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VB!! '-t.. '-,~· • R I G U T ; L I T Y S Y S T E M S E N G I N E E R I N G D E P A R T M E N T _ ........ -_____ ,...... ---~----------------
OPTIMIZED GENERATION PLANNING
PROGRAM
C>GP-6 AND OGP-6A
(PROPRI ETAR'Y)
July, i983
-·---,------------------------~-----
GENERAL. ELECTRIC ' I
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User's Manual
Optimized Generation Planning Program
OGP-6 and OGP-6A
(Proprietary)
Gener,·tion Planning and Economics
Electric Utility Systems Engineering Department
General Electric Company
Schenectady, New York 123~5
TABLE OF CONTENTS
Section Topic Page
PREFACE
l GENERAL OVERVIEW • e • • • • • ~ . . . . . . . • • • • • • • • • 1-1
2 REMOTE BATCH PROCESSING • • • • • • • • • • • • • • • • • • • •
LOAD MODEL PROGRAM (.LDMD6) • • • . . . .., . • • • • • • • • • • 3-1
GENERATION MODEL PROGRAM (.GNMD6) • • • • • • • 0 • • • • • • • 4-1
5 OGP INPUT DATA • • • • • • • • • • • • • • • • • • • • • • • • • 5-l
Introduction • • • • • • • • • • • • • • • • • • • • • • • 5-l
Data Preparation • • • • • • • • • • • • • • • e • • • • • 5-11
Generation Planning • • • • .. • • • • • • • • • • • • • .. • 5-61
6
7
OGP OUTPUT • • • • • • • • • • • • • • • • • • • • . • • • • • • 6-1
Data Preparation • • • • • • •
Generation Planning • • • • • •
• • • • • • •
• • • • • • •
• • . . • • • 6-1
• • • • • • • 6-26
ERROR MESSAGES • • • • • • • . . . . . . . . . . . . . . . . . . 7-1
System • • • • • • • • •
Data Preparation • • • •
Generation Planning • • •
i
• . . . . . . . . . . . . . . . . 7-1
• ~ • • • • • • • 0 • • • • • • • 7-10
• a o • • • • e • • • • • • • • • 7-12
PREFACE
The Optimized Generation Planning ( OGP) program is being offered to the
electric utility industry to assist planners in analyzing alternate patterns
of generation additions.
The General Electric Company warrants that it has exercised professional
competence in writing this program and in testing it extensively. The Company
does not assume responsibility· for specific results obtained from the program
and will not be liable for direct, special or consequential damages arising
from decisions based on these results.
If a program error is discovered and is reported to the Company within 30
days, 1~he liability of the Company is restricted to the limitations of
liability as stated in the License Agreement or in the Agreement for Computer
Services signed with the Ger1eral Electric Information Services Company
(GEISOQ). The General Electric Company will not assume liability for
incorrect results obtained from incorrect input data.
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· GENERAL OVERVIEW
The Optimized Generation Planning Program (OGP) is a com-yuter program
developed by the Electric Utility Systems Engineering Department '::lf the
General Electric Company. The OGP program has the capability of performing
system reliability, investment costing and production costing calculations.
It is a generation expansion planning tool which enables system planners to
readily analyze many alternative expansion strategies. System planners can
evaluate the existing or commi t.ted generation system and also can
automatically expand the system to meet a·prescribed reliability criterion or
percent reserve goal. A maximum of six thermal types and three energy storage
types may be defined for automatic expansion. In determining the lowest cost
expansion plan, the OGP program will add the thennal and energy storage types
alone and in combinations. The results of the various generation expansion
strategies may be stored, and their financial impact on the company can be
analyzed via execution of the Financial Simulation Program (FSP) • FSP is a
post-OGP program which develops yearly balance sheets, income statements and
cash reports for the OGP study period.
The OGP program is a batch program written in FORTRAN and, as illustrated
in Figure 1-1, it consists of two separate modules, the Data Preparation and
the Generation Planning Programs. Before the Data Preparation Program can be
executed, two auxiliary programs must first be accessed, the Load Model
Program and the Ge.neration Model Prcgam. I:f a system consisting of more than
one company is being studied, the Load Model Program should be run first,
because it is the program in which the company designations are assigned. If
only one company is being modeled, the Load Model Program and Generation Model
Program can be run in any sequence.
The Load .Model Program develops a Load Model which. becomes input to the
Data Preparation Program. Tr.is Load Model will be used for production cost
and reliability calculations. Input data required for the Load Model Program
consists of per-u.ni t load shapes and annual MW peak loads. There are two
types of output from the Load Model Program: printed output and binary
output. The Load Model may be printed in MW and/or per unit for data
checking. The MW model to be read by the Data Preparation Program is written
in binary and stored on a permanent disc file. The scenarios that are to be
studied will determine the number of different binary Load Models to be
developed. Annual peak loads may be changed by inputting new peak load data
to the Data Preparation Program. However, the load shapes will not be altered
by the Data Preparation Program; the Load Mode 1 Program must be run if the
shapes are to be modified. The Load Model Program is described in Section 3
of this manual. More detailed information on the OGP Load Model is found in
Sections 3 and 4 of the Descriptive Handbook.
The Generation Model Program also develops a binary model which becomes
input to the Data Preparation Program. Input da~a for the Generation Model
Prog:c-am consists of a list of existing artd committed generating units and
their characteristics; e.g., station name, MW rating, heat rate, date of
installation, etc. Any data not specific.ally defined as input data may
subsequently be input at the Data PreparatJ.on level. All of the generator
1-1
I Load I I Generation 7 Model Model
File 01 File 02
~ '----t--------1 ,,
,,
Data Preparation Program
Report 06
Bulk Output
I Transfer 7
File
03
'---'r-----1
,,
,
Report 06
Bulk Output
Generation Planning Program
,,
Report 07
Summaries
Report 08
Summaries
Input
Data
File 15
,,
Report 07
Summaries
Input
Data
File 15
~-··------------~ ,,
Figure l-1. Files Used by the OGP Program
1-2
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data supplied as input is printed in formatted form. The same data is also
written in binary form on a permanent disc file, which will become input to
the Data Preparation Program. Gen•erally, one binary Generation Model is used
for an entire OGP study. The user may override and/ or add to the Generation
Model data at the Data Preparation level. The Generation Model Program is
described in Section 4 of this manual. Section 2 of the Descriptive Handbook
provides more detailed information on the Generation Model.
After the binary Load Model and Generation Model have been developed, the
OGP program is run as one activity consisting of two parts: the Data
Preparation Program and the Generation Planning Program. Each of the programs
requires its own input data.
Input data for the Data Preparation Program consists of study parameters;
user-supplied standard tables describing heat rates, costs, inflation, and
ftJel types; and units that are candidates for automatic expansion. The Data
Preparation Program reaLds the binary Generation Model and makes whatever
changes are necessary, based on the user's input to the program. At this
point, units not previously defined on the Generation Model may be added
through input data. Any attributes that have not been specifically assigned
to the units are derived from user-supplied standard tables., All of the
conventional hydro units are accumulated into one aggregate hydro plant.
Likewise, the three different types of energy storage units are combined into
three energy storage aggregates. A master list of all units and their
characteristics is compiled. All of the data pertaining to thermal units,
hydro, energy storage, loads, costs and inflation is processed and written to
a binary file, which will be read by the Generation Planning Program.
Two printed output reports are available from the Data Preparation
Program. Report 06, which is the bulk output, contains the master list of
units and the various cost and inflation tables. Optionally, the Generati0n
Model and annual MW Load Model can also be printed. Report 07 is terminal
output, which the user may examine via a terminal or CRT. This report
provides a summary of the NAMELIST input data records that wer(~ successfully
read and a listing of program and system error messages. Details pertaining
to Data Preparation input are described in Section 5, and sample output is
presented in Section 6 of this manual. Sections 5 and 6 of the Descriptive
Handbook contain more information on study data and the Data Preparation
Program.
The Generation Planning Program reads system data from the binary transfer
f:ile written by the Data Preparation Program. The program then reads a set of
input data that defines the study parameters and may include overrides to the
generation data transferred from the Data Preparation Program. The program
then proceeds to perform the monthly and annual calculations. Depending on
which user options are selected, the program will calculate the system
reliability, determine the production costs, and expand the system based on a
reliability criterion or percent reserve goal.
There are two types of output available from the Generation planning
Program: printed output and binary output. The printed output consists of
three reports. Report 06, the bulk output, is generally printed on a
high-speed printer. It consists of annual production cost output and
1-3
summaries of all of the reliability and expansion calculations through time •
Reports 07 and 08 are abbreviated summat;;;ies of the expansion calculations and
are usually examined via a terminal or CRT. The binary output is written to
File 11 and File 12~ At the user's option, they can be stored permanently on
disc files. File 11 serves as input data for the Financial Simulation
Program. File 12 contains production cost and reliability output, which may
become input data for a user-supplied FORTRAN program to process this
information. Sample output from the Generation Planning Program is shown in
Section 6 of this manual ..
The dimensions of the OGP program are listed in Table 1-1.
Quantity
Number of study years
TABLE 1-1
PROGRAM DIMENSIONS
Number of thermal types of generation
Number of conventional hydro types
Number of energy storage types
Number of companies
Number of thermal units {including nuclear units)
Number of nuclear units
Number of manual maintenance patterns
Number of fuel types
Number of units added/retired each year
1-4
Dimension
30
6
1
3
25
250
100
25
20
100
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REM01TE BATCH PROCESSING
Section Index
This section provides the information necessary to access afitl ug~ OGP on
the MARK III Service. This information is disoussed in more detail in a set
of notes entitled "MARK III and OGP," which is available from EUSED.
