
2,430
11,800
210.00
0.0640
6
Conventional
1967
71
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ........................................................................... : ..
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
'Assumes normal pond elevation.
•Includes employees from all project 1927 plants.
72
Idaho Power Co
Oxbow
Homestead, OR
Baker, OR
Snake
Vll-41
01971
190.0
1,106.1
66
220.0
220.0
220.0
8,760
190.0
198
7,391
29,797
10,818
10
48,213
253
Mills/
$1,000 kWh
15
33
168
47
9
7
62
7
39
27
415
415
72,800
1,150
5,000
120.00
0.1300
0.01
0.03
0.15
0.04
0.01
0.01
0.06
0.01
0.04
0.02
0.38
0.38
6
Conventional
1961
Pacific Power &
Light Co.
Clearwater No. Clearwater No.
1 2
Toketee Falls, Toketee Falls,
OR OR
Douglas, OR Douglas, OR
Clearwater Clearwater
Vll-45 Vll-45
01927 01927
15.0 26.0
53.9 50.0
41 22
12.0 21.0
12.0 26.0
12.0' 26.0
8,664 7,522
15.0 26.0
-'
476 643
3,194 5,570
834 1,069
130
4,504 7,411
300 285
Mills/ Mills/
$1,000 kWh $1,000 kWh
3 0.06 3 0.05
4 0.07 7 0.13
8 0.16 11 0.22
2 0.04 2 0.04
20 0.36 14 0.29
1 0.03 1 0.03
2 0.03 7 0.15
2 0.04
2 0.03 109 2.19
7 0.14 19 0.38
2 0.03
52 0.96 176 3.51
52 0.96 176 3.51
42 55
17 9
154 96
651.00 760.00
0.0200 0.0180
40'
Conventional Conventional
1953 1953
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Fish Creek
Toketee Falls,
OR
Douglas, OR
Fish Creek
Vll-45
01927
...
11.0
66.6
69
12.0
12.0
12.0
7,298
11.0
445
3,017
547
219
4,227
384
Mills/
$1,000 kWh
3 0.04
3 0.04
13 0.19
5 0.07
7 0.11
1 0.02
2 0.03
25 0.38
5 0.08
2 0.03
66 1.00
66 1.00
65
9
75
1,032.00
0.0126
Conventional
1952
1
lilllllllll.
1980 Construction Cost and Production Expenses
Name of Utility
Pacific Power &
Light Co.
Name of Plant.......................................................................................... John C Boyle
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Ucensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Covers all Project 1927 plants as they are operated as a group.
•Assumes normal pond elevation.
•Includes all prospect plants as they are operated as a group.
Keno, OR
Klamath, OR
Klamath
Vll-45
02082
80.0
312.7
45
82.0
82.0
82.0
6,791
80.0
29
953
7,699
3,041
378
12,099
151
Mills/
$1,000 kWh
30
20
12
156
17
2
16
1
20
26
27
327
327
3,920
450
2,000
463.00
0.0300
0.10
0.06
0.04
0.50
0.06
0.01
0.05
0.06
0.08
0.09
1.05
1.05
6
Conventional
1958
Lemolo No.1 Lemolo No.2
Toketee Falls,
Medford, OR OR
Douglas, OR Douglas, OR
North Umpqua North Umpqua
Vll-45 Vll-45
01927 01927
29.0 33.0
136.1 176.8
54 61
28.0 35.0
28.0 35.0
28.0 35.0
8,298 6,807
29.0 33.0
624 579
6,980 9,841
1,683 1,525
376 678
9,663 12,622
333 382
Mills/ Mills/
$1,000 kWh $1,000 kWh
6 0.05 5 0.03
7 0.05 B 0.05
22 0.16 26 0.15
24 0.18 3 0.02
6 0.05 17 0.09
5 0.04 4 0.02
2 0.02 7 0.04
2 0.02 1 0.01
5 0.04 225 1.28
23 0.17 12 0.07
2 O.o1 7 0.04
106 0.78 315 1.78
106 0.78 315 1.78
179 258
415 23
12,520 235
756.00 728.00
0.0180 O.o1B5
-'
Conventional Conventional
1955 1956
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Prospect No. 2
Prospect, OR
Jackson, OR
North Fork
Rogue
Vll-45
32.0
250.3
89
36.0
36.0
36.0•
8,738
32.0
99
426
2,772
673
77
4,048
126
Mills/
$1,000 kWh
39 0.16
9 0.04
32 0.13
181 0.72
10 0.04
20 0.08
13 0.05
48 0.19
48 0.19
11 0.04
411 1.64
411 1.64
SOB
20
100
607.00
0.0235
10•
Conventional
1928
73
-"-;:::~-__ ,
J
1980 Construction Cost and Production Expenses
Pacific Power &
Name of Utility Light Co.
Post Office ................................................................................................ .
Location of Plant {County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
Toketee Falls,
OR
Douglas, OR
North Umpqua
Vll-45
01927
General Operating Cherecterlatlcs ••••• _ .. ,_, ............... -•. ·-·····-.......... .
Installed Generating Capacity (MW)..................................................... 18.0
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh)................................................................ 92.3
Plant Factor Based on Nameplate Rating (percent) .......................... 59
Net Peak Demand on Plant-60 Minutes (MW).................................. 17.0
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW)........ 17.0
Capability Under Most Adverse Operating Conditions (MW)........... 17.0
nme Connected to Load (hours).......................................................... 8,676
Planned Ultimate Capacity (MW) .......................................................... 18.0
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements............................................................... 403
Reservoirs, Dams, and Waterways....................................................... 3,522
Equipment............................................................................................... 778
Roads, Railroads, and Bridges ............................................................. 4
Total................................................................................................... 4, 706
Cost per kW of Installed Capacity (dollars) ................................... 261
Mlll8/
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ......................................................... ...
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feat) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
>Covers all Project 1927 plants as they are operated as a group.
74
$1,000 kWh
2
5
7
11
3
1
6
1
36
36
337
102
1,420
179.00
0.0633
0.03
0.05
0.07
0.12
0.03
O.ot
O.ot
0.07
O.ot
0.39
0.39
Conventional
1951
Soda Sprfnga
Toketee Falls,
OR
Douglas, OR
North Umpqua
Vll-45
01927
11.0
65.2
68
11.5
11.5
11.5
8,651
11.0
712
2,987
748
4,447
404
MIHal
$1,000 kWh
3 0.04
3 0.04
7 0.11
14 0.22
3 0.04
2 0.02
0.02
2 0.03
9 0.14
44 0.67
44 0.67
420
22
710
114.00
0.1320
Conventional
1952
Toketee
Toketee Falls,
OR
Douglas, OR
North Umpqua
Vll-45
01927
42.5
214.7
58
42.0
42.0
42.0
8,760
42.5
591
5,198
1,651
58
7,497
176
MUla/
$1,000 kWh
3 0.01
11 0.05
4 0.02
8 0.04
18 0.08
3 0.01
2 0.01
2 O.ot
27 0.12
77 0.36
77 0.36
337
102
1,420
446.00
0.0325
,1
Conventional
1950
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Portland General
Electric Co.
Bull Run
Sandy, OR
Clackamas, OR
Bull Run
Vll-44
21.0
101.9
55
20.0
22.0
21.0
8,067
21.0
25
794
3,575
700
178
5,273
251
MIHal
$1,000 kWh
21 0.21
114 1.12
98 0.96
238 2.33
37 0.35
42 0.42
7 0.07
131 1.29
83 0.81
25 0.25
796 7.81
796 7.81
285
160
970
326.00
0.0510
21
Conventional
1912
1
I
j
1
j
i
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ........•.......•.........................................................................
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics ..•..................................................
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Portland General
Electric Co.
Faraday
Estacada, OR
Clackamas, OR
Clackamas
Vll-44
02195
34.5
167.3
55
44.0
44.0
38.7
8,760
34.5
40
1,293
8,039
2,765
374
12,512
362
$1,000
Mills/
kWh
7
12
40
159
36
8
8
110
96
20
497
497
665
70
550
130.00
0.1200
0.04
0.07
0.24
0.95
0.21
0.05
0.05
0.66
0.58
0.12
2.97
2.97
30
Conventional
1907
North Fork
Estacada, OR
Clackamas, OR
Clackamas
Vll-44
02195
$1,000
7
12
294
75
9
1
19
1
1
18
38
474
474
38.4
189.0
56
54.0
54.0
43.0
8,760
38.4
377
1,631
14,147
2,973
99
19,227
500
Mills/
kWh
0.04
0.07
1.56
0.39
0.05
0.01
0.10
0.09
0.20
2.51
2.51
665
375
5,994
132.00
0.1050
-· Conventional
1958
Oak Grove
Three Links,
OR
Clackamas, OR
Clackamas
Vll-44
00135
$1,000
22
17
116
245
36
2
50
25
4
23
33
573
573
51.0
223.1
50
43.0
49.0
49.0
8,757
51.0
9
1,381
10,783
1,295
2,455
15,923
312
Mills/
kWh
131
22
130
0.10
0.08
0.52
1.10
0.16
0.01
0.22
0.11
0.02
0.10
0.15
2.57
2.57
878.00
0.0160
20
Conventional
1924
Pelton
Madras, OR
Jefferson, OR
Deschutes
Vll-44
02030
$1,000
12
29
194
172
54
412
21
8
1
51
79
1,031
1,031
108.0
421.3
45
120.0
124.0
108.0
7,909
108.0
231
2,809
11,868
5,304
648
20,860
193
Mills/
kWh
0.03
0.07
0.46
0.41
0.13
0.98
0.05
0.02
0.12
0.19
2.45
2.45
7,800
542
4,100
151.00
0.0960
29
Conventional
1957
'The River Mill, Sullivan, and North Fork plants are supervised from Faraday. The Round Butte plant is designed to be supervised at Pelton, and employees are shifted between plants as
necessary.
Hydroelectric Plant Construction Cost and Annual Production EJlpenses-1980
Energy Information Administration
75
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ............................ ._ •• ._ .................................................... ..
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
General Operating Characteristics._ ................................................. .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Darns, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year ol Operation ........................................................................ .
Portland General
Electric Co.
River Mill
(Sta. M)
Estacada, OR
Clackamas, OR
Clackamas
Vll-44
02195
19.0
97.7
59
23.0
23.0
20.0
8,760
19.0
18
624
3,251
1,038
28
4,958
260
$1,000
Mills/
kWh
3
7
48
120
6
4
12
41
24
5
271
271
677
100
770
32.00
0.2000
0.04
0.08
0.49
1.23
0.07
0.04
0.12
0.42
0.25
0.06
2.77
2.77
Conventional
1911
Round Butte
Madras, OR
Jefferson, OR
Deschutes
Vll-44
02030
$1,000
12
74
51
163
47
1,445
24
19
3
78
47
1,961
1,961
247.0
967.6
45
300.0
330.0
210.0
8,005
247.1
3,349
5,187
38,670
9,077
912
57,195
231
Mills/
kWh
O.D1
0.08
0.05
0.17
0.05
1.49
0.02
0.02
0.08
0.05
2.03
2.03
7,600
3,997
274,225
369.00
0.0440
·'
Conventional
1964
T.W. Sullivan•
West Linn, OR
Clackamas, OR
Williamette
Vll-44
02233
$1,000
3
20
82
23
4
6
22
50
5
217
217
15.4
102.9
76
16.0
15.0
9.0
7,297
15.4
631
766
2,988
2,235
6,621
429
Mills/
kWh
0.03
0.19
0.79
0.22
0.04
0.06
0.22
0.49
0.05
2.10
2.10
10,100
2,304
40.00
0.3630
.1
Conventional
1924
Pennsylvania
Electric Co.
Piney
Clarion, PA
Clarion, PA
Clarion
1-5
00309
36
28
262
184
10
15
5
33
31
603
603
28.8
71.7
28
30.0
28.8
27.0
2,831
28.8
663
1,184
2,932
1,064
43
5,886
204
8.41
980
690
12,950
83.00
0.2080
~~,. 1:
·;;:~~Mill, Sullivan, and North Fork plants are supervised from Faraday. The Round Butte plant is designed to be supervised at Pelton, and employees are shifted between plants as ! ... ··'··.·
•Jointly licensed with Crow Zellerbach Corporation and Publishers Paper Company. :
76
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
il
'1'
1980 Construction Cost and Production Expenses
Pennsylvania
Name of UtiHty Electric Co.
Name of Plant ................................. ._...................................................... Seneca•
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating CharacterlsUcs ................................................... ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peek Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenees
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and WateJways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Kinzua, PA
Warren, PA
Allegheny
11·7
02280
422.4
820.2
576.9
16
447.0
381.0
3,678
422.4
7,502
31,627
16,129
6,199
65,456
154
Mills/
$1,000 kWh
64
259
198
125
76
4
52
16
261
542
11
1,609
0.11
0.45
0.34
0.22
0.13
0.01
0.09
0.03
0.45
0.94
0.02
2.79
Cost of Pumping Energy .......................................................................... 21 ,340•
Total Production Expenses ..................................................................... 22,949 39.78
HydrauHc Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
lnttial Year of Operation ........................................................................ .
110
6,394
813.00
0.7350
-· Conv/Pumped
Storage
1970
Pennsylvania Power
& UghtCo.
Holtwood Wallen paupack
Hawley, PA
Holtwood, PA Pike, PA
Susquehanna Wallenpaupack
River Creek
1-5 1·5
01661 00487
108.2 40.0
470.5 63.0
50 18
106.0 45.0
102.0 44.0
102.0 44.0
5,664 1,625
108.2 40.0
2,091 2,533
2,005 1,776
7,409 6,773
7,580 1,933
92 174
19,176 15,191
177 379
Mils/ Mila/
$1,000 kWh $1,000 kWh
216 0.46 22 0.36
7 0.02 2 0.03
286 0.61 163 2.58
440 0.94 21 0.34
354 0.75 30 0.47
2
30 0.06
177 0.36 16 0.25
444 0.94 134 2.13
276 0.59 54 0.66
226 0.48 132 2.09
2,461 5.23 574 9.12
2,461 5.23 574 9.12
26,794 227
2,500 5,800
19,000 157,600
51.00 370.00
0.3250 0.0430
Conventional
1910 1926
•Jointly owned by the Cleveland Eleclric Illuminating Company (80%) and Pennsylvania Electric Company (20%). The data shown are for 100 percent of the plant.
'Pumping expenses represent hourly product o1 pumping energy and the marginal or incremental costs of PJM Interconnection for supplying such energy.
•included in Warren station.
•Unattended plant designed to be operated by remota control by supervisory personnel of Conowingo Hydro plant.
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Philadelphia
Electric Co.
Muddy Run
Drumers, PA
Lancaster, PA
Susquehanna
1·5
02355
600.0
1,525.7
1,049.6
15
694.0
880.0
2,646
600.0
1,421
14,.288
34,279
31,016
998
62,001
102
Mills/
$1,000 kWh
195 0.19
156 0.15
563 0.54
131 0.13
154 0.15
82 0.06
101 0.10
73 0.07
1,149 1.09
109 0.10
2,715 2.59
36,035
38,750 36.92
8,563
70,737
361.00
0.3280
-·
Pumped Storage
1967
77
l
1980 Construction Cost and Production Expenses
Safe Harbor Water
Name of Utility Power Corp.
Name of Plant.......................................................................................... Safe Harbor
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ................................................................................ .
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
•Leased from Greenwood County, S.C.
78
Safe Harbor,
PA
Lancaster, PA
Susquehanna
1-5
01025
230.0
654.1
32
236.0
231.0
150.0
8,760
230.0
3,276
9,226
8,773
10,736
156
32,168
139
$1,000
Mills/
kWh
175 0.27
223 0.34
383 0.59
725 1.11
93 0.14
325 0.50
366 0.56
244 0.37
78 0.12
2,612 3.99
2,612 3.99
55.00
102
Conventional
1931
Duke Power Co.
Buzzard Roost
Chappels, SC
111-21
$1,000
42
61
89
47
250
25
8
10
76
27
635
635
15.0
52.9
40
18.0
13.2
13.2
4,099
15.0
.I
Mills/
kWh
0.79
1.16
1.69
0.88
4.73
0.46
0.15
0.19
1.44
0.52
12.01
12.01
1,150
11,400
174,000
55.00
0.2380
14
Conventional
1971
Cedar Creek
Heath Springs,
sc
Lancaster, SC
Catawba
111-21
$1,000
5
149
15
1
11
17
3
200
200
45.0
150.0
38
43.0
39.5
39.5
5,160
45.0
251
1,084
776
2,111
46
Mills/
kWh
0.03
0.99
0.10
0.07
0.11
0.02
1.33
4,470
BOO
1.33
57.00
0.2500
9
Conventional
1926
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Dearborn
Great Falls,
sc
Chester, SC
Catawba
111-21
$1,000
22
149
18
20
35
7
250
250
45.0
162.7
41
49.0
35.6
35.6
5,419
45.0
150
807
534
1,491
33
Mills/
kWh
4,185
450
0.13
0.92
0.11
0.12
0.21
0.05
1.54
1.54
69.00
0.1950
8
Conventional
1923
1980 Construction Cost and Production Expenses
Duke Power Co.
Name of Utility
Name of Plant.·-···········-···········---··· .. ····----······ .. •• .. ·--···················-· Ashing Creek
Post OffiCe .•..••..........•••............•..............•............••..•...................••..........•.
Location of Plant (COunty and State) .................................................... .
R~ ...........•.•.......................•...•..........•.•..................•................•...•............
Region and Power Supply Area ...•............•............•............................•...
Licensed Project No ............................................................................... ..