Topic
MARK III REl-iOTE BATCH PROCESSING DESCRIPTION.. • • • "' • ce • • a • • • •
MARK III Service Description • • • .. • • • • • • • • • • • • • • •
Preliminary Requirements • • • • • • • • • • • • • • • • • • • • •
MARK III Sign-On Procedure • • • • • • • • • • • • • • • • w • • •
Creating a Data Fil~ • • • • • • • • • • • • • • • • • • • • • • •
Saving a Data File • • • • • • • • • • • • • • • • • • • • • • • •
Changing a Data File. • • o • • • • • • • • • • • • • • • • • • • •
Renaming a Data File • • • • • • • • • • • • • • • • • • • • • • •
INPUT FILE SETUP • • • e • • • • • • • • • • • • • • • • • ~ • • • • •
Background Directives ............. .
Job Control Cards • • • • • • • • • • • • • • •
Input Data • • • • • , • • • • • • • • • • u •
Sample Input Files • • • • • • • • • • • • o •
Generation Model • • • • • • • • • • • • •
Load Model • • • • • • • • • • • • • • .. •
. . . . . . ~ ~ . .
• • • • • • • • • •
• • • • • • • • • •
G e • e e e e e e e
• • • • • • • • • •
• • • • • • • • • •
Data Preparation and Generation Planning • • • • • • • • • • •
OUTPUT OPTIONS • • • • • • • • • • • • • • • • • • • • • • • • • • • •
]i~()~~ • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
~)(~(){]~ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
TAPE· • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
RUNNING THE PROGRAM • • • • • • • • • • • • .. • • • • • • • • • • • • •
JOB STATUS • • • • • • • • • • • • • • • • • • • • • • • • • • • • • e
LISTING THE SUMMARIES • • • • • • • • • • • .. • • .. • • • • • • • • • •
SCANNING THE OUTPUT • • • • • • • • • • • • • • • • • • • • • • • • • •
PRINTING THE OUTPUT • • .. . • • • • • • • • • • • • • • • • • • • • • •
SUMMARY OF REPORT CODES AND DIRECTIVES FOR PRINTING OUTPUT ••••••
BACKGROUND PERMANENT DISC FILES • • o • • • • • • • • • • • • • • • • •
PROGRP.M LI.tvliTS • • o • • • • • • • • • • • • • • • • • • • • • • • • •
REFERENCE MANUALS • • • • .. • • • • • • • • • • • • • • • • • • • • • •
2-i
Page
2-1
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2-3
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2-11
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2-14
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2-19
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2-24
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2-27
2-32
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2-40
MARK Ill REMOTE BATCH PROCESSING DESCRIPTION
Remote Batch Data Processing enables you to access the extensive resources
of a large-scale computer in your work area through the use· of a keyboard
terminal. Access to batch programs via a keyboard permits remote terminal
control of the computer facility and resouroefS. The combination of batch
processing and time-sharing enables you to benefit from the advantages of
both, including:
• Direct and immediate accessibility to the system
• Optimum turnaround time
• Computer power and plunning programs
• Centralized file system. and multi -t;erminal acceos
MARK Ill SERVICE DESCRiPTION
MARK III is divided into two separate computer worlds--Foreground and
Bacltg!"ound~
• Foreground is the real-t.i.me interactive service accessed from a terminal.
• Background is the Remott~ Batch service implemented on a Honeywell-6000
series computer on which the programs actually run.
The Foreground-Background ILterfane enables you to do the following:
• Prepare, save, and retrieve input. files
• Modify data
• Submit jobs to Background
• Check output status
• Look at all or part of a job's output
• Determine the next processing step
PRELIMINARY REQUIREMENT'S
Before running OGP on MARK III, you must first satisfy the following
requirements:
1. Sign a MARK III Subscraiber Agreement with the General Electric Information
Services Company (GEISCO).
2. Obtain your Background user identification number·.
3. Request secured tapes in the follow:Lng situations:
• If multiple copies of output are required
• If tapes are being used for Load and Generation Models
• If output is being stored on tape
2-1
~iARK Ill SIGN-ON PROCEDURE
ACCESSING MARK Ill THROUGH NETWORK
~he NETWORK system provides nationwide access to GEISCO's MARK III
Service. To connect your terminal to NETWORK, you need your access telephone
number, user number, and password. Then follow the procedure listed below.
1.
4.
Dial your access telephone number. If you receive a busy signal, wait two
or three minutes and dial again.
When your terminal is connected to NETWORK, there will be a five-second
delay between connection and initiation of the conversational mode between
NETWORK and you.
For terminals with a transmission rate of ten characters per second (110
baud) , no action on your part is required. If 30 cps ( 300 baud) or 120
cps (1200 baud) is desired, type one or more "H" charactet•s immediately
after connection. This action automatically adjusts the system to the
terminal input speed.
Afte~ gaining telephone access to NETWORK, you will receive the following
three messages listed under the Computer column. You should also become
familiar with the User Response and Explanation information listed below.
Computer . User Response
U#= LAQ43nnn,pword,pid
SYSTEM-F77
OLD or NEW NEW ABCDEFGH
OR
OLD ABCDEFGH
OR
Return
2-2
Explanation
Background user no.i password, and
project ID
Request FORTRAN 77 System
Creating a new file.
ABCDEFGH is file name.
You are now ready to enter your
file called ABCDEFGH (see section
on Creating a Data File).
Puts a copy of file ABCDEFGH into
current worl<:space. You are now
ready to make changes to the copy
of AB CDEFGH in your workspace (see
section on Changing a Data File).
The system will wait for other
instructions.
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CREATING A DATA FILE
After signing onto the NETWORK system, you are ready to enter the data
file.
1. Each line must begin with a line number and a space.
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2. Then enter the data for that line.
NOTE: 1. Use the "Control" key with the "X" key to delete the line being
typed.
2. To correct. an error, retype the line number and enter a space.
Then enter the correct data for that line. (The system will
automatically sequence the lines for you, keeping the latest
version of a line.)
SAVING A DATA FILE
After you have entered some of your data, enter SAVe filename to save what
has been entered up to that point.
Thereafter, enter ~LACE periodically. This will minimize the work lost
in the event of a system failure or an unintentional system disoonnect.
NOTE: Initiaiiy use S:AVf$ rather than REPlace, bfi!eause the SAVe command will -----. ---indicate whether the file name you nave chosen is a duplicate. In the
event of file name duplication, you will have to rename your data file
by entering REName and the new name of the file (see . section on
Changing a Data File). The SAVe command permanently stores the
contents of your workspace in a file with the name assigned by you.
REPlace is similar to SAVe except that it replaces the existing
contents of the permanent:f:fie with what is currently in your workspace.
If a file name is not specified after the SAVe or REPlaaa command, the
system will store the contents of your workspace in the permanent file whose
n~me is associated with your workspace. If in doubt as to the name of the
file, enter TTY and the carriage return. The system response will identify
the name of the file in your workspace. Specification of the file name with
the command assures you that the file will be stored properly.
See the example on the following page.
2-3
REAI!Y
NEW TEST
REAI!Y
10 LINE 1
20 LINE 2
30 LINE 3
SAV TEST
READY
40 LINE 5
50 LINE 5
40 LINE 4
REP TEST
REAIIY
LIST TEST
TEST
10 LINE
20 LINE
30 LINE
40 LINE
50 LINE
READY
NEW TEST
REAitY
1
2
3
4
5
09:47EST
10 FIRST LINE
20 SECOND LINE
30 THIRD LINE
SAV TEST
04/15/83
ItUPLICATE FILE NAME-REPLACE OR RENAME
REAitY
REN TEST2
READY
SAV TEST2
READY
NOTE: Underlined items indicate user's response.
2-4
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CHANGING A DATA FILE
If data or typographical errors occur, you will want to correct the
portions of your data file in whi,ch the errors have occurred.
1. First, insert a copy of the file into your current workspace by using the
command OLD filename.
2. To correct data or typographical errors in the file, use either of the
following method.s:
a. Retype the entire line in which the error exists.
b. Change only that portion of the line in which the error exists.
To change a portion of a line or lines., use CHA, CHA V or CHA VC.
CHA
CHAV
CHAVC
Make the change, but do not print the line (s) before
or after the change.
Use CHA with caution.
Make the change and print the line(s) before and after
the change.
Make the change and print the line(s) after the change
only.
The for.mat for the above is:
CHA nl/old string/new string/n2
CHAV nl/old string/new string/n2
CHAVC nl/old string/new string/n2
The three examples listed above will change all occurrences of "old
string" to "new string" from line nl through line n2. If you want
only one line to be changed, set n2 equal to nl (all occurrences in
that line will be changed). If you want only the first occurrence of
"old string" (in line nl or after) changed, omit n2. Omit nl and n2
if you want the first occurrence of "old string" changed anywhere in
the file.
NOTE: In the event that you incorrectly enter the CHAV or CHAVC
delimeters and the system prompts you with MORE >, hit the
"interrupt" (or "break") key and begin Step 2 again.
See the examples on the following pages.
2-5
READY
OLD TEST
REAIIY
LIST
TEST
10 LINE
20 LINE
30 LINE
40 LINE
50 LINE
REAllY
15:01EST 04/14/83
1
2
3
4
5
10 RETYPE ALL OF LINE 1
CHAVC 20/LINE/LINE NUMBER/30
20 LINE NUMBER 2
30 LINE NUMBER 3
READY
CHAV ~0/LINE/LINE NUMBER/50 --·
40 LINE 4
40 LINE NUMBER 4
50 LINE 5
50 LINE NUMBER 5
READY
REF' TEST
REAIIY
2-6
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LIST
TEST 15t03EST
10 RETYPE ALL OF
20 LINE NUMBER 2
30 LINE NUMBER 3
40 LINE NUMBER 4
50 LINE NUMBER 5
REAIIY
CHAV 20/LINE/ROW
MORE> I
20 LINE NUMBER 2
20 ROW
READY
LIST
LINE
TEST 15:34EST
1
10 RETYPE ALL OF LINE 1
20 ROW
NUMBER 2
30 LINE NUMBER 3
40 LINE NUMBER 4
50 LINE NUMBER 5
READY
2-7
04/14/83
04/14/83
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CHANGING A DATA FILE (Continued)
There are two ways to delete lines from a file:
a. Use the. ED I DEL command •
The EDI DEL command is useful when many lines-must be deleted. Refer
to the format provided below:
To delete one particular line n, enter EDI DEL n
OR
To delete lines nn through nnn, inclusive, enter EDI DEL nn-nnn ·
OR
To delete combinations of single and multiple sequential lines, enter
EDI DEL followed by a blank and any combination of n or nn-nnn
separated by commas
(Example: EDI DEL lO,SQ-100,190,210,~00-500)
b. Type the line number of the line to be deleted immediately followed
by a carriage return.
See the example on the following page.
2-8
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READY
OLD TEST
READY
LIST
TEST
10 LINE 1
20 LINE 2
30 LINE 3
40 LINE 4
50 LINE S
60 LINE 6
i 10 LINE 7
flO LINE B
90 LINE 9
READY
15:37EST
EDI DEL 20,40
READ'(
.LIST
TEST 15~3BEST
10 LINE 1
30 LINE 3
50 LIHE 5
60 LINE 6
70 LINE 7
80 LINE B
90 LINE 9
READY
EDI DEL 60-80
READY
LIST
TEST
10 LINE 1
30 LINE 3
50 LINE 5
90 LINE 9
READY
30
LIST
TEST
10 LINE 1
50 LINE 5
90 LINE 9
REAllY
REP TEST
READY
t5:38EST
15:39EST
2-9
04/14/83
04/14/83
04/14/83
04/14/83 • I
RENAMING A DATA FILE
To change your data file and keep the original file intact, use the REName
command followed by the SAVe command. Use SAVe rather than REP since it will
indicate whether a dupli"Cate file name wasused. Thereafter, enter REPLACE
periodically. This will minimize the work lost in the event of a system
failure or an unintentional system disconnect. See the example listed below.
REAltY
OLD TEST
READY
LIST
TEST
10 LINE 1
.20 LINE 2
30 LINE 3
40 LINE 4
50 LINE 5
REAltY
REN NEWTEST
READY
SAV NEWTEST
READY
LIST NEWTEST
15:46EST
NEWTEST 15:46EST
10 LlNE 1
20 LINE 2
30 LINE 3
40 LINE 4
50 LINE 5
REAitY
04/14/83
04/14/83
60 FILE NEWTEST NEEDS A LINE 6
REP NEWTEST
REAltY
LIST NEWTEST
NElHEST 15:47EST 04/14/83
10 LINE 1
20 LINE 2
30 LINE 3
40 LINE 4
50 LINE 5
60 FILE NEWT EST NEEDS A LINE 6
READY
2-10
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RENAMING A DATA FILE
To change your data file and keep the original file intact, use the ~ame
command followed by the SAVe command. Use SAVe rather than REP since it will
indicate whether a duplicate file name waSU'sed. Thel~eafter, enter REPLACE
periodically. This will minimize the work lost in the event of a system
failure or an unintentional system disconnect. See the example listed below.
READY
OLD TEST
READY
LIST
TEST 15:46EST 04/14/83
10 LINE 1
.20 LINE 2
30 LINE 3
40 LINE 4
50 LINE 5
REAitY
REN NEWTEST
REAltY
SAV NEWTEST
READY
LIST NEWTE:ST
NEW TEST 15:46EST 04/14/83
10 LlNE 1
20 LINE 2
30 LINE 3
40 LINE 4
50 LINE 5
READY
60 FILE NEWTEST NEEDS A LINE 6
REP NEWTEST .·-
REAIIY
LIST NEWTEST
NE~ITEST 15:47EST 04/14/83
10 LINE 1
20 LINE 2
30 LINE 3
40 LINE 4
50 LINE 5
60 FILE NEWTEST NEEDS A LINE 6
2-10
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INPUT FILE SETUP
All .input files used to run the Generation Model, Load Model, Data
Preparation, and Generation Planning Programs have the same general format
requirements:
• Backgroutnd Directives
• Job Con.t.rol Cards
• Input Da,ta
BACKGROUND DIRECTIVES
The Background Directives are commands entered from Foreground (either
interactively or through a Foreground data file), which cause certain
functions to be performed in Background. The available Background Directives
include:
BCR filename ;SIZE(l ,xx)
• It is used to create file space in Background.
• Filename i~ the name assigned by the user (8 characters maximum).
• xx is the maximum number of blocks of 320 words to be reserved.
The user will be charged only for the actual storage used.
• A Background file can be created only once. If the user tries to
create a file that already exists, the activity will be aborted by
the system.
BPU filename
BCA;
BRU *
BEN
• It is used to purge a Background file.
• Lists the file names in the Background catalog.
• Submits to Background for execution the Job Control Cards and data
following the last Background Directive.
• Indicates that all of the Background Directives have been entered.
2-11
JOB CONTROL CARDS
Job Control Cards identify the proper programs for execution and control
the output options for a run that has been submitted to Background ~or
execution. All Job Control Cards always have a $ in column 1, the control
card name in column 8, and the control card variables or options in column
16. Inclusion of ##NORM before the first Job Control Card allows the : to be
used as a tabbing instruction, and eliminates the need to space to the
location of specific columns. The variables and options must not have any
embedded blanks, because a blank indicates the end of that control card .•
The Job Control Cards used for the four programs are very similar. In
this section we will discuss them in generai terms and explain the variables
or options that are available. In the section on Sample Input Files, we will
review the specific Job Control Cards required for each program.
,. \~
The available Job Control Cards include:
t!#NORM
Allows the : to be used as an automatic tab function and also
transfers the line number ar1d one trailing blank (if one exists) from
the 'Q~ginning of the line tt) column 73.
$ :PROGRAM:RL.BS
Causes the. program to be executed.
$:LIMITS:time,storage l,storage 2,print lines
time
storage 1
storage 2
pr.int lines
Maximum processor run time (in hundredths of an hour)
Maximum core storage for running the program
Amount of core storage that can be shared with COMMON
during the loading of the program
Maximum number of lines to be printed during the
program execution
$:PRMFL:H*,E,R,AQ43093/program name
Tells the system which program is to be executed; the names of the
various programs are listed below •
• GNMD6
.LDMD6
.GP6DP
.GP6AD
.GP6GP
.GP6AG
Generation Model
Load Model
Data Preparation (OGP-6)
Data Preparation (OGP-6A)
Generation Planning (OGP-6)
Generation Planning (OGP-6A)
2-12
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JOB CONTROL CARDS (Continued)
$PRMFL:file code,permit,mode,file string
Used to define a permanent disc file. The file space must have been
created earlier with the BCR Background Directive.
file code
permit
mode
file string
A unique two-character designation assigned by the
programmer to identify a given file within an activity.
Requests permission for the operation to be performed:
R -Read only
W -Write only
RIW -Read and/or Write
Specifies whether the file is
OR
s
R
Linked, i.e., Sequential
Random
Definition in the file system descriptor includes the
catalog, password (optional), and file name that
describes the specific file.
$:FILE:file code,LUD,access
Used to define a temporary disc file •
.file code
LUD
access
A unique two-character designation assigned by the
programmer to identify a given file within an activity.
Logical Unit Designator
The first portion consists of a two-or
three-character identifier by which the file may be
recognized in a subsequent activity.
The second portion indicates the file disposition
desired at the end of the activityo
R -Release
S -Save for subsequent activity
File size in 3840-word links, followed by an L (for
linked, i.e., sequential file).
2-13
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JOB CONTROL CARDS (Continued)
$:REMOTE:file code
Assigns an output file to a Remote station for printing.
fila code
$:DATA:l5
A unique two-character designation assigned by the
programmer to identify the given file within an
activity.
Assigns the user's input data file to a disc for input to the program.
The specific Job Control Cards used in runni.ng the four different programs
will be reviewed in more detail later in this section and also in the se.ctions
on each specific program. Once the Job Control Cards are established for a
specific program, it is unlikely that they will have to be changed. The only
exception would be cards that define a permanent disc file which is read or
written to by the program~
The input files used to run several different programs can be combined and
submitted as a single job. In such situations the Background Directives and
##NORM would appear only at the beginning of the combined file.
INPUT DATA
The Input Data follows the Background Dire<~ti ves and Job Control Cards.
The specific data will be discussed in the portions of this manual that
describe the input data requirements for the individual programs. The Input
Data consists of general data, which is required by the program, and optional
override data that can modify previously input data.
SAMPLE INPUT FILES
The following pages contain sample input files for the individual
programs. For each program, a typical file is shown with an explanation of
the various Background Directives and Job Control Cards used for the specific
program.
2-14
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GENER.c\TION MODEl
Listed below is a typical file used to run the Generation Model Program.