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coel of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Great Falls, sc
Chester, SC
Catawba
111-21
02232
36.7
178.4
56
50.0
42.2
42.2
5,846
36.7
270
200
1,962
648
3,081
$1!000
83
Milia/
kWh
Hydraulic Expenses.............................................................................. 4 0.02
0.88
0.12
Electric Expenses................................................................................. 1 58
Miscellaneous Hydraulic Power Generation Expenses.................... 21
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures.................................................................. 2
Maintenance of Reservoirs, Dams. and Waterways......................... 53
Maintenance of Electric Plant .. ... ................... ............. ... .... ................. 23
Maintenance of Miscellaneous Hydraulic Plant................................ 17
Total, Exclusive of Pumping............................................................ 278
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .............. ................. .................. .................... 278
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
3,885
3,370
37.422
58.00
0.2510
Average Number of Employees .......................................................... .. 9
0.01
0.30
0.13
0.09
1.56
1.56
Type ol Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
Conventional
1916
Great Falla
Great Falls, sc
Chester, SC
Catawba
111-21
02232
$1,000
11
60
15
4
6
193
6
296
296
24.0
43.2
21
22.0
24.8
24.8
3,542
24.0
5
288
886
604
1,784
74
Mills/
kWh
4,185
450
0.26
1.40
0.34
0.09
0.14
4.48
0.15
6.86
6.86
71.00
0.2200
5
Conventional
1907
Jocaaeee
Salem, SC
Pickens, SC
Keowee
111·21
02503
610.0
896.3
743.8
14
847.0
NR
2,926
610.0
4,749
14,872
49,077
34,330
416
103,444
169
Milia/
$1,000 kWh
46 0.06
3
169 0.23
236 0.32
4
28 0.04
89 0.12
415 0.56
16 0.02
1,007 1.35
1,007 1.35
310
16
Conv/Pumped
Storage
1973
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Keowee
Pickens, SC
Pickens, SC
Keowee
111-21
02503
140.0
95.8
a
183.0
140.0
140.0
942
140.0
21,240
6.456
16,916
11,177
55,789
398
Milia/
___!!.000 kWh
21 0.22
40 0.42
10 0.10
4 0.04
1 0.01
5 0.05
36 0.38
78 0.81
14 0.15
209 2.18
209 2.18
439
18,372
391,679
128.00
0.1088
12
Conventional
1971
79
1980 Construction Cost and Production Expenses
Duke Power Co.
Name or Utility
Name of Plant.......................................................................................... Rocky Creek
Post Office ................................................................................................ .
Location or Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characterlatics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ................... : .................................... ..
=~dPI~:(~~~:fn~cZ.I~r:r ........................................................ ..
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power .................................................................................. ..
Heath Springs,
sc
Fairfield, SC
Catawba
111-21
02232
28.0
33.3
14
27.0
27.0
27.0
2,197
28.0
29
276
843
1,092
2,240
80
Mills/
$1,000 kWh
Hydraulic Expenses.............................................................................. 16 0.49
Electric Expenses................................................................................. 62 1.87
Miscellaneous Hydraulic Power Generation Expenses.................... 18 0.54
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures .. ......... .... .. ..... ................ ............................ 4 0.1 3
Maintenance of Reservoirs, Dams, and Waterways......................... 19 0.58
Maintenance of Electric Plant............................................................. 11 0.33
Maintenance of Miscellaneous Hydraulic Plant ................................ 9 0.26
Total, Exclusive of Pumping............................................................ 140 4.20
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 140 4.20
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full· Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
80
4,360
800
66.00
0.2630
4
Conventional
1909
Wateree
Ridgeway, SC
Kershaw, SC
Catawba
111·21
02232
56.0
266.9
54
84.0
71.5
71.5
5,255
66.0
472
438
2,601
1,127
4,639
82
Mills/
$1,000 kWh
13 0.05
174 0.65
34 0:13
1
1
61 0.23
36 0.13
6 0.02
326 1.22
326 1.22
5,000
13,710
175,060
77.00
0.1910
11
Conventional
1919
Wylie
Fort Mills, SC
York, SC
Catawba
111-21
02232
60.0
165.1
31
61.0
54.0
54.0
8,748
60.0
2,291
395
3,382
97.7
7,045
117
Mills/
$1,000 kWh
34 0.21
205 1.24
35 0.21
151 0.92
31 0.19
49 0.30
9 0.06
515 3.12
515 3.12
3,080
12,455
150,195
68.00
0.2250
13
Conventional
1925
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
991alanda
Blacksburg, SC
Cherokee, SC
Broad
111-21
02231
18.0
69.6
44
20.0
19.0
9.8
8,760
18.0
142
97
1,665
482
2,286
127
Milts/
$1,000 kWh
22 0.32
170 2.44
31 0.44
5 0.07
5 0.07
46 0.66
3 0.04
281 4.04
281 4.04
1,550
885
4,127
682.00
0.2880
12
Conventional
1910
1980 Construction Cost and Production Expenses
Name of UtRity
Nama of Plant ............................... '" ...................................................... ..
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
Genaral Operating Characterlatlce ................................................... ..
Installed Generating Capacity (MW} .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected 1o Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways. .................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenaas
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance ExPenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondege from Maximum Draw-Down (acre-feat) ........... .
Gross Head • Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feat per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
Lockhart Electric
Power & Gaa Co.
Lockhart
Lockhart, SC
Union,SC
Broad
111-21
12.3
85.2
79
15.1
NR
NR
8,760
12.3
327
73
1,753
711
6
2,869
233
$1,000
Milia/
kWh
20 0.24
17 0.21
111 1.31
13 0.15 .
13 0.15
6 0.07
36 0.42
35 0.42
4 0.05
255 3.00
255 3.00
21
Conventional
1921
South Carolina
Electric & Qaa Co
Columbia
Columbia, SC
Richland, SC
Broad
111-21
01895
$1!000
18
19
93
19
12
4
23
58
7
252
252
10.8
50.6
54
9.0
NR
NR
8,653
10.6
63
103
969
558
1,713
161
Milia/
kWh
5,230
265
0.36
0.37
1.83
0.38
0.25
0.09
0.45
1.12
0.14
4.98
4.98
32.00
0.5500
9
Conventional
1953
Fairfield
Parr Shoals, sc
Fairfield, sc
Broad
111-21
01894
511.2
(636.6)
595.9
13
519.0
NR
3,887
511.2
24,044
34,578
82,178
57,793
1,312
199,906
391
$1!000
95
299
191
93
100
21
163
514
40
1,515
1,515
Mills/
kWh
0.16
0.50
0.32
0.16
0.17
0.04
0.27
0.86
O.o7
2.54
2.54
169.00
28
Pumped Storage
1978
...J1 Hydroelectric Plane Construction Cost and Annual Production Expenses-1980
Energy InformaCion Administration
Parr
Parr, SC
111-21
01894 --
14.8
91.1
70
17.0
NR
NR
8,542
14.9
526
1,216
1,538
709
22
4,011
271
Milia/
$11000 kWh
19 0.21 .
11 0.12
65 0.72
18 0.20
12 0.13
3 0.03
20 0.22
52 0.58
4 0.04
205 2.24
205 2.24
4,550
2,925
35.00
0.4200
3
Conventional
1914
81
l
1980 Construction Cost and Production Expenses
South Carolina
Name of Utlllty Electric & Gas Co
Name of Plant ................................................................................. _....... Saluda
Post Office ................................................................................................ . Irma, SC
Location of Plant (County and State)..................................................... Lexington, SC
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characterlatlca .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Gapability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) ................................. ..
82
Saluda
111·21
00516
197.5
252.4
15
211.0
NR
NR
6,018
197.5
5,126
3,071
14,773
5,820
153
28,943
146
$1,000
Mills/
kWh
Stevena Creek
Martinez, GA
Edgefield, SC
Savannah
111-21
02535
18.9
85.8
52
17.0
NR
NR
8,760
18.9
456
251
1,393
1,035
3,136
165
Mills/
$1,000 kWh
19 0.22
75 0.87
78 0.91
46 0.54
11 0.13
15 0.18
2 0.02
10 0.12
78 0.91
8 0.09
343 4.00
343 4.00
7,260
4,300
29.00
0.5600
11
Conventional
1913
South Carolina
Public Serv Auth
Jeffries
Moncks Corner sc
Santee Cooper
River
111-21
00199
132.6
813.8
70
131.0
NR
NR
8,760
132.6
8,523
3,779
39,934
16,304
57
68,596
517
Mills/
___!h_I!()O kWh
92 0.11
503 0.62
205 0.25
20 0.02
367 0.45
105 0.13
448 0.55
76 0.09
89 0.11
1,904 2.34
1,904 2.34
15,000
60,000
650,000
70.00
0.0021
3
Conventional
1942
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Tapoco Inc.
CalderwOOd
Calderwood, TN
Blount, TN
Little
Tennessee
111·20
121.5
635.6
60
118.0
121.0
116.0
6,387
121.5
55
956
5,292
1,832
46
8,182
67
Mills/
_$1,000 kWh
67 0.11
9 0.01
198 0,31
72 0.11
1980 Construction Cost and Production Expenses
Name of Utllty
Nama or Plant ......................................................................................... .
Post Office ................................................................................................ .
location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
licensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plsnt (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ............................................................................... ..
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents. .................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses .................................................................... .
Hydraulic Data
1 j Drainage Area (square miles) ............................................................... .
I
I , Area of Pond at Normal Fuii·P~md Level (acres) ............................... .
. Storage or Pondage from Max1mum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus T ailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
I. Average Number of Employees ........................................................... .
~=I ~e~~~~~~:~~ii;;~:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
•Labor lurnished from Calderwood plant.
I
Tapoco Inc,
Chllowee
Tallahassee,
TN
Blount, TN
Little
Tennessee
111-20
50.0
193.4
44
53.0
55.0
55.0
8,760
.50.0
2,234
418
5,336
3,578
33
11,599
231
Mills/
$1,000 kWh
16 0.08
7 0.04
52 0.27
30 0.15
20 0.10
3 0.01
9 0.05
67 0.35
7 0.04
210 1.09
210 1.09
1,977
1,747
6,805
62.00
0.2190
.1
Conventional
1957
Tennessee Valley
Authority
Apalachla
Farmer, TN
Polk, TN
Miwasee
111·20
83.0
618.4
85
78.0
80.0
70.0
8,760
83.0
847
1,312
17,149
3,198
372
22,878
275
Milia/
$1,000 kWh
32 0.05
1
72 0.12
28 0.05
7 0.01
9 0.01
4 0.01
47 0.08
6 0.01
206 0.33
206 0.33
1,018
1,123
35,800
440.00
0.0360
1
Conventional
1943
Boone
Elizabethtown,
TN
Sullivan, TN
S.F. Holston
111-20
75.0
192.7
29
109.0
90.0
42.0
8,760
75.0
3,583
6,460
10,043
133
Mills/
$1,000 kWh
8 0.04
142 0.73
89 0.46
17 0.09
17 0.09
4 0.02
75 0.39
7 0.03
358 1.86
358 1.86
1,840
4,520
136,900
119.00
0.2100
7
Conventional
1953
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Cherokee
Jefferson
City, TN
Granger, TN
Holston
111·20
135.1
422.7
36
157.0
144.0
12.0
8,760
135.2
3,178
7,020
10,197
75
Mills/
$1,000 kWh
23 0.06
144 0.34
128 0.30
14 0.03
43 0.10
58 0.14
93 0.22
14 0.03
516 1.22
516 1.22
3,428
30,200
1,411,700
147.00
0.1180
22
Conventional
1942
83
1980 Construction Cost and Production Expenses
Name of Utility
Tennessee Valley
Authority
Name of Plant •••.••••••• -----·-··-··-··--··-············-·---··--------·······... Chickamauga
Post Office ................................................................................................ .
Location of Plant (County and State) ................................................... ..
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Ucensed Project No ............................................................................... ..
General Operating Characterlatica ... -...... --··--------................. ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy • Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutas (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating .Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimata Capacity (MW) ........................................................ ..
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generaticn Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ........................................................................ ..
Chattanooga,
TN
Hamilton, TN
Tennessee
111·20
120.01
834.2
79
136.0
120.0
40.0
8,760
120.0
4,828
9,852
14,680
122
Milia/
$1,000 kWh
20
170
134
24
22
5
722
29
1,126
0.02
0.20
0.16
0.03
0.03
0.01
0.87
0.03
1.35
Total Production Expenses ..................................................................... 1,126 1.35
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
20,790
34,500
220,900
45.00
0.2830
24
Conventional
1940
•Rewinding ol stator W8ll completed, increasing the capacity of Unit 4 by 3.000 kW March 1, 1980.
84
Douglas
sevierville,
TN
Seiver, TN
French Broad
111-20
120.6
514.8
49
148.0
136.0
15.0
8,760
120,6
4,734
7,110
11,844
98
Milia/
$1,000 kWh
22 0.04
138 0.27
65 0.13
20 0.04
23 0.04
11 0.02
141 0.27
21 0.04
442 0.86
442 0.86
4,541
30,600
1,357,600
125.00
0.1400
12
Conventional
1943
Fort Loudoun
Lenoir City,
TN
Loudoun, TN
Tennessee
111-20
139.1
893.7
73
168.0
140.0
125.0
8,760
139.1
4,626
8,477
13,103
94
Milia/
$1,000 kWh
12 0.01
137 0.15
124 0.14
18 0.02
46 0.05
1
169 0.19
16 0.02
524 0.59
524 0.59
9,550
14,600
79,300
70.00
0.1850
28
Conventional
1943
Hydroelectric Plant Construction Cost and Annual Productloh Expenses -1980
Energy Information Administration
Ft Patrick
Henry
Elizabethtown,
TN
Sullivan, TN
S.F. Holston
111-20
36.0
124.0
39
40.0
40.0
40.0
8,760
36.0
1,335
1,902
4,565
3,801
20
11,623
322
Milia/
$1,000 kWh
7 0.06
5 0.04
59 0.47
157 1.27
13 0.11
8 0.06
31 0.25
23 0.19
7 0.06
310 2.50
310 2.50
1,903
893
4,300
67.00
0.2080
1
Conventional
1953
1980 Construction Cost and Production Expenses
Name of Utility
Tennesaee Valley
Authority
Name of Plant.......................................................................................... Great Falls
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) .............................................. , .......... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Rock Island,
TN
Warren, TN
Caney Fork
111-20
32.0
169.5
60
34.0
32.0
12.5
8,760
32.0
918
6,198
2,386
1,276
22
10,801
$1,000
337
Mills/
kWh
Operation Supervision and Engineering............................................. 25 0.15
Water for Power ................................................................................... .
Hydraulic Expenses.............................................................................. 19 0.11
Electric Expenses................................................................................. 246 1.45
Miscellaneous Hydraulic Power Generation Expenses.................... 41 0.24
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 28 0.16
Maintenance of Structures.................................................................. 7 0.04
Maintenance of Reservoirs, Dams, and Waterways......................... 10 0.06
Maintenance of Electric Plant............................................................. 44 0.26
Maintenance of Miscellaneous Hydraulic Plant ................... ............. 13 0.08
Total, Exclusive of Pumping............................................................ 432 2.55
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 432 2.55
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Remotely controlled from Fort Loudoun plant.
1,675
2,270
49,600
148.00
0.1170
14
Conventional
1916
Melton Hill
Lenoir City,
TN
Loudon, TN
Clinch
111-20
$1,000
7
78
38
13
4
44
3
188
188
72.0
174.5
28
74.0
80.0
50.0
8,760
72.0
5,155
2,139
8,036
15,330
212
Mills/
kWh
0.04
0.45
0.22
0.07
0.02
0.25
0.02
1.08
1.08
3,343
5,720
26,000
51.00
0.2460 _,
Conventional
1964
Nlckajack
South
Pittsburg, TN
Marion, TN
Tennessee
111-20
100.3
726.3
83
112.0
108.0
28.0
8,760
100.3
11,279
14,887
26,165
260
Mills/
$1,000 kWh
13 0.02
112 0.15
56 0.08
14 0.02
8 O.Q1
2
80 0.11
10 O.Q1
295 0.41
295 0.41
21,870
10,900
21,200
35.00
0.3880
6
Conventional
1968
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Norris
Norris, TN
Campbell, TN
Clinch
111-20
101.0
490.2
55
123.0
116.0
40.0
8,760
101.0
2,222
2,855
5,077
50
Mills/
$1,000 kWh
26 0.05
129 0.26
45 0.09
15 0.03
6 0.01
88 0.18
49 0.10
3 0.01
359 0.73
359 0.73
2,912
34,200
1,761,000
193.00
0.0850
9
Conventional
1936
85
~
....til
1980 Construction Cost and Production Expenses
Name of UtHity
Tennessee Valley
Authority
Name of Plant.......................................................................................... Ocoee No. 1
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Ucensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-teet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... .
•Plant not operated this year because of work being done on flume.
•Remotely controlled from Ocoee No.2 Plant.
86
Benton, TN
Polk, TN
Ocoee
111-20
18.0
91.7
58
20.0
19.0
19.0
8,760
18.0
262
253
7,991
612
7
9,125
506
Mills/
_!1.~.()Q.::::O::.____,k,_,.W:.:h.__
23 0.26
3 0.03
227 2.47
85 0.93
13 0.14
17 0.18
7 0.08
336 3.66
6 0.06
717 7.82
717 7.82
595
1,900
33,100
116.00
0.1460
18
Conventional
1912
Ocoee No.2' Ocoee No.3
Benton, TN Benton, TN
Polk, TN Polk, TN
Ocoee Ocoee
111-20 111·20
21.0 29.0
(0.3) 197.0
78
29.0
16.0 29.0
16.0 29.0
8,760 8,760
21.0 29.0
20 266
202 674
1,812 5,592
681 1,424
13 377
2,728 8,333
129 287
Mills/ Milia/
$1,000 kWh $1,000 kWh
16 12 0.06
1 5 0.02
91 42 0.22
61 29 0.15
20 12 0.06
83 52 0.26
55 97 0.49
6 46 0.24
11 7 0.03
344 303 1.54
344 303 1.54
516 496
576
4,740
245.00 308.00
0.0610 0.0450
18 -· Conventional Conventional
1913 1943
Hydroelectric Plant Construction Cost and Annual Production Expenses - 1 980
Energy Information Administration
Pickwick
Pickwick Dam,
TN
Hardin, TN
Tennessee
111-20
220.0
1,397.9
73
245.0
260.0
25.0
8,760
220.0
8,894
14,023
22,917
104
Mills/
$1,000 kWh
39 0.03
4
199 0.14
145 0.10
32 0.02
44 0.03
259 0.19
37 0.03
759 0.54
759 0.54
32,820
42,800
239,200
46.00
0.3290
24
Conventional
1938
J
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Tennessee Valley
Authority
Raccoon'
Mountain
Chattanooga,
TN
Marion, TN
Tennessee
111-20
1,530.0
1,657.8
1,298.1
10
1,273.0
NR
8,760
1,530.0
4,540
66,839
118,899
83,459
5,603
279,340
182
Mills/
$1,000 kWh
99
342
644
52
24
51
398
42
1,654
0.08
0.26
0.50
0.04
0.02
0.04
0.31
0.03
1.27
Total Production Expenses..................................................................... 1,654 1.27
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
•Remotely controlled from the Chickamauga plant.