100 BCR NEW GENERATION MODEL;SIZE(l,xx)
110 BRU *
120 BEN
130/U/NORM
140$:PROGRAM:RLHS
150$ :LIMITS: 02, 25K, , lOK
160$:PRMFL:H*,E,R,AQ53093/.GNMD6
170$:PRMFL:Ol,R,S,AQ43xxx/ORIGINAL GENERATION MODEL
180$:PRMFL:02,W,S,AQ43xxx/NEW GENERATION MODEL
190$:DATA:l5
200$: RE.M.OTE: 06
210$:REMOTE:07
220 Name
230 tddress
240 City, State, Zip
250 Additional Mailing
260 Information
270 User ID
300 $INPUT
•
Generation Model Data
•
1000 Last input data must end with $
NOTE: If permanent space in Background had been created previously,
DELETE
100 BCR NEW GENERATION MODEL;SIZE(l,xx)
If the Generation Model is to be created from scratch,
DELETE
170$:PRMFL;01,R,S,AQ43xxx/ORIGINAL GENERATION MODEL
2-15
"";;:;:"'·~-~---~-~--~-~~--~-·----~·-·7r"···-~::-~-~-·-·><·-~--.. ··-··--···-------~·"·-··--···--:· ~ ~--............ -.• -.... ----· ----.. ~----··---·-·•»•·-"·-··-······-·····--·-·-·~·v--·-----.-·--·-·"'•"--~---.,.---·---,-,.,,.
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GENERATION MODEL (Continued)
The following comments explain the function of specific lines in the file:
line 100
line 150
line 160
line 170
line 180
Creates Background file space to which the new Generation
Model will be written.. The maximum file size s:hould equal
12 times the number of records to be written.
Delete this line if the file space already exists.
Program limits recommended by EUSED •
• GNMD6 (Generation Model Program) is to be executed.
Read in the original Generation Model (File 01) to be
modified. If the Generation Model is being created from
scratch, this line would be omitted.
Writes the new Generation Model (File 02) to the file
created in line 100.
lines 200-210 Output is to be printed remotely (see Output Options
section).
lines 220-270 Six lines of optional information that will be printed as a
header on the first page of outputG
line 300 Beginning of input data.
2-16
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~ . LOAD ~>\ODEL
r"""' Listed below is a typical input file for the Load Model Program:
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100 BCR NEW LOAD MODEL;SIZE(l,l50)
110 BRU *
1.20 BEN
130/UINORM
140$:PROGRAM:RLHS
150$ ·:LIMITS: 02, 32K,, lOK
160$:PRMFL:H*,E,R,AQ~3093/.LDMD6
170$:PRMFL:Ol,W,S,AQ43xxx/NEW LOAD MODEL
180$:PRMFL:02,R,S,AQ43xxx/ORIGINAL LOAD MODEL
190$:DATA:l5
200$:REMOTE:06
210$:REMOTE:07
220 .Name
230 Address
240 City, State, Zip
250 Additional Mailing
260 Instructions
270 User ID
300 $INPUT
•
Load Model Data
..
1000 Last input data must end with $
NOTE: If permanent space in Background had been created previously,
DELETE
100 BCR NEW LOAD MODEL;SIZE(l,l50)
If the Load Model is to be created from scratch,
DELETE
180$:PRMFL:02,R,S,AQ43xxx/ORIGINAL LOAD MODEL
2-17
-
LOAD MODEL (Continued)
The following comments explain the function of specific lines in the file:
line 100
line 150
line 160
line 170
line 180
lines 200-210
lines 220-270
line 300
' ,~_
Creates Background file space to which the new Load
Model will be written. A maximum file size of 150 will
be sufficient for a 40-year Load Model. If file space
already exists, delete this line.
Program limits recommended by EUSED.
.LDMD6 (Load Model Program) is to be executed.
Writes the new Load Model (File 01) to the file created
in line 100.
Reads in the original Load Model (File 02) to be
modified. If creating a Load Model from scratch, this
line would be omitted.
Output is to be printed remotely (see Output Options
section).
Six lines of optional information that will be printed
as a header on the first page of output.
Beginning of input data.
2-18
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DATA PRE~~RATION AND GENERATION PLANNING
Listed below is a typical input file setup for running OGP. This file
enables the Data Preparation and Generation Planning Programs to be run in one
job.
100 BRU *
110 BEN
120#/INORM
130$:PROGRAM:RLHS
140$:Ln~ITS:02,70K,,lOK
150$:PRMFL:H*,E,R,AQ43093/.GP6DP
160$:PRMFL:Ol,R,S,AQ43xxx/LOAD MODEL
170$:PRMFL:02,R,S,AQ43xxx/GENERATION MODEL
18~ :FILE: 03, X3S, 20L
190$:DATA:l5
200$:REMOTE:06
210$:REMOTE:07
220 Name
230 Address
240 City, State, Zip
250 Additional Mailing
260 Instructions
270 User ID
300 $INPUT
•
Data Preparation Data
•
1000 Last input data must end with $
2000$:PROGRAM:RLHS
2010$:LIMITS:50,72K,8K,20K
2020$:PRMFL:H*,E,R,AQ43093/ .. GP6GP
2030$:FILE:Ol,XlR,100L
2040$:FILE:02,X2R,lOL
2050$:FILE:03,X3R,20L
2060$:FILE:04,X4R,lOL
2070$:FILE:lO,XlOR,2L
2080$:FILE:ll,XllR,30L
2090$:FILE:l2,Xl2R,50L
2100$:FILE:l3,Xl3R,5L
2110$:FILE:l4,Xl4R,2L
2120$:FILE:l6,X16R,5L
2130$:DATA:l5
2140$:REMOTE:06
2150$:REMOTE:07
2160$:REMOTE:08
2170 $INPUT
• Generation Planning Data
•
3000 Last input data must end vlith $
2-19
~-·---·-"""~ ......... -.............. ,,,, ........... ---··;; .......... ~-------~---·-·-.-.-.. , ... ___ , ___ , ____ ... ,.,_.,, ... , ___ .. ________ ,_,_~"';""--~-
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The following comments explain the function of some of the Data
Preparation and Generation Planning Job Control Cards:
line 140
line 1.50
line 160
l5:.ne 170
lin.e 180
lines 200-210,
2140-2160
lines 220-270
line 300
line 1000
line 2010
Program li.Illi ts for the Dat.a Preparation Program
recommended by EUSED •
• GP6DP (Data Preparation for OGP-6) is to be executed.
Informs the system of the Load Model to be used.
Informs the system of the Generation Model to be used.
FILE:03 is the transfer file written by the Data
Preparation Program and read in by the Generation
Planning Program. If the Data Preparation and
Generation Planning Programs were to be run as separate
jobs, this line would be replaced by
$:PP~L:03,W,S,AQ43xxx/filename. If a permanent file
does not exist, file space must be created by the BCR
directive.
The output will be printed remotely (see section on Out-
put Options).
Six lines of optional information that will be printed
as a header on the first page of output. Sixty
characters per line are allowed. Do not use the
character : in any of these six lines.
Beginning of input data for Data Preparation Program.
End of set of input data must end with $. If ending $
is input on a line by itself, must indent $ so that it
is entered beyond column 3.
Program limits for the C~neration Planning Program
recommended by EUSED.
1i.ne 2020 • GP6GP (Generation P lanDing for OGP-6) is to be executed.
line 2050 Transfer file written by the Data Preparation Program.
If the Data Preparation and Generation Planning Programs
are run s~r-·ai wr'tely, this line would be replaced by
$ :PRMFL :03 ,~1 ,S$ ·.Q43xxx/filename.
linea 2030,2040, Temporary working files needed by the program.
2060,2070,
2100,2120
2-20
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DATA PREPARATION AND GENERATION PLANNING (Continued)
line 2080
line 2090
line 2110
line 2200
line 3000
File 11 is the transfer file to the Financial Simulation
Program (FSP). To save this data on a permanent file,
this line would become $:PRMFL:ll,W,S,AQ43xxx/filename.
File 12 is the file to which the output is written to
save it for further analysis with a user-supplied
program. To permanently save these results, this line
would be replaced by $: PRMFL: W, S, AQ43xxx /filename.
File 14 is the file used to read or write the production
cost maintenance schedule. To permanently sav 1 the
maintenance schedule, this line would be replaced by:
$:PRMFL:14,W,S,AQ43xxx/f'ilename if lMAINT=l, i.e., write
production cost maintenance schedule for use in a future
run. If permanent file does not exist, must create
space with the BCR directive.
$:PRMFL:l4,R,S,AQ43xxx/filename if LMAINT=-1, i.e., read
production cost maintenance schedule written by a
previous run.
Beginning of Generation Planning input.
End of set of input data must end with $. If ending $
is input on a line all by itself, must indent $ so that
it is entered beyond column 3.
If the Data Preparation and Generation Planning Programs are to
separately, two changes must be made to the ·input file listed above.
the transfer file (File 03) must be written to a permanent disc file.
the Background Directives and ##NORM must also appear before the Job
Cards for the Generation Planning Program.
be run
First,
Second,
Control
2-21
OUTPUT OPTIONS
Several options are available for printing the output from the programs:
• REMOTE
e SYSOUT
• TAPE
They are discussed in this section.
REMOTE
The $:REMOTE control card assigns an output file to a Remote station for
use by the Network Processing Supervisor. These files may be scanned on youl"
terminal (see section on Scanning the tatput) or printed on your own
high-speed printer (see section on Printing the Output). You can have Remote
output printed at a nearby GEISCO installation through the Remote Media
Service (RMS). Details on initiating an RMS session are included in the "MARK
III and OGP" notes available from EUSED.
The output files are stored at no charge for approximately 32 hours.
There is, however, a printing charge.
The use of the $:REMOTE cards is illustrated in the section on Input File Setup.
SYSOUT
If a remote printer is not available, the output can be printed on-line at
a MARK III installation and mailed to you. In the preceding sample files, the
$:REMOTE would be changed to $:SYSOUT.
With this option, the output can be printed only once.
NOTE: If you are using SYSOUT, you must include the mailing label information
in your data file after the Job Control Cards and before the starting
$INPUT (e.g., lines 220-270 on page 2-19).
You may supply Uy to and including 6 lines, 60 characters per line, of
mailing label information. You should include your name, mailing
address and User ID.
CAUTION: Do not use the character : in your mailing label.
This mailing label information is printed on the first page of Report
06. Your User ID is required in order for GEISCO to allocate mailing
charges.
2-22
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OUTPUT OPTIONS (Continued)
TAPE
1'he third option allows you to write the output to a secured tape (which
was previously reserved by you through your GEISCO representative) and then
print the contents of' that tape. The Job Control Cards used in running the
Data Preparation and Generation Planning Programs as one job (see page 2-19)
would be changed to include the rollowing control cards:
200$:PRMFL:06/X6SD,W,S,TAPE/AQ43xxx/tape name
2140$:TAPE9:06,X6SD
5000$: CONVER
SOlOS :LIMITS: 05,lOK,, 25K
5020FILES 000002000001
503Q.<J :TAPE9:IN,X6D
5040$:PRINT:OT or $:REMOTE:0T
The following comments explain the function of thes.e Job Control Cards:
line 200
line 2140
line 5000
line 5010
line 5020
line 5030
line 5040
Writes the bulk output (Report 06) from the Data
Preparation Program on a secured tape with the given tape
name. The /X6SD ensures that the output f'rom the
Generation Planning Program is t..rritten to the same tape.
Writes the bulk output (Report 06) from the Generation
Planning Program on the same tape as above.
Begins an activity which reads this tape and prints the contents.
Establishes limits, which are recommended by EUSED for the
CONVER activity.
Directs the system to print the contents of two riles on
the tape (the output from the two programs), beginning with
file 1. lbte that this line does not describe a JCL and,
therefore, no $ is included.
Specifies the input, in this case, a tape to be printed.
Specifies the output option to be used in printing the
tape. PRINT causes printing to be done on-line.
To obtain multiple copies, include the following line:
5015$ :FORM:USE n PART PAPER AND DEOOLLATE,
where n is the number of copies desi~ed.
Information on using tapes to obtain micr.ofiche is found in the "MARK III
and OGP 11 notes available from EUSED.
2-23
RUNNING THE PROGRAM
1. When a file is ready to be run, use the BACK command to send yot3r file
from Foreground to Background for processing. The command is:
BACK filename
CAUTION: If more than one case is to be submitted at the same time, you
must use the following commands to create a new file for each case:
OLD filename
REN new filename
SAV new filename
make changes as needed for the new case
REP new filename
BACK new filename (save changes in permanent storage)
(run the case)
2. If you want to take advantage of the deferred priority processing option
(which yields a 25 percent savings), specify the following:
BACK filename;PRI(D)
3. To terminate a job be.fore it runs, enter BAB Lxxx (Job ID) in response to
the READY indication from the system&
2-24
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JOB STATUS
After a data file has been submitted to Background, you can periodically
check its status. You can use the BST LIST command to obtain a list of the
JOB ID's presently in the system within your catalog.
To obtain job status information, enter the command BST Lxxx, where Lxxx
is the Job ID. One of the following messages will be printed in response to this command:
~ssage
Lxxx ANNOUNCED TO BACKGROUND
Lxxx ABORTED--NOT KNOWN TO
BACKGROUND
Lxxx DOES NOT EXIST
L.xxx WAITING
Lxxx TRANSMITTED
Lxxx WAITING-IN-HOLD
Lxxx AWAITING ALLOCATION
Lxxx AWAITING PERIPHERALS
Lxxx AWAITING CORE ALLOCATION
Lxxx WAITING--SIEVE EXCEEDED
Lxxx EXECUTING
Lxxx TERMINATING
Lxxx STATUS UNAVAILABLE
BACKGROUND AVAILABLE
BACKGROUND UNAVAILABLE
DescriEtion
Recognition is given by Background that the
job exists.
Lowest level of status.
NOTE: The file should not be changed,
since 1 t has not yet been sent to
Background.
The user has not been correctly validated
for Background.
Job not in Background (check Job ID).
In Foreground--waiting to be moved to
Background. User should not change the file
until it has been transmitted.
Job is in Background, but execution has not
started.
MARK III operator has requested that the job
not be executed at this time.
In Background--awaiting allocation of core.
In Background--awaiting required peripher-
als.
In Background--awaiting sufficient core to
be run.
Processed by preprocessor--but places exces-
sive demands on Background system resources.
Job is processing.
Output is being written to Foreground.
No response can be received from Background
at present time.
Background system cur~ently availableo
Background system currently unavailable.
2-25
JOB s·rATUS (Continued)
If the job has been completed, the system response to BST Lxxx is:
Lxxx DONE
OOnnn RETURNED
OOnnn SUBMITTED
SL~MITTED/PURGED FILES
-NONE
SYSOUT REPORTS
l.JcxxOl$$-RET'D
Lxxx0106-RET'D
Ixxx0107-RET'D
Lxxx0206-RET'D
Ixxx0207-RET'D
L..~xx0210-RET' D
IxxxOO** -RET' D
Disc pages transferred to Foreground.
Disc pages transferred to Background.
System Report
Data Preparation Bulk Output
Data Preparation Summary Output
Generation Planning Bulk Output
Gene~ation Planning Summary Output
Additional Generation Planning Summary Output*
System Accounting Report
* Corresponds to REMOTE:08 (these are octal numbers).
2-26
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LISTI.NG THE SUMMARIES
It is possible to locate both data and system level errors by printing the
summaries or scanning the output on your terminal. Printing the summaries
will be discussed first.
$$REPORT
This report (always in activity 01) will contain a NORMAL TERMINATION
message or a system level ABORT message (see section on Error Messages--system
in this manual for descriptions and probable solutions to the most common
ABORT messages). This output can be printed on your terminal by issuing the
following command:
where: Lxxx
01
$$
B
L
~LIST Lxxx01$$;B,L
= Job ID = Activity Number
= Report Code
= Option--suppress multiple blanks = Option--suppress line numbers
See the example on the following pages.
2-27
BST L5G7
L5G7 DONE
00197 RETURNED
00006 SUBMITTEit
SUBMITTED/PURGED FILES
-NONE
SYSOUT REPORTS
L5G701 $$-RET t II
L5G70106-RET'D
L5G70l.07-RET 'n
L5G70206-RET'D
L5G70207-RET'D
L5G70210-RET'D
L5G700**-RET'D
READY
BLIST L5G701$$;B,L
BEGIN FILE -L5G701$$
$$ MLSG7 ENTERED S1l70A AT 13.953 FROM SPAWN 0-28-01
0001 $ SNUMB ML5G7 SPAWNED BY 1DJP1-01
0002 $ !DENT AU43005,ML5G7
0003 $$ USERID AR43005. RRMARK3
0004 A$ PROGRAM RLHS 00130
0005 $ LIMITS 02,75K,,10K 00140
0006 $$ PRMFL H*'ErR,AR43093/.GP6AD 00150
0007 $$ F'RMFL 01, R, S 'AQ43005/l.MU~i6A 00160
0008 $$ PRHFL 02'R'S,AQ43005/GMUM6A 00170
0009 $ FILE 03,X3S,20L. 00180
0010 $ REMOTE 06 00190
0011 $REMOTE 07 00200
0012 $ DATA 15 00210
0013 A$ PROGRAM RLHS 01930
0014 $ LIMlTS 30,89K,BK,20K 01940
0015 $$ PRMFL H*'E'R,AR43093/.BP6AG 01950
0036 $ FILE 01,X1R,100L. 01960
0017 $ FILE 02,X2R,10L 01970
0018 S FILE 03,X3R,20L 01980
0019 $ FILE 04,X4R,10L 01990
0020 $ FILE 10,X10~)2L 02000
0021 $FILE: 1.1,.XttR,tOL 02010
0022 $ FILE 12rX12R,5L 02020
0023 $ FILE 13,X13R,5l. 02030
0024 $ FILE 14,Xl4R,2L 02040
0025 $ FILE 16,X16R,10L 02050
0026 $ REMOTE 06 02060
0027 $ REMOTE 07 02070
0028 $ REMOTE 08 02080
0029 $ DATA 15 02090
0030 $ END .. JDB
TOTAL CARD COUNT THIS JOB = 000262
* ACTY-01 scARD tooo4 .GP6AD Ol/12/83 sw~oooooooooooo
2-28
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* NORMAl. TERMINATION AT 025423 I~50QO SW=OOOOOOOOOOOO
START 13.958 LINES 1450 PROC 0.0007 J/0 0.001 JlJ 5 MEMORY 75K
STOP 1.3~962 tii'O:T 10240 l.INIT 0.0200 l"J:NJ:T CU 5 M*T 909
SWAP 0.000 PK MOUNT 0
LAPSE 0 • 003 FC D TYPE BUSY I P /AT FP /RT I S/=P;C M~;/:irF.. AIIDRE'SS T:J:/F'Kt
H* R MSU500 F' 179 0 0 ,~00 ,300R 0-08-08
01 R ~iSU500 F' 277 () 12 37 37 0-08-03
02 R t1SIJ500 F' 160 0 9 9 9 0-08-03
03 s MSU500 * 384 0 35 240 240 0-28-04
06 SYOUT
07 SYOUT
15 R MSU500 * 384 0 9 9 9 0-28-07
P* SYOUT
RC-06 1416 LINES AT STi~. Lt
RC-07 3~ LINES AT STA. L:J:
CRUS~ .0147 PRIORITY~ DEFERRED
* ACTY-02 $CARD t0013 .GP6AG 01/12/83 sw~oooooooooooo * NORMAL TERMINATION AT 133373 I=5020 SW=OOOOOOOOOOOO
START 13.963 LINES 2775 PROC 0.0128 I/0 0.005 IU 5 MEMORY 89K
STOP 14.0:1.5 LlNIT 20480 LIMIT 0.3000 L1MJ.T GU 5 N*T 17072
SWAP 0.000 PK MOUNT 0
LAPSE 0.052 FC D TYPE BlJSY IP/Al FP/RT IS/IC MS/:J:E ADDRESS T•/PKt
03 R MSU500 * 565 35 19 240 240 0-28-04
H * R liS lJ 50 0 F' 11 0 t 0 0 50 4 50 4 R 1 -1. 0-0 6
01 R MSU500 * 10763 0 12 1200 l200 0-2B~14
02 R MSU500 * 2334 0 11 120 120 1-10-03
04 R MSUSOO * 565 0 13 120 120 1-10-05
10 R MSU500 * 234 0 1 24 24 t-10-07
11 R HSU500 * 1l 0 1 120 l20 1-10~09
12 R HSUSOO * 0 0 0 60 60 1-10-11
13 R MSU500 % 0 0 0 60 60 1-10-13
14 R MSUSOO * 0 0 0 24 24 1-10-15
16 R HSUSOO * 0 0 0 120 120 1-10-04
06 SYOUT
07 SYOUT
08 SYOUT
15 R MSU500 * 139 0 3 3 3 0-28-07
P* BYOUT
RC-06 2479 LINES AT STA.· Li
RC-07 194 LINES AT STA. L:J:
RC-10 102 LINES AT STA. Lt
CRUS~ ,2506 PRIORITY~ DEFERRED
READY
2-29
LISTI~NG THE SUMJ\t1ARIES (Continued)
ACT~VITY 01, REPORT07
Before printing the bulk output, print Report 07 on your terminal in order
to verify that there were no fatal errors, i5e., system aborts.