•Remotely controlled from Watauga plant.
•Remotely controlled from Chickamauga plant.
538
35,068
1,040.00
28
Pumped Storage
1979
•Rewinding of stator was completed, increasing the capacity of Unit 2 by 3,800 kW July 1, 1980.
South Holston Tlms Ford
Briston, TN Winchester, TN
Sullivan, TN Franklin, TN
S.F. Holston Elk
111-20 111-20
35.0 45.0
163.1 76.2
53 19
41.0 55.0
40.0 50.0
23.0 35.0
8,760 8,760
35.0 45.0
972
2,776 2,974
2,491
5,037
5,267 8,983
150 199
Mills/ Mills/
$1,000 kWh $1,000 kWh
10 0.06 3 0.05
59 0.36 73 0.95
26 0.16 29 0.38
9 0.06 5 0.06
23 0.14 3 0.04
4 0.02 0.01
34 0.21 173 2.27
5 0.03 1 0.02
168 1.03 287 3.77
168 1.03 287 3.77
703 529
7,580 10,600
519,500 239,980
253.00 1,330.00
0.0660 0.1130
1' 3•
Conventional Conventional
1951 1971
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Watauge
Elizabethtown,
TN
Carter, TN
Watauga
111-20
57.6•
178.4
35
62.0
60.0
27.5
8,760
57.6
4,922
3,743
8,666
150
Mills/
$1,000 kWh
9 0.05
137 0.76
93 0.52
15 0.08
28 0.16
12 0.07
44 0.25
23 0.13
360 2.02
360 2.02
468
6,430
518,200
325.00
0.0470
29
Conventional
1949
87
l
J
l
1980 Construction Cost and Production Expenses
Name of Utility
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Ucensed Project No ................................................................................ .
Genaral Operating Characterlatlca .............. -................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Tote! .................................................................................................. .
Cost per kW of Installed capacity (dollars) ................................. ..
Productton Expenses
Operating Expenses
Tennessee Valley
Authority
Watts Bar, TN
Watts Bar Dam
111-20
166.5
1,066.8
73
195.0
175.0
135.0
8,760
166.5
4,348
9,389
13,737
82
Milia/
$1,000 kWh
Operation Supervision and Engineering............................................. 22 0.02
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses................................................................................. 214 0.20
Miscellaneous Hydraulic Power Generation Expenses.................... 121 0.11
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 29 0.03
Maintenance of Structures.................................................................. 43 0.04
Maintenance of Reservoirs, Dams, and Waterways......................... 7 0.01
Maintenance of Electric Plant............................................................. 240 0.22
Maintenance of Miscellaneous Hydraulic Plant ................................ 46 0.04
Total, Exclusive of Pumping............................................................ 721 0.68
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 721 0.68
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Heed • Pond Elevation Minus Tailwater Elevation (feet) ....... .
A ow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
88
17,310
38,600
214,100
55.00
0.2190
18
Conventional
1942
Wilbur
Watauga, TN
Carter, TN
Watauga
111-20
11.0
30.7
32
12.0
11.0
10.0
8,760
11.0
36
402
962
937
2
2,339
212
Mills/
$1,000 kWh
5 0.15
4 0.12
22 0.72
22 0.72
8 0.28
1 0.02
3 0.09
20 0.64
1 0.04
85 2.78
85 2.78
471
72
327
65.00
0.2330
Conventional
1912
Brazos Electric
Power COop.
Morris
Sheppard
Mineral Wells,
TX
Palo Pinto, TX
Brazos
Vl-37
01490
22.5
21.6
11
25.0
NR
NR
8,760
22.5
1,724
679
7,427
1,049
10,879
483
Milia/
$1,000 kWh
144 6.64
107 4.94
250 11.58
250 11.58
13,310
20,640
580,000
126.00
0.1140
17
Conventional
1941
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Lower Colorado
River Authority
Austin
Austin, TX
Travis, TX
Colorado
V-38
13.5
29.8
25
16.0
16.0
12.0
2,223
13.5
157
2,634
701
6
3,498
259
Mills/
$1,000 kWh
12 0.39
124 4.18
3 0.09
20 0.67
7 0.24
1 0.03
3 0.09
26 0.88
1 0.03
197 6.61
197 6.61
1,800
5
9,000
62.00
0.2400
8
Conventional
1940
1980 Construction Cost and Production Expenses
Lower Colorado
Name of Utility River Authority
Name of Plant ......................... -.............................................................. Buchamm
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
o-ral Operating Charact8l'latlca-............................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy • Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· 60 Minules (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capecity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways. .................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Buchanan Dam,
TX
Llano. TX
Colorado
V-38
33.8
28.1
9
36.0
12.5
10.0
1,261
33.8
1,370
762
6,267
2,129
23
10,552
312
Mills/
$1,000 kWh
Operation Supervision and Engineering............................................. 15 0.54
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................ ..
Electric Expenses................................................................................. 80 2.86
Miscellaneous Hydraulic Power Generation Expenses.................... 8 0.29
Rents .................................................................................................... ..
Maintenance Expenses
Maintenenoe Supervision and Engineering....................................... 10 0.35
Maintenanoe of Structures .................................................................. 18 0.63
Maintenanoe of Reservoirs, Dams, and Waterways......................... 15 0.54
Maintenance of Electric Plant ............. ......................................... ....... 50 1. 79
Maintenance of Miscellaneous Hydraulic Plant................................ 4 0.15
Total, Exclusive of Pumping............................................................ 201 7.15
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 201 7.15
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus T ailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
•Remotely controlled from Buchanan plant.
•Remotely controlled from Gran~e Shoals.
19,400
23,205
770,000
132.00
0.1070
18
Conv/Pumped
Storage
1938
Granite Shoals Inks
MarbiEIFalls, Buchanan Dam,
TX TX
Bumet, TX Burnet, TX
Coforado Colorado
V-38 V-38
45.0 12.5
27.1 13.8
7 13
54.0 12.0
57.0 12.5
40.0 10.0
1,520 1,357
45.0 12.5
1,100 48
295 98
7,566 1,438
2,598 518
22 16
11,579 2,119
257 169
Mills/ Mills/
$1,000 kWh $1l()QC) kWh
18 0.68 10 0.75
0.01
67 2.47 27 1.92
5 0.19 2 0.13
9 0.32 8 0.60
8 0.30 3 0.21
11 0.42 0.03
29 1.06 19 1.34
4 0.13 2 0.13
152 5.59 71 5.12
152 5.59 71 5.12
36,600 19,400
6,200 800
136,000 2,400
87.00 61.00
0.1600
17 ·'
Conventional Conventional
1951 1938
Hydroelectrk Plant Construction Cost and Annual Production Expenses-1980
Energy lnfonnatlon Administration
Marble Falls
Marble Falls,
TX
Burnet, TX
Colorado
V-38
30.0
14.7
6
33.0
37.0
NR
1,516
30.0
264
276
4,013
2,165
113
6,832
227
Mills/
$1,000 kWh
13 0.86
0.02
23 1.59
4 0.26
8 0.54
16 1.10
44 3.02
49 3.35
9 0.59
167 11.32
167 11.32
36,600
620
28,500
57.00
0.2500 ..
Conventional
1951
89
....4
1980 Construction Cost and Production Expenses
Name of Utility
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
Genwal Operating Chllraotert!atlcl ............ "''''""""""--""""''"""
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Genersllon (mHIIon kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant· eo Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Concltions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
~""Jdp~~~~~~~~~c:t~f:r ......................................................... .
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total ................................................................................................. ..
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expen ...
Operating Expenses
Loww Colorado
RIYw Authority
Austin, TX
Travts, TX
Cotoredo
V·38
67.5
92.4
16
75.0
39.0
30.0
2,364
67.5
2,Q98
333
23,394
1,875
78
27,778
411
Operation Supervision and Engineering............................................. 11 0.12
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses................................................................................. 101 1.09
Miscellaneous Hydraulic Power Generation Expenses.................... 3 0.03
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 8 0.08
Maintenance of Structures .................................................................. 1 0.01
Maintenance of Reservoirs, Dams. and Waterways......................... 137 1.49
Maintenance of Electric Plant .................................... ......... ................ 1 08 1.17
Maintenance of Miscellaneous Hydraulic Plant................................ 5 0.06
Total. Exclusive of Pumping............................................................ 374 4.05
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 374 4.05
Hydraulc Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Oraw·Down (acre-feet) .......... ..
Gross Heed· Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ....................................................................... ..
90
28,000
18,900
641,000
150.00
0.0870
10
Conventional
1941
Utllh Power I
UghtCo.
Colllneton, UT
Bole Elder, UT
Bear
Vll-41
02420
30.0
135.9
52
29.0
29.1
29.0
5,560
30.0
1,310
772
2,143
1,278
82
5,585
188 ..... ,
,1,000 kWh
24 0.18
37 0.27
83 0.81
53 0.39
9 0,07
18 0.13
25 0.18
40 0.29
16 0.12
3 0.02
307 2.28
307 2.26
6,000
6,000
15,300
127.00
0.1100
13
Conventional
1927
Orem Utah
UT
Provo River
Vll·41
12.7
46.2
41
6.0
9.3
2.1
8,773
12.7
53
348
2,192
580
5
3,157
248 ..... ,
,1,000 kWh
18 0.40
65 1.42
132 2.88
46 1.05
8 0.18
18 0.38
33 0.72
8 0.18
4 0.08
334 7.24
334 7.24
840
340.00
0.0048
13
Conventional
1904
Hydroelectric Pl•nt Construction Cost •nd Annual Production Expen ... -1980
EnertJ lnformMion AdmlnlstrMion
NMYE'!IInd
Power o.
BeloweFalll
Bellows Fila,
VT
Windham, VT
Connecticut
i·2
02210
40.8
205.6
58
49.0
49.0
42.0
8,780
40.8
3,289
971
2,443
1,112
7,815
191
Milia/
$1,000 kWh
23 0.11
16 0.08
17 0.08
127 0.62
60 0.29
NR
52 0.25
7 0.04
143 0.70
98 0.48
12 0.06
556 2.70
556 2.70
5,414
2,804
9,588
62.00
0.2200
18
Conventional
1928
,..
jt
1980 Construction Cost and Production Expenses
Name of Utility
NewEn8:nd
Power
Appalachian P-
Co.
Name of Plant. ............. .__ .... -····-··---······---··-···-·---··-·· Harriman Vernon Wider Bylleeby
-·•••••n""'""*""-"""""*,..,....,_.,_ .. .,.., .. _,......, .. _ ••••• ,.. __ ••n••-•-••"'"....., ... _
Post Office................................................................................................. Reedlboro, VT Vernon, VT Wilder, VT Byllesby. VA
Location of Plant (County and State) ..................................................... Windham, VT Windham, VT Windsor, VT Carroll, VA
River ........................................................................................................... Deerfield Connecticut Connecticut New
Region and Power Supply Area .............................................................. 1-2 1-2 1·2 11-10
Licensed Project No ................................................................................. 02323 01904 01892
General Operating Characterlatlce.-.... ·-····--.. -................ _ .......
Installed Generating Capacity (MW) ..................................................... 33.6 24.4 34.2 21.6
Pumping Energy • Pumped Storage (million kWh) ..............................
Net Generation (million kWh) ................................................................ 63.9 108.8 121.5 63.4
Plant Factor Based on Nameplate Rating (percent) .......................... 29 51 41 34
Net Peak Demand on Plant-60 Minutes (MW) ..................................
Net Plant Capability
46.0 29.0 38.0 21.0
Capability Under Most Favorable Operating Conditions (MW) ........ 45.0 28.5 36.0 23.0
Capability Under Most Adverse Operating Conditions (MW) ........... 32.0 10.0 30.0 -'
Time Connected to Load (hours) .......................................................... 3,223 8,760 8,760 8,780
Planned Ultimate capacity (MW) .......................................................... 33.6 24.4 34.2 21.6
Cost of Plant (thousand dollars)
Land and Land Rights ............................................................................ 1,749 663 3,891 170
Structures and Improvements ............................................................... 520 956 900 267
Reservoirs, Dams, and Waterways ....................................................... 8,453 1,375 5,839 698
Equipment. .............................................................................................. 1,445 1,168 2,349 1,534
Roads, Railroads, and Bridges ............................................................. 87 2
Total ................................................................................................... 10,234 4,163 12,978 2,669
Cost per kW of Installed Capacity (dollars) ................................... 304 170 379 123
Mill• I Mill-' Milia/ Milia/
$1 1000 kWh $1,000 kWh $1,000 kWh $1,000 kWh
Production ExpeMH
Operating Expenses
Operation Superviaion and Engineering ............................................. 33 0.39 23 0.21 23 0.19 17 0.27
Water for Power .................................................................................... . . 9 0.09 11 0.09 1 0.02
Hydraulic Expenses .............................................................................. 19 0.23 13 0.12 17 0.14 25 0.39
Electric Expenses ................................................................................. 102 1.21 193 1.78 119 0.98 17 0.27
Miscellaneous Hydraulic Power Generation Expenees .................... 86 0.78 43 0.39 74 0.61 19 0.29
Rants ...................................................................................................... 1 0.01 . 1 0.01 .
Maintenance Expenses
Maintenance Superviaion and Engineering ....................................... 30 0.38 33 0.30 39 0.32 15 0.24
Maintenance of Structures .................................................................. 12 0.14 17 0.18 11 0.09 14 0.22
Maintenance of Reservoirs, Dame, and Waterways ......................... 59 0.70 47 0.44 19 0.16 433 6.63
Maintenance of Electric Plant ............................................................. 130 1.55 189 1.74 29 0.24 18 0.25
Maintenance of Miscellaneous Hydraulic Plant ................................ 23 0.28 20 0.18 10 0.09 5 0.07
Total, Exclusive of Pumping ............................................................ 475 5.68 588 5.40 353 2.90 561 8.85
Cost of Pumping Energy ..........................................................................
Total Production Expenses ..................................................................... 475 5.66 588 5.40 353 2.90 561 8.85
ltydraullc Data
Drainage Area (square miles) ................................................................ 184 6,268 3,375 1,310
Araa of Pond at Nonnal Full-Pond Level (acres) ................................ 2,184 2,550 3,100 280
Storage or Pondage from Maximum craw-Down (acre-feet) ............ 118,075 11,950 13,350 2,498
Grose Head· Pond Elavation Minus Tallwater Elavatlon (feet) ........ 390.00 340.00 51.00 58.00
Flow at Full Station Load (cubic feet per second per kW) ................ 0.0400 0.4700 0.2900 0.2890
Average Number of Employees ............................................................ 35 25 18 6
Type of Operation ................................................................................... Conventional Conventional Conventional Conventional
Initial Year of Operation ......................................................................... 1924 1909 1950 1912
'Projects are operated to Itt Into ayslem load curve at or near lui! capacity.
91
Hydroelectric Pl•nt Construction Cost •nd Annu•l Production Expen~e~-1980
Energy lnfOI'IIYtlon Admlnlstr•tlon
....l
1980 Construction Cost and Production Expenses
Name of UtiUty
Name of Plant •••••••••••• ~··········-···················-~-··-········· ........................ ..
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characterlatlca ...................................... ~ ........... ..
Installed Generating capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant • 60 Minutes (MW) ................................. .
Net Plant Gapability
capability Under Most Favorable Operating Conditions (MW) ....... .
capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Gapecity (MW) ........................................................ ..
Cost of Plant (thousand dollars}
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars} .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total. Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-teat) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees .......................................................... ..
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
•Projects are operated to fit into system load curve at or,_, lull capacity.
•Excludes nonPt'Oiect land coat of ssee.oo.
•JnciU<Ies 123,731 mWh test pumping load.
•Excludes 79,715 mWh tesl generation in computation.
92
Appalachian Power
Co.
Clayton
Radford, VA
Pulaski, VA
New
11-10
00739
75.0
227.3
35
82.0
88.0
·'
8,760
75.0
1,6121
1,115
5,275
2,289
32
10,3231
137
Mile/
$1,000 kWh
47 0.20
21 0.09
19 0.08
65 0.29
26 0.11
27 0.12
72 0.31
62 0.27
22 0.09
359 1.58
359 1.58
2,400
4,472
25,000
116.00
0.1120
9
Conventional
1939
Leeavlle Reusen
Leesville, VA Lynchburg, VA
campbell, VA Campbell, VA
Roanoke James
11·10 11·10
02210
40.0 12.5
63.0 34.5
18 31
52.0 12.0
48.0 12.7
·' ·' 8,760 8,760
40.0 12.5
1,783 55
2,099 134
5,809 825
3,659 601
81
13,431 1,816
335 145
Milia/ Mille/
$1,000 kWh $1,000 kWh
28 0.44 10 0.29
1 0.03
7 0.12 28 0.80
16 0.25 16 0.46
6 0.09 5 0.15
20 0.32 7 0 . .20
6 0.09 9 0.26
14 0.22 102 2.97
31 0.49 135 3.90
7 0.10 3 0.08
134 2.12 315 9.14
134 2.12 315 9.14
1,493 3,264
3,400 560
28,300 4.495
72.00 35.00
0.2105 0.4800
4 5
Conventional Conventional
1984 1931
Hydroelectric Pl•nt Construction Cost •nd AnnWII Production Expenses -1980
Enerey lnform.-tlon Admlnlstr.-tlon
Smith Mountain
Rocky Mount,
VA
Franklin, VA
Roanoke
11-10
02210
547.5
724.7•
823.0
13
564.0
565.0
2,781
547.5
5,986
10,776
23,459
46,131
930
87,281
159
Milia/
$1,000 kWh
218 0.35
65 0.10
62 0.10
75 0.12
123 0.20
21 0.03
72 0.12
449 0.72
98 0.16
1,183 1.90
10,217
11,400< 18.30
20,600
157.000
192.00
25
Conv/Pumped
Storage
1965
1980 Construction Cost and Production Expenses
Danville Water, Centralia, City of Chelan County Pub-
Name of Utility Gaa a Electric
Name of Plent-··-·····"""'"''''""" ....... """-········-.. ·--·······"""""""""" Plnnacla
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
Genaral Operating Characterlatlcl ..... --·-.. -.. ---.. --..... """'""
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minu1es (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (110urs) ........................................................ ..