1. To print Report 07 of Activity 01, enter the following:
2.
BLIST Lxxx0107;L,W85
where: Lxxx = Job ID
0107 = Activity 01 and Report 07
L -Option--suppress line numbers
W85 = Option--terminal width of 85 characters
See the example on the following page.
The following messages will be printed by Report 07 if the execution of
the Data Preparation Program was successful:
"NAMELIST DATA RECORD 1 HAS BEEN READ"
"NAMELIST DATA RECORD 2 HAS BEEN READ"
•
•
•
• "****** END OF NAMELIST DATA CHECKING ******"
"ALL AVAILABLE DATA HAVE BEEN PROCESSED"
a. If' the message "END OF NAMELIST DATA CHECKING" was not printed, it
means there was an error in N.AMELJST data. The error would have
occurred in reading that record which was not identified as having
been read. For example, if the last message printed was "N.AMELIST
DATA RECORD 3 HAS BEEN READ," the error would have occurred in
NAMELIST record 4. You should refer to your data file and examine
record 4. If you cannot find the error, you can scan Report 06 for
errors, because the system prints N.AMELJS T error messages on Report
06. An example of scanning may be found on the page entitled
Scanning the Output.
b. If the message "END OF NAMELIST DATA CHECKING" was printed, but "ALL
AVAILABLE DATA HAVE BEEN PROCESSED" was not printed, it means that
some type of system level error occurred. System level errors are
printed on Report 06, and you can scan Report 06 for the error.
2-30
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BLIST L5G701Q7;L,W85
BEGIN FILE -L5G70107
SNUMB = ML5G7' ACT I VlTY t = 01' REPORT COJ.IE :: 07, RECORD COUNT :: 000034
GENERA' L ELECT R I C C 0 ~1 F' ANY , JJ AT A PREP T 0 PLAN N I N G P R 0 B I~(.~ N 0 B P ·-6 A V 6 • 2 0
01/12/,93 13.959 ,JOB NIJl1BER 1l1L5G7
COPYRIGHT, 1971, GENERAL ELECTRIC
OGP-6A ELECTRIC SYSTEth FILE UNOOP6A
USERS MANUAL EXAMPLE
NAMELIST f.IATA RECORfl 1 HAS REEN REA It
NAJ1ELIST t\ATA RECORT.I 2 HAS BEEN READ
NAME'LIST DATA RECORll 3 HAS BEEN READ
NAMELIST J:tATA RECORD 4 HAS BE: EN READ
NANELIST DATA RECORD 5 HAS BEEN READ
NA~1El.. I ST DATA RF.CORit 6 HAS BE: EN READ
****** END OF N(.HIEL I ST ftATA CHECKING ******
GENERAL ELECTRIC COMPANY, DATA PREP TO PLANNING PROGRAM 0()P-6A V6.20
01/12/B3 13.959 .. JOB NIJl1BER 1HL5G7
COPYRIGHT, 1971, GENERAL ELECTRIC
OGP-6A ELECTRIC SYSTEM, FILE UMOBP6A
USERS MANUAL EXAMPLE
ALL AVAILABLE DATA HAVE BEEN PROCESSED
READY
The BLIST command could also be used to list the summaries (Report 07 and
Report 10) available from the Generation Planning Program (Activity 02). If
the message· "PROGRAM MUST TERMINATE-ERROR IN DATA PREP" prints, you should
refer to your Actvity 01, Report 07 and analyze the error message printed.
2-31
SCANNING THE OUTPUT
The $$, 07 and 10 file codes can be printed, using the BLIS T command as
, shown in the previous examples. However, when searching Report 06 for errors~
the BEDIT command is to be used, provided you used $ :REMOTE:06 in the data
file.
1. To scan the output of Activity 01, use the BEDIT command as follows:
BEDIT JOB:Lxxx0106
User's output format FORMAT > U
CODE >
EDIT > B
Not used--hit carriage return
Suppress blanks -CMD > PE Print errors
2. If you strike the "break" or ninterruptn key, the system will stop
printing the file.
3. After all the errors are printed, the system will print CMD >.
4. Enter X to exit the BED IT mode.
5. If an Exponential Overflow or Divide Check occurred, you may use the BEDIT
command as follows:
BEDIT JOB:Lxxx0106
FORMAT > U
CODE > Carriage Return
ED!T > B
CMD > L/EXPONENTIAL/
CMD > T,lO
OR CMD > L/DIVIDE/
CMD > T,lO
(Locate EXPONENTIAL)
(Type 10 lines)
(Locate DIVIDE)
(Type 10 lines)
The example on the following page shows how the BEDIT command is used to
locate a data error in the Data Preparation input.
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BST L1Y7
L1Y7 DONE
00026 RETURNED
00006 SUBMITTED
SUBMITTED/PURGEn FILES
-NONE
SYSOliT REPORTS
L1Y701$$-RET'D
Ll Y70106-RET I II
L1 Y70 1 07-RET I II
l1Y70206-RET'D
L 1 \'70207-RET I II
L1 Y7tl0**-RET I D
READY
BLIST L1Y70107;L,W85
BEGIN FILE -L.1Y70107
S N ll ~t B = M L 1 Y 7 ' ACT .I VI T Y t = 0 1 , REF' 0 R T C 0 T.t F. ::: 0 7 , R E C 0 R 11 C 0 UN T :: 0 0 0 0 :1 2
GENERAL ELECTRIC COMPANY, DATA PREP TO Pl.ANNING PROGRAM ORP-6A V6c20
01/10/83 t3., 166 ,JOB NIJt-1'BER 111L1 Y7
COPYRIGHT' 1971' GENERAL ELECTRIC
OGP-bA ELECTRIC SYSTEH1 FILE UHOGP6A
USERS MANUAL EXAMPLE
NAMELIST nATA RECORD 1 HAS BEEH READ
NAliEL tST DATA RECORfJ 2 HAS 8F.:EN REAII
READY
BEDIT JOBlL1Y70106
FORKAT > U -CODE >
"END OF NAMELIST DATA CHOCKING"
DID NOr PRINI', INDICATING A
NAMELIST DATA ERROR.
EIIIT > B
CMD > PE -ERROR 143; TRACE OF CALLS IN REVERSE ORJ.IF.:R 237
230
239
240
CALLING III ABSOLUTE ARGli~IENT ARGlH1F.:NT ARGUMENT
ROUTINE t l .. OCAT tON •t t2 «:3 14 t5
ARGUMENT ARGUI1ENT
24t
242
243
244
•• NHLI 410 027702 013067000053 Ol30700i0300
LISTIN J.81 067670 000000000017 314547646320
GPA 218 221320 000000000001
.FSETU 0 024057
li .. LEGAL VARIABLE NAKE BELOW
245 ERROR IN COLUNN 6 OF
246 KREAD=OS 01640
247 SKI F'F'lNG TO NEXT VARIARLE HAl1E
CHD >.A.
READY
2-33
ILLOOAL VARIABLE NAME ON
LINE 1640 OF '!HE DATA FILE.
KRFAD SHOULD BE NRFAD.