Planned Ultimate capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams. and Waterways. ..................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expen18a
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant .............................. ..
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expensas .................................................................... .
Hydrautic Data
Drainage Area (squara miles) ............................................................... .
Area of Pond at Normal Fuii·Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head· Pond Elevation Minus Tallwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per seodnd per kW) ............... .
Average Number ol Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
Kibler, VA
Patrick, VA
Dan
11-20
10.2
43.4
49
10.2
10.2
9.3
NA
10.3
NR
NR
NR .
NR
NR
NR
MHis/
$1~ kWh
NR NR
NA NR
NA NR
NR NR
NR NA
NA NA
NA NR
NR NR
NA NR
NR NR
NA NA
NA NR
701.00
9
Conventional
1938
lie Utility No 1.
CentralaMun Lake Chelan
Hydro
Yelm,WA Wenatchee. WA
Chelan&
Thurston, WA Douglas, WA
Chelan
Vll-43 Vll-42
00943
10.0 48.0
80.2 366.7
92 88
11.4 52.0
11.4 52.0
10.1 NR
8,760 8,337
10.0 48.0
214 2,552
195 1,806
1,661 11,086
1,619 2,748
53 25
3,742 18,216
374 379
MIRa/ Milia/
$1,000 kWh $1,000 kWh
50 0.62 36 0.10
2
47 0.58 21 0.06
101 1.26 83 0.22
38 0.48 11 0.03
4 0.01
36 0.10
20 0.05
11 0.03
44 0.54 66 0.18
7 0.08 1 .
287 3.58 289 0.78
287 3.58 289 0.78
180 95
3 200,032,980
672,100
208.00
0.0700
9 2
Conventional Conventional
1930 1927
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy lnform.clon Admlnlstr.clon
Rock leland
Wenatchee, WA
Chelan&
Douglas. WA
Columbia
Vll-42
00943
213.3
1,317.6
71
NR
249.0
NR
8,760
213.3
1,105
16,203
19,400
18,405
4
55,117
258
Mills/
.--!!tOOO kWh
148 0.11
214 0.16
79 0.06
458 0.35
136 0.10
36 0.03
190 0.14
45 0.03
81 0.06
285 0.22
17 O.ol
1,688 1.28
1,666 1.28
95,500
3,470
4,550
49.00
29
Conventional
1931
93
I
J
:! .l
1
J
1980 Construction Cost and Production Expenses
Name of Utility
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Ucensed Project No ............................................................................... ..
General Operating Cheractertallce ......... -.... -................. -............ ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (mUiion kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Undar Most Favorable Operating Conditions (MW) ....... .
Capability Undar Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........ -............... , ................................ ..
Planned Ultimate Cepacity (MW) ........................................................ ..
Cost of Plant (thousand doHars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenaea
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power .................................................................................. ..
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dame, and Waterways ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Chelan County Pub-
lic Utility No 1.
Wenatchee, WA
Chelan &
Douglas. WA
Columbia
Vll-42
00943
410.4
1,102.6
31
NR
476.0
NR
8,760
410.4
4,942
80,724
43,513
110,958
1,486
241,624
588
$1,000
Milia/
kWh
123
130
144
371
54
13
95
101
54
312
33
1,430
0.11
0.12
0.13
0.34
0.05
0.01
0.09
0.09
0.05
0.28
0.03
1.30
Total Production Expenses ............. ............................. .................. ......... 1,430 1.30
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Aree of Pond at Normal Fuii.Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Oraw·Down (acre-feet) ........... .
Gross Head • Pond Elevation Minus T ailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubkl feet per second per kW) ............... .
Average Number of EmplOyees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ....................................................................... ..
94
95,500
3,470
4,550
49.00
17
Conventional
1933
Rocky Reach
Zena. WA
Chelan, WA
Columbia
Vll-42
02145
1,213.2
5,434.8
51
977.0
1,287.0
850.0
8,760
1,213.2
41,862
61,598
66,128
70,159
200
239,947
197
$1,000
252
654
431
419
497
6
253
64
48
452
67
3,144
3,144
Milia/
kWh
0.05
0.12
0.08
0.08
0.09
0.05
0.01
0,01
0.08
0.01
0.58
0.58
94,000
10,300
35,000
92.00
35
Conventional
1961
City of Seattle,
Dept. of Lighting
Boundary
Metaline
Falls, WA
Pend Oreille
WA
Pend Orellle
Vll-43
02144
634.6
3,473.8
62
648.0
655.0
655.0
8,760
634.6
578
13,527
49,481
28,244
486
92,316
145
Milia/
$1,000 kWh
11
1,183 0.34
40 O.o1
151 0.04
135 0.04
10
33 O.o1
83 0.02
376 0.11
342 0.10
38 0.01
2,401 0.69
2,401 0.69
25,200
1,668
43,000
261.00
0.0508
23
Conventional
1967
Hydroelectric Pl•nt Construction Cost •nd Annu•l Production Expenses -1980
Energy lnform•tlon Admlnlstr•tlon
Cedar Falla
Cedar Falls,
WA
King, WA
Cedar
Vll·43
20.0
87.2
50
30.0
30.0
28.0
8,724
20.0
1
511
5,255
981
6,747
337
Mille/
$1,000 kWh
2 0.02
14 0.18
15 0.17
34 0.39
19 0.22
16 0.19
51 0.58
45 0.52
18 0.20
214 2.45
214 2.45
79
1,920
60,000
630.00
0.0250
1
Conventional
1921
..........
1980 Construction Cost and Production Expenses
NIIM of Utl8ty
Name of Plent .......................... ".-......................................................... .
Post Office ............................................................................................... ..
Location of Plant {County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Cherscterllllctl .... uu. ............ u ............................ ..
Installed Generating Gapactty (MW) ................................................... ..
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Baaed on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant • 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
cr:r~rPI~::n~c:rn~clc%,1~~· ........................................................ .
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs. Dams, and Waterways. .................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Gapacity (dollars) .................................. .
Production Expen"e
Operating Expenses
Operation.Supervislon and Engineering ............................................ .
Watar for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
City of Seattle,
Dept. of Lighting
Diablo
Rockport, WA
Whstcom, WA
Skagit
Vll-43
00553
122.4
763.1
71
175.0
159.0
159.0
8,760
122.4
34
4,518
11,175
5,519
852
22,097
180
$1~
Mill I/
kWh
58
33
20
60
233
48
335
46
154
181
1,168
0.08
0.04
0.03
0.08
0.30
0.06
0.44
0.06
0.20
0.24
1.53
Total Production Expenses ................... .............. ............. ................. ...... 1, 168 1.53
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondege from Maximum Draw·Down (acre-feet) ........... .
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
1,102
910
61,000
330.00
0.0449
11
Conventional
1936
Gorge
Rockport, WA
Whatcom, WA
Skagit
Vll·43
00553
$1~
64
39
8
85
198
53
135
19
85
153
640
640
137.7
915.4
76
177.0
175.0
175.0
8,555
137.7
113
7,111
36,732
12,006
852
56,814
412
Mllll/
kWh
0.07
0.04
0.01
0.09
0.22
0.06
0.15
0.02
0.09
0.17
0.92
0.92
1,160
241
6,545
360.00
0.0420
11
Conventional
1924
ROM
Rockport, WA
Whatcom, WA
Skagit
Vll·43
00559
$11000
56
132
48
49
219
2
46
170
39
174
157
1,092
1,092
360.0
774.9
25
427.0
450.0
211.0
6,626
360.0
44
13,113
46,220
19,347
852
79,575
221
Mllll/
kWh
0.07
0.17
0.06
0.06
0.28
0.06
0.22
0.05
0.22
0.20
1.41
1.41
978
11,878
1,022,600
395.00
0.0409
12
Conventional
1952
Hydroelectric Plant Construction Colt and Annual Production Expenses-1980
Energy Information Administration
DOI.IQIII County
PUDNo.1
Weill
Azwell, WA
Douglas, WA
Vll·43
21409
774.3
3,917.5
58
779.0
820.0
197.0
8,760
774.3
39,613
41,019
54,629
54,957
287
190,505
246
111000
136
433
872
271
395
68
45
52
289
171
2,734
2,734
Milia/
kWh
0.04
0.11
0.22
0.07
0.10
0.02
O.o1
O.Q1
0.07
0.04
0.07
0.07
85,300
9,700
70,000
67.00
0.2140
54
Conventional
1967
95
l
1980 Cons·tructlon Cost and Production Expenses
Name of Utility
Name of Plant ••••••••• ~~ .. ~~ ...................................................................... .
Post Office ............................................................................................... ..
Location of Plant (County and State} .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Licensed Project No ............................................................................... ..
General Operating Characteristics ............... ~ ..................... ~ ............ .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Damand on Plant • 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating ConditiOns (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Cost of Pl8nt (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
PacHic Power a
Light Co.
Merwin
Ariel, WA
Clark, WA
Lewis
Vll·44
00935
136.0
468.9
39
147.0
145.0
95.0
8,760
136.0
812
2,230
6,526
5,697
210
15,474
$1,000
113
Mills/
kWh
OperatiOn SupervisiOn and Engineering............................................. 42 0.09
O.Q1
0.06
0.37
0.07
Water for Power.................................................................................... 3
Hydraulic Expenses.............................................................................. 29
Electric Expenses................................................................................. 175
Miscellaneous Hydraulic Power Generation Expenses.................... 31
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 27
Maintenance of Structures ........................ ................ ...... ........ ............ 5
Maintenance of Reservoirs, Dams, and Waterways......................... 26
Maintenance of Electric Plant............................................................. 25
Maintenance of Miscellaneous Hydraulic Plant ................................ 102
Total, Exclusive of Pumping ............................................................ 466
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 466
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond ElevatiOn Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
731
3,921
245,552
185.00
0.0746
0.06
0.01
0.06
0.05
0.22
0.99
0.99
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of OperatiOn ........................................................................ .
26
Conventional
1931
96
Swift No.1
Cougar, WA
Skamania, WA
Lewis
Vll-44
02111
$1,000
27
5
32
81
15
3
21
2
33
24
33
275
275
204.0
598.7
34
243.0
268.0
140.0
6,128
204.0
6,764
3,640
36,230
8,536
93
55,263
270
Mills/
kWh
0.04
0.01
0.05
0.13
0.02
0.03
0.05
0.04
0.06
0.46
0.46
481
4,621
446,995
396.00
0.0389
NR
Conventional
1958
Yale
Amboy, WA
Clark, WA
Lewis
Vll·44
02071
108.0
496.8
53
137.0
132.0
99.0
8,760
108.0
1,109
3,101
25,573
5,858
190
35,831
331
Mll18/
$1,000 kWh
33 0.07
2
9 0.02
122 0.25
16 0.03
2
31 0.06
6 0.01
74 0.15
17 0.03
89 0.18
401 0.81
401 0.81
600
3,783
189,529
250.00
0.0597
NR
Conventional
1953
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
PendOrellle
PUD 1
Box Canyon
Metaline, WA
Pend Oreille
WA
Pend Oreille
Vll-42
60.0
NR
78.0
82.8
NR
8,760
60.0
583
3,714
9,961
7,939
34
22,232
370
Mills/
$1,000 kWh
69
122
83
158
66
37
30
94
15
7
682
682
25,000
0.3460
14
Conventional
1955
1......1
1980 Construction Cost and Production Expenses
Name of Utility
Puget Sound Power
6 Light Co.
Nllme of Plant ......................................................................................... . Electron
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Electron, WA
Pierce, WA
Puyallup
Vll-43
Licensed Project No ................................................................................ .
General Operating Characterlatlca .......... ._ ...................................... ..
Installed Generating Capacity (MW}..................................................... 25.5
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh)................................................................ 148.4
Plant Factor Based on Nameplate Rating (percent) .......................... 66
Net Peak Demand on Plant. 60 Minutes (MW).................................. 25.1
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW}........ 26.4
Capability Under Most Adverse Operating Conditions (MW)........... 26.4 nme Connected to Load (hours).......................................................... 8,667
Planned Ultimate Capacity (MW).......................................................... 25.5
Coat of Plent (thousand dollars)
Land and Land Rights............................................................................ 78
Structures and Improvements............................................................... 364
Reservoirs, Dams. and Waterways....................................................... 4, 792
Equipment............................................................................................... 765
Roads, Railroads, and Bridges............................................................. 119
Total................................................................................................... 6,118
Cost per kW of Installed Capacity (dollars) ................................... 239
Milia/
$1,000 kWh
Production Expenses
Operating Expenses
Operation Supervision and Engineering............................................. 36 0.25
Water for Power.................................................................................... 1
Hydraulic Expenses ....... ~...................................................................... 50 0.34
Electric Expenses................................................................................. 148 0.99
Miscellaneous Hydraulic Power Generation Expenses.................... 26 0.17
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering....................................... 10 0.07
Maintenance of Structures.................................................................. 19 0.13
Maintenance of Reservoirs, Dams, and Waterways......................... 294 1.98
Maintenance of Electric Plant ............................................................. 40 0.27
Maintenance of Miscellaneous Hydraulic Plant................................ 13 0.08
Total, Exclusive of Pumping............................................................ 636 4.29
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 636
Hydraulc Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
91
13
92
874.00
0.0167
4.29
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
27
Conventional
1904
Lower Baker
Concrete, Wa
Skagit, WA
Baker
Vll·43
64.0
391.0
70
71.0
71.4
71.4
8,623
64.0
521
3,284
8,358
4,072
68
16,303
254
Milia/
$1,000 kWh
34 0.09
2
22 0.06
54 0.14
46 0.12
10 0.03
30 0.08
17 0.04
24 0.06
48 0.12
285 0.73
285 0.73
270
2,279
129,669
254.00
0.0570
7
Conventional
1925
Snoqualmie
Snoqualmie, WA
King, WA
Snoqualmie
Vll-43
47.0
244.2
59
42.0
44.0
44.0
8,760
47.0
31
1,155
1,077
2,152
58
4,473
95
Milia/
$1,000 kWh
41 0.17
1
29 0.12
64 0.26
38 0.16
27 0.11
27 0.11
28 0.11
261 1.07
35 0.14
553 2.26
553 2.26
400
125
390
271.00
0.0566
11
Conventional
1698
Hydroeledrlc Plant Construdlon Cost and Annual Produdlon Expenses -1980
Energy Information Administration
Upper Baker
Concrete, w~
Skagit, WA
Baker
Vll-43
94.4
367.6
44
101.0
103.0
103.0
8,760
94.4
1,263
3,247
35,119
5,741
602
45,972
486
Milia/
....J:h_OOO kWh
34 0.09
2
69 0.19
53 0.14
20 0.05 .
10 0.03
15 0.04
33 0.09
28 0.08
38 0.10
303 0.82
303 0.82
211
4,985
220,600
285.00
0.0490
7
Conventional
1959
97
l
' '~
J
r,
I I 1980 Construction Cost and Production Expenses
. Name of Utility
Name of Plant ......................................................................................... .
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) ................................................... ..
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant· 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Cenditions (MW) ....... .
Capability Under Most AdVerse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Puget Sound Power
&. UghtCo.
White River
Dieringer, Wa
Pierce, WA
White
Vll-43
82.6
269.6
37
59.3
63.4
63.4
7,426
82.6
452
626
4,297
2,301
100
7,776
$1,000
94
MillS/
kWh
Operation Supervision and Engineering............................................. 53 0.20
Water for Power.................................................................................... 1
Hydraulic Expenses.............................................................................. 97
Electric Expenses................................................................................. 171
Miscellaneous Hydraulic Power Generation Expenses.................... 29
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 17
Maintenance of Structures .................................................................. 34
Maintenance of Reservoirs, Dams, and Waterways......................... 104
Maintenance of Electric Plant ............................................................. 75
Maintenance of Miscellaneous Hydraulic Plant ................................ 55
Total, Exclusive of Pumping............................................................ 636
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ........................ ..... ............ .... .... .......... .......... 636
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
424
2,404
41,711
488.00
0.0312
0.36
0.63
0.11
0.06
0.13
0.38
0.28
0.20
2.36
2.36
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
25
Conventional
1912
98
Tacoma Dept. of
Utilities
Alder
Alder, WA
Pierce, WA
Nisqually
$1,000
43
1
9
152
34
20
8
43
30
10
349
349
Vll-43
01862
50.0
228.7
52
51.0
52.0
27.9
8,756
50.0
2,815
1,078
9,011
1,868
107
14,899
297
Mills/
kWh
0.19
0.04
0.66
0.15
0.09
0.04
0.19
0.13
0.04
1.52
1.52
287
3,065
231,400
265.00
10
Conventional
1945
Cushman No. 1
Hoodsport, WA
Mason, WA
N.F. Skokomish
Vll-43
00460
43.2
133.3
35
45.0
47.0
15.2
6,491
43.2
522
745
3,061
1,273
55
5,655
130
Milia/
$1,000 kWh
39 0.29
10 0.07
146 1.10
25 0.19
21 0.16
14 0.11
12 0.09
44 0.33
10 0.08
322 2.41
322 2.41
94
4,000
360,000
255.00
0.0672
13
Conventional
1926
Hydroelectric Plant Construction Cost and Annual Productloh Expenses-1980
Energy Information Administration
Cuahmen No. 2
Potlatch, WA
Mason, WA
N.F. Skokomish
Vll-43
00460
81.0
259.8
37
91.9
88.0
88.0
6,595
81.0
127
848
5,291
2,410
17
8,692
107
Milia/
$1,000 kWh
37 0.14
1
4 0.02
146 0.56
94 0.36
28 0.11
27 0.11
10 0.04
45 0.17
9 0.04
400 1.54
400 1.54
100
150
2,113
480.00
0.0304
13
Conventional
1930
1980 Construction Cost and Production Expenses
Name of Utility
Tacoma Depl of
Utilities
Name of Plantm....................................................................................... La Grande
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River ......................................................................................................... ..