PRINTING THE OUTPUT
Any file declared as REMOTE (see section on Output Options) can be printed
via the user's remote high-speed printer in the following way:
PRINT JOB:Lxxxacrc;ltid;NONE
where: PRINT JOB: --Command requesting High-Speed Service
Job J.D
OR
Lxxx --
ac =
rc --
ltid --
Activity code (01--Data Prep., 02--Generation Planning)
Report code (06--Bulk Output, 07, 10--summaries)
High-speed terminal ID (obtained from your local GEISCO
representative)
NONE --Options--none requested. May use COP(n) in this field
to obtain multiple copies of your output (where n is the
number of copies requested).
PRINT JOB:Lxxx;ltid;NONE
which pr.ints all REMOTE and system files associated. with Job Lxxx.
NOTE: Any report code may be printed via the high-speed terminal.
To obtain a listing of all jobs in the HSS (High-Speed Service)
queue, enter:
OLI -
To purge a job from ·.;he queue, enter:
OPU Lxxx
To purge a selective report within a job from the queue, enter:
0 PU Lxxxacrc
where: Lxxx = Job ID
ac = Activity code
1~ = Report code
NOTE: REMOTE files reside in Foreground, in an area called the Batch
Output Library, for a period of about 32 hours.
2-34
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s•JMMARY OF REPORT CODES Af\JD DIRECTIVES ~r'
ffC~R PRINTING OUTPUT
'!'he following sUIDmary applies to the Load and Generation Model Programs,
the Data P.reparation Progx-am, and the Generation Planning Program.
Reyort Code
$$
06
06
07
10
12
36
Description
Accounting report
Namelist errors
Bu.lk output
Summary output
Summa.ry output
(Generation Planning
Program only)
BCREATE output
Background catalog
~r·-.,ei;·c~~"''""·-~··-. ~-··,~-.. ~w,, • ..,.....,.. . ...,,._...,._ •. ,.....~--"'"""'"'--:--~r·· ... ·· _..,,..,.. .......... ~ "'-~~'"·'"'
,.(
2-35
Directive
BLIST Lxxxacrc;B,L
l.ix:xx = Job number
ac = Activity code
rc = Report code
B = Suppress blanks
L = Suppress line numbers
Use BEDIT directives (Refer to
Scanning the Output section)
Use high-speed printer
BLIST Lxxxacrc ;L, W85·
W85 = Width of line is 85
characters
BLJ.ST LL"'Cacrc; L, W85
BLIST Lxxxacrc ;B, L
BLIS 'r Lxxxacrc ;B 1 L
. BACKGROUND PERMANENT DISC FILES
Dat& may be written on a permanent disc file and subsequently accessed in
the same activity, in a later activity or in a later job. The data resides in
Background, in a permanent file until purged by the user.
There is a Background storage charge of $0.15 per Data Storage Unit (DSU)
pez• month. A Data Storage Unit is defined as 320 words. Any portion of a DSU
used for storage is charged at the full DSU rate.
A. Before you may access a permanent disc file, you must first create file
space.
A Load Model file requires about 4 blocks per year. A Generation Model
file requires about 12 blocks per each record defined in the Generation
Model.
The BCREATE directive may be included as part of the Background. directives
of a Foreground data file, or BCREATE may be entered interactively.
OR
BCR FILEA;SIZE(l,XX)
FILEA of filename assigned by the user
Maximum of 8 characters
SIZE(l,X-~), where XX is maximum blocks of 320 words to be
reserved. You will ba charged for actual storage used, and not
for maximum storage reserved.
BACK
ENTER DIRECTIVES
01 BCR FILEA;SIZE(l,lOO)
02 BEN
JOB ID = LA13
Yon may create file space only once.
An FS abort wlll occur if you attempt to create a background file that
already exists.
B.. If you did not cre1ate file space for a Background file that will be
written into, only the $$ report will be available, and the follot-ling
message will print at the end of the $$ report ..
INCORRECT CAT /]tiLE DESCRIPTION AT OUTPUT • • 02
2-36
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BACKGROUND PERMANENT DISC FILES (Continued)
C. If you did not create enough blocks for successful program execution, the
following abort will occur:
ABT 01/S-GR
ABORTED BY GFRC ROUTINE GF275 CODE 01 FILE CODE XX
You may increase the maximum storage by executing a FILSYS ACTIVITY
100 BRU *
110 BEN
120 /NINORM
130 $ :FILSYS
140 FMOD AQ43XXX/FILEA,BLOCKS/120/
OR
You may purge the file from Background and create file space once again.
BPU FILEA
BCR FILEA;SIZE(l, 120)
D. A BCATALOG will give a catalog of your Background permanent disc files.
This is done by entering the following:
BACK
ENTER DIRECTIVES
01 BCA;
02 BEN
The system will respond with a job number.
JOB ID -LS33
Subsequently, print 36 rc'port
BLIST LS330136;B,L
B Suppress blanks
L Suppress lines
E. To purge a permanent disc file, enter
BACK
ENTER DIRECTIVES
Ol BPU FILEA
02 BCA;
03 BEN
2-37
PROGRAM liMITS
As a means of having the latest OGP program limits available at all times,
the Foreground file EUSED* may be accessed. It is listed on the following
page.
Each time you run an OGP program, you should sign on your User ID and
enter:
OLD EUSED*
READY (System response)
EDI LIS 10010
If the last revised date does not correspond with the date of your last
listing of file EUSED*, you should list the entire file, note the changes and
modify your LIMITS JCL accordingly.
2-38
·-··•••''' '''r"' , •• -.. /-·"'J''""''''"""'"'''-·~·-·--·•·-·"" ., .. ,, ......... ,.. --~----,-•·-~------, ---·-••••---~-----·-~·---:-··~='>•>
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LIST EUSED+
EUSEII+ 14:17EST
FILE EUSEI•• LAST REV I SEI• 11 /24....-82
1 (10(10+
10010+
1 (1020+
1 0030•
1 0040+
1 0051)+
1 0060+
1 0070+
1 (I 08 0+
1 (1090+
1 01 o o•
1. 011 (loO>
1•:•120+
1 0130+
10140•
1 0150•
101€.0+
1 0170•
1 0180•
1 0190•
10200•
1 021 (I+
1 0220•
1 02:=:0•
1 OE'4(1+
1 0250•
1 02E.O•
INFORMATIO~ FILE FOR MARK III USERS OF OGP/FSP PROGRAMS
WRITTEN BY EUSEII~ GENERAL ELEtTRIC CO., SCHEMECTAIIY, NY
1 OE?O•
DftT!; OF LAST
F.•E'.IS:ION ------------
11/24/82
11 . .-'24/€:2
11 ·'24/8c'
11/c'4,··82
l1/c'4/82
11/24/:::2
11/24/82
11/24/82
l1/24/E:2
11/24/82
10280• 11/24/82
10290•
10320+ 11/24/82
1 o3:;:o•
1 o:;:4 o•
10350• TYPE OF ABORT
.t o:;:e.•)• -------------
1 o:=:7o•
10380• PROCESSOR TIME
10390•
1 0400+
10410•
1 0420+
1 (14:;:1)+
10440+
1 04'5 0+
1 04€. (I+
1 04~;}0•
10480+ CORE LIMITS
1 0490+
1 05(11)+
1051 O+
10520+
10530+
10540+ LINES OF OUTPUT
1 0550+
1 0560+
1 0570•
10580+
PROGRA~1
• Gl'lNit3
• GNNI•6
• Lmm:;:
• LDNI16
• GP5IIP
.GP5GP
.GP5AD
• GP5A(5
.GP6DP
.GP6GP
• GPE.AII
.GP6AG
LIMITS
02,18f<,,10K
02,25t<:,,10K
02,25K,,151<
02, :;:2K,, 15K
02,621<,,10K
so, E.sr..:, st:.:, 201<.
02, 65K' , 1 Ok
50,79K,8K,15K
02, 7 OK, , 1 Ot::
50' 72~::, 8f<, 20K
02,75K~~lOK
50~ 89K' E:t-:.:~ 2(*~
TERMINAL MESSAGE
RESPONSE TO QUERY $$ REPORT --------------------------
ABT 01/G-005 18 RUN TIME EXHAUSTEII
1. EXAMINE OUTPUT FDR POSSIBLE
IIATA ERROR WHICH MAY HAVE
CAUSEII PROGRAM TO LOOP
2. IF MANY OPTIONS USED~ MAY
HAVE TO INCREASE PROCESSOR
TIME LIMITS
3. IF IN IIOUBT~ CALL EUSED
ABT 01/G-052 M4/N4-I/O LIM.
1. LIST EUSEI•+ FOR LATEST
REVISION
INCREASE CORE LIMITS
ABT 01/G-077 )0 OUTPUT LINES EXCEEDED
2-39
1. INCREASE LINES OF OUTPUT
LH1ITS
0
REFERENCE MANUALS
Additional information is available in the following manuals, which may be
obtained from. your GEISCO representative:
MARK III GCOS Background User's Guide--2000,01
Illustrates Background job setup, submission, and processing. Describes
the Foreground Interface to GCOS Background and provides instructions for
editing the output returned to the Batch Output Library via BEDIT.
Command System Reference Manual--3501.01
Introduction to the Foreground system, instructions in the use of system
commands, listing of system error messages and their causes, and
descriptions of TEDIT and EDIT, which are useful in changing files.
Honeywell Level 66 Error Messages and Abort Codes--DC97A
Abort codes, error codes, and error messages that may be issued to a user
as a result of abnormal conditions detected during activity processing.