Region and Power Supply Area ............................................................ ..
Ucensed Project No ............................................................................... ..
General Operating Characterlatlca .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant • 60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ........................................................... ..
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses .................. ..
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ....................... ..
Maintenance of Electric Plant ........................................................... ..
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses ................................................................... ..
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
La Grande, WA
Pierce, WA
Nisqually
Vll-43
01862
64.0
346.5
62
62.9
65.0
65.0
8,760
64.0
210
1,485
6,436
1,845
38
10,013
156
Milia/
$1,000 kWh
44 0.13
1
2 0.01
152 0.44
48 0.14
21 0.06
10 0.03
52 0.15
61 0.18
9 0.03
401 1.16
401 1.16
292
45
2,700
419.00
14
Conventional
1912
Mayfield
Silver Creek,
WA
Lewis, WA
Cowlitz
Vll-43
02016
$1,000
55
3
12
153
56
1
20
51
31
29
12
423
423
121.5
668.1
63
133.8
135.0
133.0
8,760
121.5
4,187
7,153
26,448
8,063
512
46,363
381
Milia/
kWh
0.08
0.02
0.23
0.08
0.03
0.08
0.05
0.04
0.02
0.63
0.63
1,400
2,200
21,378
187.00
0.0750
21
Conventional
1963
Mossyrock
Mossyrock, WA
Lewis, WA
Cowlitz
Vll-43
02016
300.0
992.3
38
340.7
384.0
151.0
7,075
300.0
25,460
27,491
53,732
8,211
200
115,094
383
Milia/
$1,000 kWh
113 0.11
6 O.Q1
1,377 1.39
148 0.15
29 0.03
1
43 0.04
21 0.02
53 0.05
34 0.03
200 0.20
2,025 2.04
2,025 2.04
1,170
11,335
1,297,390
339.00
0.0410
16
Conventional
1968
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Washington Water &
Power Co.
UHie Falla
Ford, WA
Uncoln, WA
Spokane
Vll-42
32.0
204.7
73
39.0
36.0
26.8
8,760
32.0
125
530
752
1,689
3,096
96
Mills/
$1,000 kWh
15 0.07
1
76 0.37
8 0.04
3 0.01
53 0.26
32 0.16
188 0.92
188 0.92
6,380
250
76.00
0.1940
3
Conventional
1910
99
l
:1 .,
·~ :~
"'(,
·j ·:,
l ~·-.·1
""il .,
j
,\j
'
. ·-i
. ' .
-\
1
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy-Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant -60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Cost of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ............................................ .
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ............... , ..................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ...................................... .
Maintenance of Structures ................................................................. .
Maintenance of Reservoirs, Dams, and Waterways ........................ .
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping ........................................................... .
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head -Pond Elevation Minus Tailwater Elevation (feet) ....... .
Flow at Full Station Load (cubic feet per second per kW) ............... .
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
100
Washington Water a
Power Co.
Long Lake
Reardon, WA
Lincoln, WA
Spokane
Vll-42
70.0
448.8
73
84.0
72.5
57.1
8,760
70.0
1,232
1,070
3,522
3,639
9,462
135
$1,000
Mills/
kWh
17 0.04
1
144 0.32
18 0.04
24 0.05
23 0.05
203 0.45
45 0.10
3 0.01
478 1.07
478 1.07
5,920
5,060
105,080
171.00
0.0850
7
Conventional
1915
Nine Mile
Nine Mile, WA
Spokane, WA
Spokane
Vll-42
$1,000
25
1
1
97
17
12
10
12
175
175
12.0
107.5
102
19.0
18.0
13.9
8,760
12.0
27
303
1,027
762
2,119
176
Mills/
kWh
0.23
0.01
0.90
0.16
0.11
0.09
0.11
1.63
1.63
5,110
420
4,600
65.00
0.2700
5
Conventional
1908
Upper Falls
Spokane, WA
Spokane, WA
Spokane
Vll-42
02545
$1,000
5
8
91
6
1
6
10
128
128
10.0
79.7
91
11.0
10.2
7.0
8,721
10.0
64
354
707
528
1,652
165
Mills/
kWh
4,290
135
0.06
0.10
1.14
0.08
0.01
0.08
0.13
1.61
1.61
65.00
0.2300
Conventional
1922
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Dalrylsnd Power
Coop.
Flambeau
Ladysmith, WI
Rusk, WI
Ladysmith
IV-16
01960
$1,000
8
4
1
11
19
7
9
8
13
13
93
93
15.0
60.2
46
20.0
20.4
19.4
8,361
15.0
160
324
3,849
1,542
19
5,894
392
Mills/
kWh
0.13
0.07
0.02
0.19
0.31
0.11
0.14
0.13
0.22
0.22
1.55
1.55
1,910
1,945
30,125
66.00
0.2060
3
Conventional
1950
1980 Construction Cost and Production Expenses
Name of Utility
Northern States
Power
Name of Plant.......................................................................................... Chippewa Faile
Post Office ............................................................................................... ..
Location of Plant (County and State) ................................................... ..
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant-60 Minutes (MW) ................................ ..
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ..................................................... ..
Equipment ............................................................................................. ..
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) ................................. ..
Production Expenses
Operating Expenses
Chippewa
Falls, WI
Chippewa, WI
Chippewa
IV-16
02440
21.6
70.4
37
20.8
22.0
22.0
8,248
21.6
120
299
2,337
1,015
3,771
174
Mills/
$1,000 kWh
Operation Supervision and Engineering............................................. 19 0.27
Water for Power.................................................................................... 31 0.44
Hydraulic Expenses.............................................................................. 26 0.36
Electric Expenses................................................................................. 26 0.37
Miscellaneous Hydraulic Power Generation Expenses.................... 39 0.55
Rents .................................................................................................... ..
Maintenance Expenses
Maintenance Supervision and Engineering ....................................... 19 0.26
Maintenance of Structures.................................................................. 54 0.77
Maintenance of Reservoirs, Dams, and Waterways......................... 24 0.34
Maintenance of Electric Plant............................................................. 174 2.47
Maintenance of Miscellaneous Hydraulic Plant................................ 10 0.14
Total, Exclusive of Pumping............................................................ 420 5.97
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 420 5.97
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) .......... ..
Gross Head • Pond Elevation Minus T ailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
5,550
230
550
30.00
0.5200
2
Conventional
1928
Com ell
Cornell, WI
Chippewa, WI
Chippewa
IV-16
30.9
83.4
31
34.1
30.9
30.9
7,893
30.9
27
2,359
9,133
3,868
15,387
497
Mills/
$1,000 kWh
30 0.36
40 0.48
7 0.08
12 0.15
24 0.28
19 0.23
7 0.08
41 0.49
eo 0.96
6 O.Q7
265 3.18
265 3.18
2
Conventional
1976
Holcombe
Holcombe, WI
Chippewa, WI
Chippewa
IV-16
01982
33.7
89.2
30
35.8
33.3
33.3
4,133
33.8
222
417
6,814
2,133
9,585
284
MIUs/
$1,000 kWh
27 0.30
43 0.48
39 0.43
26 0.30
33 0.37
24 0.27
2 0.02
a 0.09
44 0.49
10 0.11
256 2.87
256 2.87
4,700
4,270
31,700
40.00
0.3300
2
Conventional
1950
Hydroelectric: Plant Construction Cost and Annual Production Expenses -I 980
Energy Information Administration
Jim Falls
Jim Falls, WI
Chippewa, WI
Chippewa
IV-16
14.4
69.5
55
12.0
11.4
11.4
7,550
14.4
838
212
938
605
2,592
180
Mille/
$11000 kWh
23 0.33
55 0.79
28 0.40
26 0.38
15 0.21
15 0.22
3 0.04
6 0.08
24 0.35
2 0.03
197 2.84
197 2.84
4,891
1,000
3,500
55.00
0.3000
2
Conventional
1923
101
1980 Construction Cost and Production Expenses
Name of Utility
Name of Plant ......................................................................................... .
Post Office ................................................................................................ .
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ................................................................................ .
General Operating Characteristics .................................................... .
Installed Generating Capacity (MW) .................................................... .
Pumping Energy -Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) ............................................................... .
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant-60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) .......... .
Time Connected to Load (hours) ........................................................ ..
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights ........................................................................... .
Structures and Improvements .............................................................. .
ResEitvoirs, Dams, and WateiWays ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
Production Expenses
Operating Expenses
Operation Supervision and Engineering ........................................... ..
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ .
Miscellaneous Hydraulic Power Generation Expenses ................... .
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures ................................................................ ..
Maintenance of Reservoirs, Dams, and WateiWays ....................... ..
Maintenance of Electric Plant ............................................................ .
Maintenance of Miscellaneous Hydraulic Plant ............................... .
Total, Exclusive of Pumping .......................................................... ..
Cost of Pumping Energy ......................................................................... .
Total Production Expenses .................................................................... .
Hydraulic Data
Drainage Area (square miles) .............................................................. ..
Area of Pond at Normal Full-Pond Level (acres) ............................... .
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head-Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
102
Northern States
Power
SLCroix
Falls
St. Croix
Falls, WI
Polk, WI
St. Croix
IV-16
23.2
85.8
42
24.8
22.0
22.0
8,574
23.2
183
262
602
851
1,898
81
Mills/
$1,00<1_ __ !!\'11.
33 0.38
36 0.42
48 0.55
23 0.26
26 0.30
27 0.32
66 0.76
56 0.65
11 0.13
324 3.76
324 3.76
5,950
840
3,000
59.00
0.2800
6
Conventional
1910
Wlaaota
Wissota, WI
Chippewa, WI
Chippewa
IV-16
35.2
141.4
46
37.6
36.4
36.4
5,855
35.3
383
314
3,353
1,072
5,123
145
Mills/
_ $1,00Q. ___ kWh
47
58
40
35
38
39
18
11
269
6
560
560
0.33
0.41
0.29
0.24
0.27
0.28
0.12
0.08
1.90
0.04
3.96
3.96
5,548
7,000
88,000
55.00
0.2800
6
Conventional
1917
Wisconsin Power &
Light Co
Prairie Du Sse
Prairie Du
Sac, WI
Sauk, WI
Wisconsin
IV-13
28.5
164.6
66
31.0
30.0
29.0
8,760
28.5
811
333
2,947
1,114
5,205
182
Mills/
$1,000 kWh
11 0.07
63 0.38
3 0.02
189 1.15
31 0.19
14 0.08
91 0.55
65 0.40
69 0.42
33 0.20
569 3.46
569 3.46
9,003
9,000
36
40.00
0.4600
25
Conventional
1914
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Wisconsin Public
Service Corp.
Grandfather
Falls
Irma, WI
Lincoln, WI
Wisconsin
IV-13
01966
17.2
102.6
68
NA
17.3
17.0
8,760
17.2
385
144
2,136
499
3,163
183
Mills/
__!l,_O<!_O _ _!Wh
2 0.02
153 1.49
9 0.06
12 0.12
13 0.13
18 0.17
4 0.04
92 0.90
16 0.15
1 0.01
320 3.12
320 3.12
2,293
200
95.00
0.1470
1
Conventional
1938
illlll..._
1980 Construction Cost and Production Expenses
Name Of UtiHty
Wleconeln River'
Power co.
Name of Plant-........................................................................................ Caetle Rock
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
Adams, WI
Adams, WI
River .......................................................................................................... .
Region and Power Supply Area ............................................................ ..
Ucensed Project No ............................................................................... ..
Wisconsin
IV-13
01984
General Operating Characteristics ................................................... ..
Installed Generating Capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................. .
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ........................ ..
Net Peak Demand on Plant • 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ...... ..
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ........................................................ ..
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements .............................................................. .
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total .................................................................................................. .
Cost per kW of Installed Capacity (dollars) .................................. .
15.0
113.3
86
20.0
20.0
2.8
24
15.0
1,556
271
5,605
1,454
15
8,900
593
$1,000
Mills/
kWh
Production Expenses
Operating Expenses
Operation Supervision and Engineering............................................. 25
Water for Power.................................................................................... 58
Hydraulic Expenses.............................................................................. 1 0
Electric Expenses................................................................................. 109
Miscellaneous Hydraulic Power Generation Expenses.................... 9
Rents ..................................................................................................... .
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... ..
Maintenance of Structures .............................. ................. ................. .. 2
Maintenance of Reservoirs, Dams, and Waterways......................... 28
Maintenance of Electric Plant............................................................. 26
Maintenance of Miscellaneous Hydraulic Plant ................................ 1
Total, Exclusive of Pumping............................................................ 267
Cost of Pumping Energy ........................................................................ ..
Total Production Expenses..................................................................... 267
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head · Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feat per second per kW) ............... .
6,800
17,000
77,000
30.00
0.4870
0.22
0.51
0.09
0.96
0.08
0.01
0.25
0.23
0.01
2.36
2.36
Average Number of Employees .......................................................... ..
Type of Operation .................................................................................. .
Initial Year of Operation ........................................................................ .
6
Conventional
1951
Petenwefl
Necedah, WI
Adams, WI
Wisconsin
IV-13
01984
$1,000
25
111
12
119
17
29
29
1
343
343
20.0
118.1
67
22.4
23.0
3.8
24
20.0
1,947
282
7,064
1,447
18
10,758
537
Milia/
kWh
0.21
0.94
0.10
1.01
0.14
0.24
0.25
O.Q1
2.90
2.90
5,860
23,000
98,000
42.00
0.3300
6
Conventional
1950
Puerto Rico Water
Authority
Caonlllaa
Utuado, PR
Puerto Rico
Caonillas
1·0
17.6
43.4
28
22.0
18.0
10.8
8,497
21.0
320
686
7,948
1,340
394
10,686
607
Milia/
$1,000 kWh
47 1.08
244 5.61
73 1.69
97 2.23
42 0.97
99 2.27
10 0.23
611 14.07
611 14.07
50
700
46,708
540.00
0.0308
·'
Conventional
1949
•JoinUy owned by Wisconsin Public Service Corp. (33.12%), Wisconsin Power and Light Co. (33.12%), and Consolidated Water Power & Paper Co. (33.76%).
•Remo!ely controlled.
•Production expenses included with those of Caonillas plant.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Doe Bocae
Utuado, PR
Puerto Rico
Rio Grande
Arecibo
1·0
18.0
37.6
24
18.0
15.0
10.8
8,687
18.0
243
568
3,400
1,052
162
5,424
301
Mille/
$1,000 kWh
·'
20
Conventional
1942
103
I
I
I
I
I
1
«:"
-/;
•"
~
1980 Construction Cost and Production Expenses
Puerto Rico Water
Name of Utility Authority ------------------------------------------------------
Name of Plant.. ..................... _. .................. _ ................ ._....................... Yauco I
Post Office ............................................................................................... ..
Location of Plant (County and State) .................................................... .
River .......................................................................................................... .
Region and Power Supply Area ............................................................. .
Licensed Project No ............................................................................... ..
General Operating Characteristics ........ --......................................... .
Installed Generating capacity (MW) .................................................... .
Pumping Energy· Pumped Storage (million kWh) ............................ ..
Net Generation (million kWh) .............................................................. ..
Plant Factor Based on Nameplate Rating (percent) ......................... .
Net Peak Demand on Plant • 60 Minutes (MW) ................................. .
Net Plant Capability
Capability Under Most Favorable Operating Conditions (MW) ....... .
Capability Under Most Adverse Operating Conditions (MW) ......... ..
Time Connected to Load (hours) ......................................................... .
Planned Ultimate Capacity (MW) ......................................................... .
Coat of Plant (thousand dollars)
Land and Land Rights .......................................................................... ..
Structures and Improvements ............................................................. ..
Reservoirs, Dams, and Waterways ...................................................... .
Equipment .............................................................................................. .
Roads, Railroads, and Bridges ............................................................ .
Total ................................................................................................. ..
Cost per kW of Installed capacity (dollars) ................................. ..
Production Expenaea
Operating Expenses
Yauco, PR
Puerto Rico
Yahueres
1·0
20.0
45.5
26
25.0
25.0
15.0
8,413
20.0
156
649
12,152
2,129
178
15,264
$1,000
763
Milia/
kWh
Operation Supervision and Engineering............................................. 69 1.52
Water for Power ................................................................................... .
Hydraulic Expenses ............................................................................. .
Electric Expenses ................................................................................ . 92 2.02
Miscellaneous Hydraulic Power Generation Expenses ................... . 12 0.27
Rents ..................................................................................................... . O.Q1
Maintenance Expenses
Maintenance Supervision and Engineering ..................................... .. 44 0.97
Maintenance of Structures ................................................................ .. 20 0.44
Maintenance of Reservoirs, Dams, and Waterways ....................... .. 24 0.54
Maintenance of Electric Plant.. ......................................................... .. 270 5.92
Maintenance of Miscellaneous Hydraulic Plant ............................... . 44 0.96
Total, Exclusive of Pumping .......................................................... .. 576 12.66
Cost of Pumping Energy ......................................................................... .
Total Production Expenses..................................................................... 576 12.66
Hydraulic Data
Drainage Area (square miles) ............................................................... .
Area of Pond at Normal Full-Pond Level (acres) .............................. ..
Storage or Pondage from Maximum Draw-Down (acre-feet) ........... .
Gross Head· Pond Elevation Minus Tailwater Elevation (feet) ...... ..
Flow at Full Station Load (cubic feet per second per kW) .............. ..
Average Number of Employees ........................................................... .
Type of Operation ................................................................................. ..
Initial Year of Operation ........................................................................ .
104
37
285
15,150
800.00
0.0175
2
Conventional
1956
$1,000
Milia/
kWh $1,000
Milia/
kWh
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
$1,000
Mille/
kWh
Glossary
Capability (Electric Generating)
The maximum load that a generating unit, generating station,
or other electrical apparatus can carry under specified
conditions for a given period of time, without exceeding
approved limits of temperature and stress.
Under Most Favorable Conditions: The maximum net load
that a plant can carry with all equipment available under the
most favorable operating conditions.
Under Most Adverse Conditions: The maximum net load
that a plant can carry with all equipment available under most
unfavorable operating conditions, usually low water supply or
reduced gross head.
Net The capability of a generating station as demonstrated
by test or as determined by actual operating experience less
power generated and used for station uses. Capability may
vary with the character of the load, time of year (caused by
circulating water temperatures in thermal stations or availability
of water in hydroelectric stations), and other characteristic
causes.
Capacity
The load for which a generator, turbine, transformer,
transmission circuit, station, or system is rated.
Baseload: The capacity of the generating equipment
normally operated to serve loads on a round-the-clock basis.
Installed: The capacity as shown by the nameplates of
electrical apparatuses, such as generating units, turbines, or
other equipment in a station or system. Installed station
capacity does not include auxiliary or house units. The
nameplate capacity is the full-load continuous rating of a
generator, prime mover, or other electrical equipment under
specified conditions as designated by the manufacturer. It is
usually indicated on a nameplate attached mechanically to the
equipment.
Peaking: Generating equipment normally operated during
the hours of highest daily, weekly, or seasonal loads. Some
generating equipment may be operated at certain times as
peaking capacity and at other times to serve loads on a
round-the--clock basis.
Pumped-Storage: Hydroelectric generating capacity
available for on-peak generation by water pumped into a
storage reservoir during off-peak periods.
Reversible: Capacity with characteristics permitting it to be
used alternately as a motor/pump or turbine/generator.
Cost of Plant
Total cost of land and land rights, structures and
improvements, and equipment; for data reported on Form FPC
1, these costs are those conforming to the accounting
requirements of the Electric Plant Accounts of the FPC Uniform
System of Accounts.
Dam
A barrier constructed across a waterway to control the flow of
or raise the level of water.
Demand
The rate at which electric energy is delivered to or by a system,
part of a system, or piece of equipment, at a given instant or
averaged over any designated period of time. (Also see Load.)
Drainage Basin
The area drained by a river system.
Drawdown
The distance that the water surface of a reservoir is lowered
from a given elevation as the result of the withdrawal of water.
Electric Utility
An enterprise engaged in the production, transmission or
distribution of electricity for use by the public, including
investor-owned, cooperatively owned, and government-owned
(municipal systems, Federal agencies, State projects, and
public power districts).
Privately Owned: Class of ownership of electric utility noting
one where profit and return on investment are involved.
Publicly Owned: Class of ownership of electric utility that
includes municipally owned electric systems, Federal and State
public power projects, cooperatives, and public utility districts.
107
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Glossary (continued)
Energy
The capacity for doing work. Electric energy is measured in
watthours (Wh) and heat energy is generally measured in
British thermal units (Btu). One form of energy may be changed
.to another, such as burning coal to produce steam to drive a
turbine which produces electricity.
Potential Hydro: The aggregate energy capable of being
developed over a period by practicable use of the available
streamflow and river gradient.
Pumping: Energy supplied during off-peak hours to
pumped-storage hydroelectric plants by baseload plants to
pump water to a storage reservoir, to be released as required
to provide the necessary energy.
Fixed Costs
Costs other than those associated with investment in plant,
which do not vary or fluctuate with changes in operation or
utilization of plant.
Francis-Type Unit
A reaction-type turbine which uses the combined action of
pressure and velocity of the water to drive generating
equipment. Water enters the unit radially and leaves axially.
Generation (Electric)
The act or process of producing electric energy from other
forms of energy; also, the amount of electric energy so
produced, expressed in watthours (Wh).
Gross: The total amount of electric energy produced by the
generating units in a generating station or stations, measured
at the generator terminals.
Net Gross generation less the electric energy consumed at
the generating station for station use. (Energy required for
pumping at pumped-storage plants is regarded as plant use
and must be deducted from the gross generation).
Glgawatt(GW)
One billion watts.
Glgawatthour(GWh)
One billion watthours.
108
Hydraulic Head
The elevation between the headwater surfaces above and the
tailwater surface below a hydroelectric plant.
Design: The head at which the turbine will operate to give
the best overall efficiency under various operating conditions.
Gross: The difference in elevation between the headwater
surfaces above and the tailwater surface below a hydroelectric
plant, under specified conditions.
Low-Head: Difference in headwater and tailwater levels of
1 00 feet or less.
Net The gross head less aU hydraulic losses except those
chargeable to the turbine.
Hydroelectric Project
The complete unit of improvement or development at a
hydroelectric power development, consisting of a powerhouse,
all water conduits, all dams and appurtenant works and
structures that are a part of the development, and all storage,
diverting, or forebay reservoirs directly connected therewith. It
also includes the primary lines. transmitting power from the
development to the system grid and all facilities necessary and
appropriate in the maintenance and operation of the
development.
Multiple Purpose: The development of facilities to serve
more than one function, such as hydroelectric power, irrigation,
water supply, water quality control, or fish and wildlife
enhancement.
Single Purpose: A hydroelectric project constructed for the
single purpose of the generation of electricity.
Incremental Energy Costs
The additional cost of producing and/ or transmitting electric
energy above some base cost previously determined.
Joint-Use Facility
A facility at a multiple-purpose hydroelectric project which
serves more than one of the purposes of the project. An
example is a dam, which stores water for both flood control
and power purposes.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Glossary (continued)
Kaplin Unit
A hydraulic turbine using a propeller-type runner in which the
pitch of the propeller blades is adjustable under load to
achieve optimum performance in the generation of
hydroelectric power. Most frequently utilized in the
low-to-moderate-head range.
Kilowatt (kW)
One thousand watts.
Kilowatthour (kWh)
One thousand watthours.
Load (Electric)
The amount of electric power delivered or required at any
specific point or points on a system.
Baseload: The minimum load over a given period of time.
Peak: The maximum load during a specified period of time.
Megawatt (MW)
One million watts.
Megawatthour (MWh)
One million watthours.
Mill
A monetary unit equal to 1/1000 of the dollar of the United
States.
Net Energy for System
The electric energy requirements of a system, including losses,
defined as net generation of the system, plus energy received
from others, less energy delivered to other systems for resale.
Off-Peak
Periods of relatively low system demands as specified by the
supplier.
On-Peak
Periods of relatively high system demands as specified by the
supplier.
Pelton Unit
The hydraulic turbine wherein the energy of water is converted
through nozzles into high-velocity jets of water, which drive a
turbine by virtue of the forces the water jets exert on buckets
attached to the turbine wheel. Also known as impulse turbines,
they are generally used in high-head operations.
Penstock
A conduit or pipe for conducting water to a hydroelectric
powerhouse.
Plant (Electric)
A station at which are located prime movers, electric
generators, and auxiliary equipment for converting mechanical,
chemical, and/or nuclear energy into electric energy.
Baseload: A plant usually housing high-efficiency,
steam-electric units, which operates continuously to provide
the baseload of a system.
Conventional Hydroelectric: A plant in which all of the
power is produced from natural streamflow as regulated by
available storage.
Hydroelectric: A plant in which the turbine generators are
driven by falling water.
Peakload: A plant usually housing old, low-efficiency steam
units, gas turbines, diesels, or pumped-storage hydroelectric
equipment normally used during the peak-load periods.
Pumped-Storage: A hydroelectric plant that usually
generates electric energy during peak load periods by usually
using water previously pumped into a storage reservoir during
off-peak periods.
Pure: A pumped-storage hydroelectric plant that
produces power only from water that has previously been
pumped to an upper reservoir.
Combined: A pumped-storage hydroelectric plant that
utilizes both pumped water and natural streamflow for the
production of power.
109
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Glossary (continued)
Plant (Electric) (Continued)
Run-of-River. A hydroelectric plant using the flow of a
stream as it occurs and having little or no reservoir capacity for
storage.
Storage: A hydroelectric plant associated with a reservoir
having power storage.
Plant Factor
The ratio of the average load on the plant for the period of time
considered to the aggregate capacity of all the generating
equipment installed in the plant.
Pondage
The amount of water stored behind a hydroelectric dam of
relatively small storage capacity, used for daily or weekly
control of the flow of the river.
Prime Mover
The engine, turbine, water wheel, or similar machine that drives
an electric generator.
Production
See Generation.
Production Expenses
Costs incurred for the production of electric power. For data
reported on Form FPC 1, these costs are those conforming to
the accounting requirements of the Operation and
Maintenance Expense Accounts of the FPC Uniform System of
Accounts.
Reservoir
A body of water collected and stored in a natural or artificial
lake.
Reversible Turbine
A hydraulic turbine , normally installed in a pumped-storage
hydroelectric plant, which can be used alternately as a pump
and prime mover.
110
Runner
The rotating element of a hydroelectric turbine which
transforms the energy of falling water into rotating mechanical
energy.
Runoff
The portion of the precipitation on the land that ultimately
reaches streams, especially the water from rain or melted
snow that flows over the surface. The amount of surface water
that passes a given point in the given area in its migration to
streams or rivers.
Streamflow
The rate at which water passes a given point in a stream,
usually expressed in cubic feet per second.
Average Streamflow: The average rate of flow at a given
point during a specified period.
Maximum Streamflow: The maximum rate of flow at a given
point during a specified period.
Median Streamflow: The rate of. flow at a given point for
which there are equal numbers of greater and lesser flow
occurrences during a specified period.
Minimum Streamflow: The minimum rate of flow at a given
point during a specified period.
Natural Streamflow: The rate of flow at a given point of an
uncontrolled stream, or regulated streamflow adjusted to
eliminate the effects of reservoir storage or upstream
diversions.
Regulated Streamflow: The controlled rate of flow at a
given point during a specified period resulting from reservoir
operation.
Water Conditions
The status of water supply and associated water facilities of
hydroelectric plants.
Adverse Water Conditions: Water conditions limiting the
production of hydroelectric power, either because of low water
supply or reduced gross head.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Glossary (continued J
Water Conditions (Continued)
Average Water Conditions: Precipitation and runoff
conditions that provide water for hydroelectric power
development approximating the average amount and
distribution available over a long period, usually the period of
record.
Median Water Conditions: Precipitation and runoff
conditions that provide water for hydroelectric power
development approximating the median amount and
distribution over a long period, usually the period of record.
Waterway
A river, channel, canal, or other navigable body of water used
for travel or transport.
Watt
The electrical unit of power or rate of doing work. A watt is the
rate of energy transfer equivalent to 1 ampere flowing under
pressure of 1 volt at unity power factor. It is analogous to
horsepower or foot-pound per minute of mechanical power.
One horsepower is equivalent to approximately 7 46 watts.
Watthour (Wh)
Equal to 1 watt of power supplied to, or taken from, an electric
circuit steadily for 1 hour.
Wicket Gates
A series of overlapping, adjustable guide vanes placed around
the circumference of a turbine to regulate the amount of water
passing through a turbine and consequently controlling the
output of a hydroelectric unit.
II I
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
~Appendix
..
AI List of
Hydroelectric
Plants by Utility
Within State
B I Alphabetical List of
Hydroelectric
Plants
C I Technical Notes
1..
Appendix A
List of Hydroelectric Plants by Utility Within State
Alabama
State and Name of Utility
Alabama Power Co.
Bankhead ......................................................................... .
Bouldin, Walter ................................................................ .
Holt .................................................................................. ..
Jordan .............................................................................. .
Lay ................................................................................... ..
Lewis-Smith .................................................................... ..
Logan-Martin .................................................................. ..
Martin ............................................................................... .
Mitchell ............................................................................ ..
Neely, Henry .................................................................... .
Thurlow ............................................................................ .
Weiss ................................................................................ .
Yates ............................................................................... ..
Tennessee Valley Authority
Guntersville ...................................................................... .
Wheeler ............................................................................ .
Wilson ............................................................................... .
Arizona
Salt River Project
Roosevelt ......................................................................... .
Arkansas
Arkansas Power & Ught Co.
Carpenter ........................................................................ ..
California
California Dept of Water Resources
Devil Canyon ................................................................... .
Edward G. Hyatt .............................................................. .
San Luis ............... · ............................................................ .
Thermolito ....................................................................... ..
Imperial Irrigation District
Drop No.2 ...................................................................... ..
Drop No.4 ...................................................................... ..
Pilot Knob ........................................................................ .
Los Angeles Dept of Water & Power
Castaic ............................................................................. .
Control Gorge .................................................................. .
Foothill ............................................................................. ..
Middle Gorge ................................................................... .
San Francisquito No. 1 .................................................. ..
San Francisquito No. 2 ................................................... .
Upper Gorge ..................................................................... .
Merced Irrigation District
Exchequer ........................................................................ .
Oroville-Wyandotte Irrigation District
Forbestown ...................................................................... .
Woodleaf ......................................................................... ..
Pacific Gas & Electric Co.
Balch No. 1 ...................................................................... .
Balch No.2 ..................................................................... ..
Belden No. 1 .................................................................... .
Black, James B ............................................................... .
Bucks Creek ................................................................... ..
Butt Valley ....................................................................... ..
Caribou No. 1 .................................................................. .
Caribou No. 2 ................................................................. ..
Coleman .......................................................................... ..
Courtright Res Cmn ........................................................ .
Cresta ............................................................................... .
De Sabia .......................................................................... .
De Sabia Division Cmn ................................................... .
Drum Division Common .................................................. .
Drum No.1 ...................................................................... .
Drum No.2 ..................................................................... ..
Dutch Flat ........................................................................ .
ElDorado ......................................................................... .
Electra .............................................................................. .
Feather River Common .................................................. .
Page
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-Cont.
State and Name of Utility
California -cont.
Pacific Gas & Electric Co. -cont.
Haas ................................................................................. .
Halsey .............................................................................. .
Hat Creek No. 1 ............................................................. ..
Hat Creek No. 2 ............................................................. ..
Kerckhoff .......................................................................... .
Kings River ...................................................................... ..
Lyons Dam Common ..................................................... ..
Mokelumne Sys Common .............................................. .
Pit No.1 ........................................................................... .
Pit No.3 .......................................................................... ..
Pit No.4 ........................................................................... .
Pit No.5 ........................................................................... .
Pit No.6 ........................................................................... .
Pit No.7 ........................................................................... .
Poe ................................................................................... .
Rock Creek ...................................................................... .
Salt Springs ..................................................................... .
Shasta Div Common ...................................................... ..
Stanislaus ......................................................................... .
Stanislaus Spring ........................................................... ..
Tiger Creek ..................................................................... ..
West Point ....................................................................... .
Wise .................................................................................. .
Wishon Dam & Res ....................................................... ..
Pacific Power & Light Co.
Copco No.1 .................................................................... ..
Copco No.2 ..................................................................... .
Iron Gate ......................................................................... ..
Swift No.2 ....................................................................... .
Placer County Water Agency
French Meadows ........................................................... ..
Middle Fork ..................................................................... ..
Ralston ............................................................................. .
Sacramento Municipal Utility Dist.
Camino ............................................................................. .
Jaybird .............................................................................. .
Loon Lake ........................................................................ .
Robbs Peak .................................................................... ..
Union Valley ..................................................................... .
White Rock ..................................................................... ..
San Francisco City
Dion Holm ........................................................................ .
Moccasin .......................................................................... .
Robert C. Kirkwood ......................................................... .
Southern California Edison Co.
Big Creek No. 1 .............................................................. ..
Big Creek No. 2 .............................................................. ..
Big Creek No. 2A ............................................................ .
Big Creek No.3 .............................................................. ..
Big Creek No.4 .............................................................. ..
Big Creek No. 8 .............................................................. ..
Big Creek Wtr Fac .......................................................... ..
Kern River No. 1 ............................................................. .
Kern River No. 3 ............................................................ ..
Mammouth Pool ............................................................. ..
Turlock Irrigation District
Don Pedro ........................................................................ .
Yuba County Water Agency
Colgate ............................................................................. .
Narrows ............................................................................ .
Yuba Co Common Fac ................................................... .
Colorado
Public Service Co. of Colorado
Boulder Canyon ............................................................... .
Cabin Creek .................................................................... ..
Shoshone ......................................................................... .
Hydroelectric Plant Construction Cost and Annual Production Expenses -1 980
Energy Information Administration
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liS
Appendix A (continued)
List of Hydroelectric Plants by Utility Within State
-Cont.
State and Name of Utility
Connecticut
Connecticut Light & Power Co.
Rocky River ..................................................................... .
Shepaug ........................................................................... .
Stevenson ........................................................................ .
Georgia
Georgia Power Co.
Bart letts Ferry .................................................................. .
Goat Rock ........................................................................ .
Lloyd Shoals .................................................................... .
Mathis Terrora ................................................................. .
North Highlands ............................................................. ..
Oliver ............. _ ................................................................. .
Sinclair ............................................................................. ..
Tallulah Falls .................................................................. ..
Tugalo .............................................................................. .
Wallace Dam ................................................................... .
Yonah ............................................................................... .
Tennessee Valley Authority
Blue Ridge ...................................................................... ..
Nottely .............................................................................. .
Idaho
Idaho Power Co
American Falls ................................................................ ..
Bliss ................................................................................. ..
Brownlee .......................................................................... .
lower Salmon Falls ....................................................... ..
Malad ............................................................................... ..
Shoshone Falls ............................................................... .
Snake River Cmn Fac ................................................... ..
Strike, C.J ........................................................................ ..
Swan Falls ....................................................................... .
Twin Falls ......................................................................... .
Upper Salmon Falls ....................................................... ..
Utah Power & Light Co.
Grace ................................................................................ .
Oneida .............................................................................. .
Soda ................................................................................. .
Washington Water & Power Co.
Cabinet Gorge ................................................................. .
Post Falls ........................................................................ ..
Indiana
Northern Indiana Public Service Co.
Oakdale ............................................................................ .
Public service Co. of Indiana
Markland .......................................................................... .
Iowa
Union Electric Co
Keokuk ............................................................................. .
Kentucky
Louisville Gas & Electric Co.
Ohio Falls ......................................................................... .
Tennessee Valley Authority
Kentucky ......................................................................... ..
Maine
Central Maine Power Co.
Gulf Island ........................................................................ .
Indian Pond-Harris ......................................................... ..
Skelton ............................................................................. .
Weston ............................................................................. .
Williams ............................................................................ .
Wyman ............................................................................. .
Maryland
Pennsylvania Electric Co.
Deep Creek ...................................................................... .
116
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47
State and Name of Utility
-Cont.
Maryland -cont.
Pennsylvania Electric Co. -Cont.
Philadelphia Electric Co.
Conowingo ....................................................................... .
Massachusetts
Holyoke Water Power Co.
Hadley Falls ..................................................................... .
New England Power Co.
Bear Swamp ................................................................... ..
Deerfield No. 5 ............................................................... ..
Fife Brook ........................................................................ .
Western Massachusetts Electric Co.
Cabot ................................................................................ .
Cobble Mountain ............................................................. .
Northfield Mountain ........................................................ .
Michigan
Consumers Power Co.
C.W. Tippy ....................................................................... .
Hardy ................................................................................ .
Hodenpyl .......................................................................... .
Ludington ......................................................................... .
Wisconsin Electric Power Co.
Big Quinnesec Falls ........................................................ .
Peavy Falls ...................................................................... .
Minnesota
Minnesota Power & Light Co.
Blanchard ........................................................................ ..
Fond DuLac ................................................................... ..
Thomson ......................................................................... ..
Northern States Power
Hennepin Island ............................................................. ..
Missouri
Empire Dlst Electric Co.
Ozark Beach .................................................................... .
Union Electric Co.
Osage ............................................................................... .
Taum Sauk ....................................................................... .
Montana
Montana Power Co.
Black Eagle ...................................................................... .
Cochrane ......................................................................... .
Hauser Lake ................................................................... ..
Holter ................................................................................ .
Kerr ................................................................................... .
Morony ............................................................................. .
Mystic Lake ...................................................................... .
Rainbow .......................................................................... ..
Ryan ................................................................................ ..
Thompson Falls ............................................................... .
Washington Water & Power Co.
Noxon Rapids .................................................................. .
Nebraska
Central Nebraska Public Power
Jeffrey Canyon ................................................................ .
Johnson No. 1 ................................................................. .
Johnson No. 2 ................................................................. .
Loup River Public Power District
Columbus ......................................................................... .
Nebraska Public Power District
North Platte ...................................................................... .
New Hampshire
New England Power Co.
Comerford ........................................................................ .
Moore ............................................................................... .
Public Service Co. of New Hampshire
Amoskeag ........................................................................ .
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
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Appendix A (continued)
List of Hydroelectric Plants by Utility Within State
-Cont.
State and Name of Utility
New Hampshire -Cont.
Public Service Co. of New Hampshire -Cont.
Smith ................................................................................ .
New York
Central Hudson Gas & Electric
Neversink ........................................................................ ..
Sturgeon Pool .................................................................. .
New York State Electric & Gas
High Falls ......................................................................... .
Niagara Mohawk Power Co.
Beardslee ......................................................................... .
Bennetts Bridge .............................................................. ..
Blake ............................................................................... ..
Browns Falls .................................................................... .
Colton .............................................................................. ..
Deferiet. ............................................................................ .
E.J. West .......................................................................... .
Five Falls .......................................................................... .
Prospect .......................................................................... ..
Rainbow Falls .................................................................. .
School Street.. ................................................................. .
Sherman Island ............................................................... .
Soft Maple ....................................................................... .
South Colton .................................................................... .
Spier Falls ....................................................................... ..
Stark ................................................................................ ..
Stewarts Bridge .............................................................. ..
Trenton Falls .................................................................. ..
Orange & Rockland Utilities, Inc.
Grahamsville .................................................................... .
Rio ................................................................................... ..
Power Authority of the State of N.Y.
Blenheim-Gilboa .............................................................. .
Robert Moses (Niagara) ................................................ ..
Robert Moses (St. Lawrence) ........................................ .
North Carolina
Carolina Power & Light Co.
Blewett ...................... : ...................................................... .
Tillery ................................................................................ .
Walters ............................................................................. .
Duke Power Co.
Bridgewater ...................................................................... .
Cowans Ford ................................................................... .
Lookout Shoals ............................................................... .
Mountain Island ............................................................... .
Oxford ............................................................................... .
Rhodhiss ......................................................................... ..
Nantahala Power & Light Co.
Nantahala ......................................................................... .
Thorpe .............................................................................. .
Tapoco Inc.
Cheoah ............................................................................ ..
Santeetlah ....................................................................... ..
Tennessee Valley Authority
Chatuge ............................................................................ .
Fontana ............................................................................ .
Hiwassee .......................................................................... .
Virginia Electric & Power Co.
Gaston .............................................................................. .
Roanoke Rapids ............................................................. ..
Yadkln Inc.
High Rock ....................................................................... ..
Tuckertown ...................................................................... .
Yadkin Falls .................................................................... ..
Yadkin Narrows ............................................................... .
Oklahoma
Grand River Dam Authority
Kerr (Markham) ................................................................... .
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State and Name of Utility
-Cont.
Oklahoma -Cont.
Pensacola ............................................................................ .
Salina .................................................................................. ..
Oregon
Eugene Water & Electric
Carmen-Smith .................................................................. .
Leaburg ............................................................................ .
Trail Bridge ...................................................................... ..
Idaho Power Co.
Hells Canyon ................................................................... .
Oxbow .............................................................................. .
Pacific Power & Light Co.
Clearwater No. 1 ............................................................. .
Clearwater No. 2 ............................................................. .
Fish Creek ....................................................................... ..
John C Boyle ................................................................... .
Lemolo No. 1 ................................................................... .
Lemolo No.2 .................................................................. ..
Prospect No. 2 ............................................................... ..
Slide Creek ...................................................................... .
Soda Springs .................................................................. ..
Toketee ............................................................................ .
Portland General Electric Co.
Bull Run ............................................................................ .
Faraday ............................................................................ .
North Fork ....................................................................... ..
Oak Grove ...................................................................... ..
Pelton ............................................................................... .
River Mill (Sta.M) ............................................................ ..
Round Butte ..................................................................... .
T.W. Sullivan .................................................................... .
Pennsylvania
Pennsylvania Electric Co.
Piney ................................................................................ ..
Seneca ............................................................................. .
Pennsylvania Power & Light Co.
Holtwood ......................................................................... ..
Wallenpaupack ................................................................ .
Philadelphia Electric Co.
Muddy Run ....................................................................... .
Safe Harbor Water Power Corp.
Safe Harbor ..................................................................... .
South Carolina
Duke Power Co.
Buzzard Roost ................................................................. .
Cedar Creek .................................................................... .
Dearborn ......................................................................... ..
Fishing Creek ................................................................... .
Great Falls ...................................................................... ..
Jocassee .......................................................................... .
Keowee ............................................................................ .
Rocky Creek .................................................................... .
Wateree ............................................................................ .
Wylie ................................................................................. .
991slands ........................................................................ ..
Lockhart Electric Power & Gas Co.
Lockhart ........................................................................... .
South Carolina Electric & Gas Co.
Columbia .......................................................................... .
Fairfield ............................................................................ .
Parr ................................................................................... .
Saluda .............................................................................. .
Stevens Creek ................................................................ ..
South Carolina Public Serv. Auth.
Jeffries .............................................................................. .
Tennessee
Tapoco Inc.
Calderwood ...................................................................... .
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
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77
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(
Appendix A (continued)
State and Name of Utility
-Cont.
Tennessee -Cont.
Tapoco Inc. -Cont.
Chilowee .......................................................................... .
Tennessee Valley Authority
Apalachia ......................................................................... .
Boone ............................................................................... .
Cherokee ......................................................................... .
Chickamauga ................................................................... .
Douglas ............................................................................ .
Fort Loudoun ................................................................... .
Ft. Patrick Henry ............................................................. .
Great Falls ...................................................................... ..
Melton Hill ....................................................................... ..
Nickajack .......................................................................... .
Norris ................................................................................ .
Ocoee No.1 ................................................................... ..
Ocoee No.;!. .................................................................... .
Ocoee No.3 .................................................................... .
Pickwick .......................................................................... ..
Raccoon Mountain .......................................................... .
South Holston .................................................................. .
Tims Ford ........................................................................ ..
Watauge ........................................................................... .
Watts Bar ........................................................................ ..
Wilbur ............................................................................... .
Texas
Brazos Electric Power Coop.
Morris Sheppard .............................................................. .
Lower Colorado River Authority
Austin .............................................................................. ..
Buchanan ......................................................................... .
Granite Shoals ................................................................. .
Inks .................................................................................. ..
Marble Falls .................................................................... ..
Marshall Ford .................................................................. .
Utah
Utah Power & Light Co.
Cutler ................................................................................ .
Olmstead ......................................................................... ..
Vermont
New England Power Co.
. Bellows Falls .................................................................. ..
Harriman .......................................................................... .
Vernon .............................................................................. .
Wilder ............................................................................... .
VIrginia
Appalachian Power Co.
Byllesby ............................................................................ .
Clayton ............................................................................. .
Leesville .......................................................................... ..
Reusen ............................................................................ ..
Smith Mountain .............................................................. ..
Danville Water, Gas & Electric
Pinnacles .......................................................................... .
Washington
Centralia, City of
Centralia Mun Hydro ................................................... ..
Chelan County Pub. Utility No. 1
Lake Chelan ..................................................................... .
llB
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State and Name of Utility
-Cont.
Washington -Cont.
Rock Island ...................................................................... .
Rock Island 11. ................................................................. ..
Rocky Reach .................................................................. ..
City of Seattle, Dept. of Lighting
Boundary ......................................................................... ..
Cedar Falls ...................................................................... ..
Diablo ............................................................................... .
Gorge .............................................................................. ..
City of Seattle, Dept. of Lighting -Cont.
Ross ................................................................................. .
Douglas County PUD No. 1
Wells ................................................................................. .
Pacific Power & Light Co.
Merwin .............................................................................. .
Swift No. 1 ...................................................................... ..
Yale .................................................................................. .
Pend Oreille PUD No. 1
Box Canyon .................................................................... ..
Puget Sound Power & Light Co.
Electron ............................................................................ .
Lower Baker ................................................................... ..
Snoqualmie ..................................................................... ..
Upper Baker ................................................................... ..
White River ..................................................................... ..
Tacoma Dept. Of Utilities •
Alder ................................................................................. .
Cushman No. 1 .............................................................. ..
Cushman No. 2 .............................................................. ..
La Grande ........................................................................ .
Mayfield ............................................................................ .
Mossyrock ........................................................................ .
Washington Water & Power Co.
Little Falls ......................................................................... .
Long Lake ....................................................................... ..
Nine Mile ......................................................................... ..
Upper Falls .................. , .................................................. ..
Wisconsin
Dairyland Power Coop.
Flambeau ......................................................................... .
Northern States Power
Chippewa Falls ................................................................ .
Cornell .............................................................................. .
Holcombe ......................................................................... .
Jim Falls ........................................................................... .
St. Croix Falls ................................................................. ..
Wissota ............................................................................ .
Wisconsin Power & Lighting
Prairie Du Sac .................................................................. .
Wisconsin Public Service Corp.
Grandfather Falls ............................................................ .
Wisconsin River Power
Castle Rock .................................................................... ..
Petenwell ......................................................................... .
Puerto Rico
Puerto Rico Water Authority
Caonillas .......................................................................... .
Dos Bocas ...................................................................... ..
Yauco ! ............................................................................ ..
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Page
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104
Appendix B
Alphabetical List of Hydroelectric Plants
Name of Plant State Page Name of Plant State Page
Alder Washington 98 Clearwater No. 2 Oregon 72
American Falls Idaho 41 Cobble Mountain Massachusetts 49
Amoskeag New Hampshire 57 Cochrane Montana 53
Apalchine Tennessee 83 Coleman California 19
Austin Texas 88 Colgate California 35
Colton New York 60
Balch No.1 California 17 Columbia South Carolina 81
Balch No.2 California 18 Columbus Nebraska 56
Bankhead Alabama 9 Comerford New Hampshire 57
Bartletts Ferry Georgia 37 Conowingo Maryland 48
Bear Swamp Massachusetts 48 Control Gorge California 15
Beardslee New York 59 Copco No.1 California 28
Belden No.1 California 18 Copco No.2 California 29
Bellows Falls Vermont 90 Cornell Wisconsin 101
Bennett's Bridge New York 59 Courtright Res Cmn California 20
Big Creek No. 1 California 32 Cowans Ford North Carolina 65
Big Creek No. 2 California 33 Cresta California 20
Big Creek No. 2A California 33 Cushman No. 1 Washington 98
Big Creek No. 3 California 33 Cushman No. 2 Washington 98
Big Creek No. 4 California 33 Cutler Utah 90
Big Creek No. 8 California 34
Big Creek Wtr Fac California 34 Dearborn South Carolina 78
Big Quinnesec Falls Michigan 51 Deep Creek Maryland 47
Black Eagle Montana 53 Deerfield No. 5 Massachusetts 48
Black, James B. California 18 Deferiet New York 60
Blake New York 59 Devil Canyon California 13
Blanchard Minnesota 51 Desabla California 20
Blenheim-Gilboa New York 64 Desabla Division Cmn California 20
Blewett North Carolina 64 Diablo Washington 95
Bliss Idaho 41 Dion Holm California 32
Blue Ridge Georgia 40 Don Pedro California 35
Boone Tennessee 83 Dos Bacos Puerto Rico 103
Boulder Canyon Colorado 36 Douglas Tennessee 84
Bouldin, Walter Alabama 9 Drop No.2 California 14
Boundary Washington 94 Drop No.4 California 14
Box Canyon Washington 96 Drum Division Common California 21
Bridgewater North Carolina 65 Drum No.1 California 21
Brownlee Idaho 41 Drum No.2 California 21
Browns Falls New York 59 Dutch Flat California 21
Buchanan Texas 89
Bucks Creek California 18 E.J. West New York 60
Bull Run Oregon 74 Edward G. Hyatt California 13
Butt Valley California 19 ElDorado California 22
Buzzard Roost South Carolina 78 Electra California 22
Byllesby Virginia 91 Electron Washington 97
Exchequer California 17
C.W. Tippy Michigan 50
Cabin Creek Colorado 36 Fairfield South Carolina 81
Cabinet Gorge Idaho 44 Faraday Oregon 75
Cabot Massachusetts 49 Feather River Common California 22
Calderwood Tennessee 82 Fife Brook Massachusetts 49
Camino California 30 Fish Creek Oregon 72
Caonillas Puerto Rico 103 Fishing Creek South Carolina 79
Caribou No. 1 California 19 Five Falls New York 60
Caribou No. 2 California 19 Flambeau Wisconsin 100
Carmen-Smith Oregon 71 Fond DuLac Minnesota 51
Carpenter Arkansas 13 Fontana North Carolina 68
Castaic California 15 Foothill California 15
Castle Rock Wisconsin 103 Forbestown California 17
Cedar Creek South Carolina 78 Fort Loudoun Tennessee 84
Cedar Falls Washington 94 French Meadows California 29
Centralia Mun Hydro Washington 93 Ft Patrick Henry Tennessee 84
Chatuge North Carolina 68
Cheoah North Carolina 67 Gaston North Carolina 68
Cherokee Tennessee 83 Goat Rock Georgia 38
Chickamauga Tennessee 84 Gorge Washington 95
Chilohowee Tennessee 83 Grace Idaho 43
Chippewa Falls Wisconsin 101 Grahamsville New York 63
Clayton Virginia 92 Grandfather Falls Wisconsin 102
Clearwater No. 1 Oregon 72 Granite Shoals Texas 89
119
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Appendix B (continued)
Alphabetical List of Hydroelectric Plants
Name of Plant State Page Name of Plant State Page
Great Falls South Carolina 79 Markland Indiana 45
Great Falls Tennessee 85 Marshall Ford Texas 90
Gulf Island Maine 46 Martin Dam Alabama 10
Guntersvill Alabama 12 Mathis Terrora Georgia 38
Mayfield Washington 99
Haas California 22 Melton Hill Tennessee 85
Hadley Falls Massachusetts 48 Merwin Washington 96
Halsey California 23 Middle Gorge California 16
Hardy Michigan 50 Middlefork California 30
Harriman Vermont 91 Mitchell Dam Alabama 11
Hat Creek No. 1 California 23 Moccasin California 32
Hat Creek No. 2 California 23 Mokelumne Sye Common California 24-
Hauser Lake Montana 53 Moore New Hampshire 57
Hells Canyon Oregon 71 Morony Montana 54
Hennepin Island Minnesota 52 Morris Shapperd Texas 88
High Falls New York 58 Mossyrock Washington 99
High Rock North Carolina 69 Mountain Island North Carolina 66
Hiwassee North Carolina 68 Muddy Run Pennsylvania 77
Hodenpyl Michigan 50 Mystic Lake Montana 54
Holcombe Wisconsin 101
Holt Alabama 9 Nantahala North Carolina 67
Holter Montana 54 Narrows California 35
Holtwood Pennsylvania 77 Neely, Henry Alabama 11
Neversink New York 58
Indian Pond-Harris Maine 46 Nickajack Tennessee 85
Inks Texas 89 Nine Mile Washington 100
Iron Gate California 29 Norris Tennessee 85
North Fork Oregon 75
Jaybird California 30 North Highlands Georgia 38
Jeffery Canyon Nebraska 56 North Platte Nebraska 57
Jefferies South Carolina 82 Northfield Mountain Massachusetts 49
Jim Falls Wisconsin 101 Nottely Georgia 40
Jocassee South Carolina 79 Noxon Rapids Montana 55
John C Boyle Oregon 73
Johnson No. 1 Nebraska 56 Oak Grove Oregon 75
Johnson No. 2 Nebraska 56 Oakdale Indiana 45
Jordan Alabama 9 Ocoee No.1 Tennessee 86
Ocoee No.2 Tennessee 86
Kentucky Kentucky 46 Ocoee No.3 Tennessee 86
Keokuk Iowa 45 Ohio Falls Kentucky 45
Keowee South Carolina 79 Oliver Georgia 39
Kerckoff California 23 Olmstead Utah 90
Kern No.1 California 34 Oneida Idaho 44
Kern No.3 California 34 Osage Missouri 52
Kerr Montana 54 Oxbow Oregon 72
Kerr (Markham) Oklahoma 70 Oxford North Carolina 66
Kings River California 24 Ozark Beach Missouri 52
La Grande Washing1on 99
Lake Chelan Washing1on 93 Parr South Carolina 81
Lay Alabama 10 Peavy Falls Michigan 51
Leaburg Oregon 71 Pelton Oregon 75
Leesville Virginioa 92 Pensacola Oklahoma 70
Lemolo No.1 Oregon 73 Petenwell Wisconsin 103
Lemolo No.2 Oregon 73 Pickwick Tennessee 86
Lewis-Smith Alabama 10 Pilot Knob California 15
Little Falls Washing1on 99 Piney Pennsylvania 76
Lloyd Shoals Georgia 38 Pinnacles Virginia 93
Lockhart South Carolina 81 Pit No.1 California 24
Logan-Martin Alabama 10 Pit No.3 California 25
Long Lake Washing1on 100 Pit No.4 California 25
Lookout Shoals NothH Carolina 66 Pit No.5 California 25
Loon Lake California 31 Pit No.6 California 25
Lower Baker Washington 97 Pit No.7 California 26
Lower Salmon Falls Idaho 41 Poe California 26
Ludington Michigan 50 Post Falls Idaho 44
Lyons Dam Common California 24 Prairie Du Sac Wisconsin 102
Prospect New York 61
Malad Idaho 42 Prospect No. 2 Oregon 73
Mammoth Pool California 35
Marble Falls Texas 89 Raccoon Mountain Tennessee 87
120
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Name of Plant
Rainbow
Rainbow Falls
Ralston
Reusen
Rhodhiss
Rio
River Mill (Sta. M)
Roanoke Rapids
Robbs Peak
Robert C. Kirkwood
Robert Moses
Robert Moses
Rock Creek
Rock Island
Rock Island II
Rocky Creek
Rocky Reach
Rocky River
Roosevelt
Ross
Round Butte
Ryan
Safe Harbor
Salina
Salt Springs
Saluda
San Francisquito 1
San Francisquito 2
San Luis
Santeelah
School Street
Seneca
Shasta Div Common
Shepaug
Sherman Island
Shoshone
Shoshone Falls
Sinclair
Skelton
Slide Creek
Smith
Smith Mountain
Snake River Cmn Fac
Scoqualmie
Soda
Soda Springs
Soft Maple
South Colton
South Holston
Spier Falls
St. Croix Falls
Stanislaus
Stanislaus Spring
Stark
Stevens Creek
Stevenson
Stewarts Bridge
Strike, C.J.
Sturgeon Pool
Swan Falls
.....
Appendix B (continued)
Alphabetical List of Hydroelectric Plants
State Page Name of Plant State
Montana 55 Swift No.1 Washington
New York 61 Swift No.2 California
California 30
Virginia 92 T.W. Sullivan Oregon
North Carolina 66 Tallulah Falls Georgia
New York 63 Taum Sauk Missouri
Oregon 76 Thermolito California
North Carolina 69 Thompson Falls Montana
California 31 Thomson Minnesota
california 32 Thorpe North Carolina
New York 64 Thurlow Alabama
New York 64 Tiger Creek California
california 26 Tillery North Carolina
Washington 93 Tims Ford Tennessee
Washington 94 Toketee Oregon
South Carolina 80 Trail Bridge Oregon
Washington 94 Trenton Falls New York
Connecticut 37 Tuckertown North Carolina
Arizona 13 Tugalo Georgia
Washington 95 Twin Falls Idaho
Oregon 76 Union Valley California Montana 55 Upper Baker Washington
Pennsylvania 78
Upper Falls Washington
Upper Gorge california
Oklahoma 70 Upper Salmon Falls Idaho
California 26
South Carolina 82 Vernon Vermont
California 16
California 16 Wallace Dam Georgia
California 14 Wallenpaupack Pennsylvania
North Carolina 67 Walters North Carolina
New York 61 Watauga Tennessee
Pennsylvania 77 Wateree South Carolina
california 27 Watts Bar Tennessee
Connecticut 37 Weiss Alabama
New York 61 Wells Washington
Colorado 36 West Point California
Idaho 42 Weston Maine
Georgia 39 Wheeler Alabama
Maine 46 White River Washington
Oregon 74 White Rock california
New Hampshire 58 Wilbur Tennessee
Virginia 92 Wilder Vermont
Idaho 42 Williams Maine
Washington 97 Wilson Alabama
Idaho 44 Wise California
Oregon 74 Wishon Dam & Res California
New York 62 Wissota Wisconsin
New York 62 Woodleaf california
Tennessee 87 Wylie South carolina
New York 62 Wyman Maine
Wisconsin 102
california 27 Yadkin Falls North Carolina
California 27 Yadkin Narrows North Carolina
New York 62 Yale Washington
South Carolina 82 Yates Alabama
Connecticut 37 Yauco 1 Puerto Rico
New York 63 Yonah Georgia
Idaho 42 Yuba Co. Common Fac. California
New York 58
Idaho 43 991slands South Carolina
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Page
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29
76
39
53
14
55
52
67
11
27
65
87
74
71
63
69
39
43
31
97
100
16
43
91
40
77
65
87
80
88
11
95
28
47
12
98
31
88
91
47
12
28
28
102
17
80
47
69
70
96
12
104
40
36
80
121
_ _j
Appendix C
Technical Notes
1. Sources of Data
The Office of Coal, Nuclear, Electric and Alternate Fuels is
responsible for routine data improvement and quality
assurance activities. All operations of this office are done in
accordance with standards established by EIA. These
standards are the measuring rod necessary for quality
statistics. Data improvement efforts include follow-up on
nonrespondents, verification of data-keyed input by automatic
computerized methods, and editing by subject-matter
specialists. Completed forms received by the Office of Coal,
Nuclear, Electric and Alternate Fuels are sorted, screened for
completeness of reported information, and keyed onto
computer tapes for storage and transfer to data bases on
random access storage devices for computer processing. The
information coded on the computer tapes is manually spot
checked against the data reported on the forms to certify
accuracy of the tapes. Respondent computerized data files are
checked to identify those who fail to respond to the survey. By
law, nonrespondents may be fined or otherwise penalized for
not filing an EIA data form as prescribed in the instructions.
Before invoking the law, EIA tries to obtain the required
information by encouraging cooperation of nonrespondents.
A brief summary of the history of the data sources and the
data used in publishing Hydroelectric Plant Construction
Cost and Annual Production Expenses is presented below.
1.1. FPC Form 1 • Annual Report of Private Electric
Utilities
Summary Statement of the FPC Form 1 Primary Purpose
The FPC Form 1, Annual Report of Private Electric Utilities, is
used annually to collect detailed accounting, financial, and
operating data from privately owned electric utilities of Classes
A and B in the United States and its possessions. Classes A
and B electric utilities are those having annual electric
operating revenues of one million dollars or more. For the year
ended December 1980, there were 203 such electric utilities.
Instrument and Design History
The FPC Form 1 was implemented in 1935 by the Federal
Power Commission. In October 1977, it became the
responsibility of the Energy Information Administration when
the Federal Power Commission was merged into the
Department of Energy. This mandatory report is prepared in
accordance with the FPC Uniform System of Accounts for
Private Utilities and Licensees (Classes A and B). The
legislative authority for this data collection activity is the
Federal Power Act.
122
Data Processing
The processing of data reported on FPC Form 1 is the
responsibility of the Development, Collection, Processing and
Maintenance Branch of the Office of Coal, Nuclear, Electric
and Alternate Fuels. The completed forms are due in this office
on or before May 1, after the close of the preceding calendar
year. Manual editing of the reported data is completed prior to
bei[lg sent for data entry. Additional edit checks of the data are
performed through computer programs. The program edits
include both deterministic checks, in which records are
checked for the presence of data in required fields, and
statistical checks, in which the data are checked against a
range of values based on historical data values and for logical
or mathematical consistency with data elements reported in
the form. Discrepancies arising as a result of these checks are
resolved either by the processing office or by a telephone call
to the company concerned.
Presentation
Data on plant construction cost, production expenses,
generating equipment characteristics, and other revelant
operating data are generated in tabular form for publication.
These data are published in Thermal-Electric Plant
Construction Cost and Annual Production Expenses , and
Hydroelectric Plant Construction Cost and Annual
Production Expenses. Additional data reported on FPC 1 are
published in Statistics of Privately Owned Electric Utilities
in the United States.
Information Collected
Data reported on FPC 1 include for the reporting year, data on
the following: income and earnings, taxes, depreciation and
amortization, distribution of salaries and wages, electric
operating revenues, electric maintenance expenses, and
generating plant statistics. Planned construction data, year-end
balance sheets, along with general corporate information are
also included.
1.2. ERA Form 412 ·Annual Report of Municipal Electric
Utilities
Summary Statement of the ERA Form 412 Primary
Purpose
The ERA Form 412 is used annually to collect detailed
accounting, financial, and operating data from municipal
electric utilities in the United States and its possessions. For
the year ended December 1980, there were 545 such electric
utilities.
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Appendix C (continued)
Instrument and Design History
The FPC Form 1M was implemented as a mandatory survey by
the Federal Power Commission in 1961. It became the
responsibility of the Energy Information Administration in
October 1977 when the Federal Power Commission was
merged into the Department of Energy. Effective January 1980,
the FPC Form 1M was superseded by the ERA Form 412, also
a mandatory survey. Data currently reported on ERA Form 412
is the same as that previously reported on Form FPC 1M.
Data Processing
The processing of data reported on this form is the
responsibility of the Development, Collection, Processing and
Maintenance Branch of the Office of Coal, Nuclear, Electric
and Alternate Fuels. The completed forms are due in this office
on or before the last day of the third month following the close
of the fiscal year. Manual editing of the reported data is
completed prior to being sent for data entry. Additional edit
checks of the data are performed through computer programs.
The program edits include both deterministic checks, in which
records are checked for the presence of data in required fields,
and statistical checks, in which the data are checked against a
range of values based on historical data values and for logical
or mather;natical consistency when compared with other data
elements on the form. Discrepancies arising as a result of
these checks are resolved either by the processing office or by
a telephone call to the company concerned.
Presentation
Data on plant construction cost, production expenses,
generating equipment characteristics, and other revelant
operating data are generated in tabular form for publication.
These data are published in Thermal-Electric Plant
Construction Cost and Annual Production Expenses, and
Hydroelectric Plant Construction Cost and Annual
Production Expenses. Additional data reported on ERA Form
_1 412 are published in Statistics of Publicly Owned Electric
Utilities in the United States.
Information Collected
Data reported on ERA Form 412 include for the reporting year
the following: income and earnings, taxes, depreciation and
amortization, distribution of salaries and wages, electric
operating revenues, electric maintenance expenses, and
generating plant statistics. Planned construction data, and
year-end balance sheets are also included.
1.3. Form FPC 12 • Annual Power System Statement
Summary Statement of the FPC Form 12 Primary Purpose
The Form FPC 12 is used annually to collect data on electric
power generation, energy exchanges, electric plant
characteristics, sales of electric energy to ultimate consumers,
system capacity, and system loads. The legislative authority is
the Federal Power Act. Instrument and Design History
The FPC Form 12 was implemented in 1938 by the former
Federal Power Commission. In October 1977, the FPC Form
12 became the responsibility of the Energy Information
Administration when the Federal Power Commission was
merged into the Department of Energy.
Each corporation, person, agency, authority or other legal
entity or instrumentality whether public or private, which
operates facilities for the generation, transmission, or
distribution of electric energy and which is a Class I or Class II
system is required to file FPC Form 12. A Class I electric utility
system is one that generates all or part of its system
requirements and whose yearly net energy for system is more
than 100,000 megawatthours. A Class II electric utility system
is one that generates all or part of its system requirements and
whose net energy for system is 20,000 to 100,000
megawatthours. For the year ended December, 1980 there
were 655 respondents.
Data Processing
The processing of data on FPC Form 12 is the responsibility of
the Development, Collection, Processing and Maintenance
Branch of the Office of Coal, Nuclear, Electric and Alternate
Fuels. The forms are mailed to respondents the last week in
December. The completed forms are due in the processing
office on or before May 1, furnishing data for the preceding
calendar year.
The forms are manually logged in and filed. Data on this form
are not computerized.
The data items are edited and verified only as it becomes
necessary to update primary data files. Respondents are
contacted to verify and supply data that would otherwise be
unavailable.
The FPC Form 12 for the previous five years is filed in the
receiving office. Data for years 1960 through 1975 on
microfilm, and hard copies of data for 1976 through 1980 are
available from the Federal Energy Regulatory Commission,
Office of Public Information.
123
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
Appendix C (continued)
Technical Notes
Presentation
FPC Form 12 contains the most complete reporting of electric
utility operating data to the Department of Energy and is used
extensively in special studies and reports. Any publishing of
data reported on this form is done in conjunction with other
projects.
Information Collected
The FPC Form 12 contains 18 schedules:
Schedule 1 :Capacity and Output of System Generating Plants
Schedule 2 :System Hydroelectric Data
Schedule 3 :Plant Data (Small Plants)
Schedule 4 :Hydroelectric Plant Data
Schedule 5 :Steam-Electric Plant Data
Schedule 7 :Internal Combustion Engine and Gas-Turbine Plant
Data
Schedule 8 :Itemized Accounting of Energy Transfers During
the Year
Schedule 9 :System Energy Accounting for the Year
Schedule 10 :Energy Delivered to Ultimate Consumers
Schedule 11 :Energy Transferred to or across a State Line or
International Boundary
Schedule 13 :Demand on Generating Plants, Power Received,
and Power Delivered, for Resale, at the Time of System Peak
Load
Schedule 14 :Net Generation, Energy Received and Delivered,
and System Peaks by Months
Schedule 15 :System Load for Specified Weeks
Schedule 16 :System Dependable and Assured Capacity
Schedule 17 :Distribution of System Load in Service Area
Schedule 18 :System Maps and Diagrams
Schedule 18B:High Voltage Line Data
Schedule 19 :Summer and Winter Peak Month and Calendar
Year Load Estimates
124
2. Hydropower Responsibilities of FERC
The Federal Energy Regulatory Commission (FERC) licenses
hydroelectric generating facilities and insures the safety of
dams at FERC-Iicensed projects. Under the Federal Water
Power Act, the former Federal Power Commission (FPC) was
given the responsibility of licensing non-Federal hydroelectric
power projects in the United States. In October 1977, the
FPC's responsibilities were transferred to the FERC. The
Commission issues licenses for periods not exceeding 50
years to citizens, corporations, cooperatives, States, and
municipalities for the purposes of construction, operation, and
maintenance of water power projects located on navigable
waterways, or on any streams over which Congress has
jurisdiction under its authority to regulate commerce among
several States, or on public lands or reservations of the United
States. The Commission may also issue licenses to such
non-Federal interests to utilize surplus water or water power
from government dams.
Hydroelectric projects constructed by the Federal government
do not require license from the Commission but are authorized
by the Congress of the United States.
The Commission also issues preliminary permits, usually for
three years. A preliminary permit reserves priority over a
particular hydro site for an applicant while the applicant
conducts studies to support a license application and to
determine the project's economic and technical feasibility.
An important provision of the Federal Power Act is the
requirement that any hydroelectric power project licensed shall,
in the judgement of the Commission, be best adopted to a
comprehensive plan for the development and use of the water
resources of the river basins for all beneficial purposes,
including recreation.
3. Explanatory Notes
3.1. Conformity of Data
Data reported on FPC 1 are done so in accordance with the
FPC Uniform System of Accounts. Copies of the Uniform
System of Accounts Prescribed for Electric Utilities is available
from:
U.S. Government Printing Office
Superintendent of Documents
Washington, D. C. 20402
Hydroelectric Plant Construction Cost and Annual Production Expenses -1980
Energy Information Administration
Appendix C (continued)
Technical Notes
3.2. Plant Investment Costs
The summarized plant investment in terms of land, structures,
and equipment is a condensation of the applicable plant
accounts used in the FERC Uniform System of Accounts.
These summarized investment costs are the net cumulative
costs to the reporting company-that is, the initial investment
in plant plus the costs of all additions, less all retirements.
Thus, the total investment in a plant may include expenditures
made over several years. For older plants, the expenditures
may have been made over several decades. For several of the
older plants, initial generating units have been replaced by
larger units. Approximate expenditures for the initial installation
and for generating units added in following years can be
determined by referring to predecessor publications.
Reported plant costs often include some embedded
expenditures for future unit extensions.
Unit investment costs are determined by type of project, its
size and location, head and other factors.
3.3. Annual Fixed Costs
The annual production expenses are reported in accordance
k O.S. GOVERNMENT PRINTING OFFICE: l983-380-903:56
with the "Operation and Maintenance Expense Accounts" of
the FERC Uniform System of Accounts. Therefore, such
expenses do not include costs generally referred to as the
annual fixed costs or capital costs, such as interest on debt,
dividend or other return charges, depreciation or amortization
expenses, taxes, and in many instances, allocated "General
and Administrative Expenses." Consequently, total production
expenses and the derived unit costs are not the total cost of
producing hydroelectric power.
3.4. Multiple Purpose Projects
Except where noted, "Cost of Plant" shown for TV A
multiple-purpose projects includes the cost of the specific
power facilities allocated to power production. Many
non-Federal projects provide benefits in addition to power
production. Except where noted, the total cost of such projects
has been allocated to power production.
3.5. Common Facilities
Investment costs and production expenses for hydraulic
facilities common to several plants have been included under a
common facility heading and appropriate footnotes are shown.
125
Hydroelectric Plant Construction Cost and Annual Production Expenses-1980
Energy Information Administration
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