2-40
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INTRODUCTION
LOAD MODEL PROGRAM (.LDMD6)
Section Index
• • • • • • • • • a • • • • • • e • • a • • • • • • • • •
PROGRAM INPUT/OUTPUT . . ~ . . . . . . . . . . . . . . . . . . . . ~
LOAD MODEL PROGRAM INPUT DATA • • • • • • • • • • • • 8 • • • • • • • •
Alphabetic Listing of Input Variables • • • • • • • • • • • • a • •
General Input • • • • • • • • • • • • • • • • • ., • • • • • • • • •
Program Logic Code. • • • • • • • • • • • • ~ • • • • • • • • • • •
J:SPEC=O • • • • • • • • • • (" • • • • • 0 G • • • • • • • • • • • •
Options to Change Annual Pool Peak Loads • • • • • • • • • • •
Options to Change Reliability P.U. Data ••••••••••••
Options to Change Production Cost P.U. Data ••••••••••
ISPEC=-1. Mode • " • • • • o • • • • • • • • • • • • • • • • • • • e
'ISPEC=l Mode • • • • • .. • • a • • • • • • • • • tp • • • • ~ • • •
Monthly Input. • • • • • • • • • • • • • • • • • J • • • • • o
Monthly Energies. • • • • • • • • • • • • ~ • • • • • • •
Monthly Energy Growth Multipliers • • • • • • • • • • • •
Monthly Load Factors. • • • • • • • • • a • • • • • • • •
Monthly Loads (MW or P. U.) • • • • • • • • • • • .. • • ..
Monthly Load Growth Multipliers • • • • • • • • • • • • •
Annual Loads. • • • •
Monthly Modifications
• • • • a •
• • • • • •
• • <.II
• • •
• • • • • • • • •
• • • • • • • • •
ilrlnuaJL InJ)tlt • • • • • • • • • • • • • • • • • • • • • • •
Company Peak Loads. • • • • • • • • • • • • • • • • • • • • • •
Modifying the Internal CaJLendar • • • • • • • • • • • • • • • •
• •
• •
.. .
Output Options. , • • • • • • • • • • • • • • • • • • • • • • • • •
EXTENDING A LOAD MODEL • .. • • .. • • • • • • • • • • • • • • • • • • •
LOAD SHAPE MODIFICATION • • • • • • • • • • • • ,. • • • • • • • • • • f>
JOB SETUP • • • • • • • • • • • • • • • ~ • • • • • • • • • • • • 0 • •
SAMPLE DATA FILBS • • • • • • • • • • • • • • 0 • • • • • • • • • • ~ •
S~1?~~ ()tJ~J?tJ~ • • • • • • • • • • 8 • • ~ • • • • • • • • • • • • • • •
MERGING TWO LOAD MODELS • • • • • • • • • • • • • • • • • • • • • • • •
3-i
Page
3-1
3-4
3-5
3-5
3-8
3-9
3-10
3-10
3-11
3-14
3-23
3-25
3-26
3-29
3-33
3-36
3-39
3-43
3-46
3-46
3-47
3-50
3-52
3-53
3-54
3-56
3-58
3-59
3-71
3-82
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INTRODUCTION
The • LDMD6 Load Model Program is an auxiliary program to OGP. It must be
executed in :.)rder to develop a binary Load Model, whioh is stored permanently
and will be input to the OGP program. Although OGP may study a maximum of 30
conseauti ve years, the Load Model may include up to 40 year·s of load data·
Figure 3-1 shows the various files used by the Load Model Program.
The .LDMD6 program is used either to create a Load Model from scratch or
to modify an existing Load Hodel. Figure 3-2 shows the flow of logic in the
Load Modeling Program.
If the Load Modeling Program is being used to create a Load Model from
scratch, the user must input the following:
• Per-unit data describing the probability and production cost load shapes
for one or more study years
• Annual MW peak loads for all of the study years
• Company identifications (maximum of 25 companies)
(Optional)
Existing Binary
Load Model
File 02
Binary
Load Model
for OGP
File 01
Load Modeling Program
.LDMD6
Repor-t 06
Bulk Output
Input Data
File 15
Report 07
Summary
Figure 3-l. File StPU/.~~.ure for the Load Model Program (. LDMD6)
3-1
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INTRODUCTION
The .LDMD6 Load Model Program is an auxiliary program to OGP. It must be
executed in order to develop a binary Load Model, which is stored permanently
and will be input to the OGP program. Although OGP may study a maximum of 30
consecutive years, the Load Model may include up to 40 years of load data.
Figure 3-1 shows the various files used by ~he Load Model Program.
The .LDMD6 program is used either to create a Load Model from scratch or
to modify an existing Load Model.. Figure 3-2 shows the flow of logic in the
Load Modeling Program.
If the Load Modeling Program is being used to create a Load Model from
scratch, the user must input the following:
• Per-unit data describing the probability and production cost load shapes
for one or more study years
• Annual MW peak loads for all of the study years
• Company identifications (maximum of 25 companies)
(Optional)
Existing Binary
Load Model
File 02
Binary
Load Model
for OGP
File 01
Load Modeling Progr~am
.LDMD6
Report 06
Bulk Output
Input Data
File 15
R<3port 07
Summary
Figure 3-1. File Structure for the Load Model Program (.LDMD6)
3-1
j Read General Data l
•
. .------_,....----= 0 ... -------< !SPEC
;!O ,
~----------~~----------Monthly Data Supplied
Yes ~~ No
1
Given Monthly Data,
using built-in calendar
develop
Given Annual Data,
Monthly Loads
Monthly Load Factors
Monthly Energies
Annual Loads
using built-in calendar,
develop
Annual Loads
Armual Load Factors
Annual Energies
Annual Load Factors
Annual Energies
-i Read Annual Data (Optional) :-<'IL
~---------~,--------~
If starting from an existing load model,
read one year of binary load model (MW)
from original load model
Convert WN loads into p.u. loads
1. Month/annual, probability and
production cost
2. Hour/peak hourt production cost
..-----= 0 !SPEC _/
;1!0
I Recalculate p,u. load model j
~ Develop MW ~oad m~del . i
+
Print MW and/or p.u. load model
(Optional)
' More years to study
No
Print Summary Output J
Ye s-
Fig~re 3-2. Logic Flow of OGP Load Model Program
3-2
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Optional input includes:
• Monthly MW peak loads
• Monthly or annual energies
• Monthly or annual load factors
If the optional input is supplied, the program will adjust the per-unit load
shapes that were input so that the peaks, energies, and load factors are
consistent with respect to each other. The method used by t.he program in
making this adjustment is described in Section 4 of the Descriptive Handbook
and on pages 3-56 and 3-57 of this manual.
Using an existing Load Model as a base, the Load Modeling Program can be
used to modify the load data and create a new Load Model. The original Load
Model will not be altered by this procedure. The following modifications may
be made:
a. Change monthly p.u. loads for probability calculations by inputting the
following information:
1) Month/annual peak load ratios
2} P.Uo ratios associated with the 0, 20, 40, and 100 percent points on
the peak load duration curve
b. Change monthly p.u. loads for production cost calculations by inputting
the following information:
1) Month/annual peak load ratios
2) Weekday hour/peak hour load ratios
3) Weekend day hour/peak hour load ratios
o,. Direct the program to alter p.u. load shapes by inputting:
1) Monthly energies, load factors, month/annual peak load ratios, and
monthly peaks
2) Annual ener-gies~ load factors, and annual peaks
d. Extend the existing Load Model by doing either of the following:
1) Starting the new Load Model before the first year of the existing model
2) Continuing the new Load Model after the last year of the existing model
NOTE: Items 1) and 2) may not be done in the same run. --
t .
To change the binary Load Model, th~ user must usually rerun the • LDMD6
program. However, there is one exception. If the user wishes to alter only
the annual MW pool peaks, input to the Data Preparation Program of OGP will
allow the annual peaks to be overridden for that case study only. All annual
peaks or selective annual peaks may be changed.
PROGRAM INPUT/OUTPUT
The
FORTRAN.
.LDMD6 program (see Figure 3-1) is a batch program written in
Input requirements for this program are as follows:
1. Data is supplied in the form of NAMELIST data. The NAMELIST name is
INPUT. The program requires one set of general data. Optional sets of
data can be input on an annual basis to override information that was
supplied in the general data. File 15 is designated as the input data
file.
2. If the user is modifying an existing Load Model, the existing Load Model
in binary form is required as input. File 02 is designated as the input
Load Model.
Output capabilities of the Load Model Program {see Figure 3-1) are as
follows:
1. File 01 is a binary Load Model which defines the monthly MW probability
and production cost loads for each year to be studied. This binary Load
Model will become input to the Data Preparation module of the OGP program.
2. Report 06 is bulk output. It is usually printed on a high-speed printei!t
and is an annual printout of the monthly MW and/or p.u. probability and
production cost load models.. The user may control the annual printing of
these MW and p. u. models through input. System abort messages and all
programmed error messages are written to Report 06.
3. Report 07 is summary output. It is usually printed via a terminal or
CRT. It is a track of successful NAMELIST data reads and a summary of
annual MW peak loads and annual MWh of energy. Selective programmed error
messages are· written to Report 07. Report 07 provides the user with
vel,i.fication of the successful execution of the run.
3-4
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LOAD MODEL PROGRAM INPUT DATA
This sectj.on defines the actual NAMELIST input variables to be used with
the Load Model Program. The variables to be used depend on the program
options being utilized. The list on page 3-7 indicates the variables required
when creating a Load ~4odel from scratch. If an existing Load Model is being
modified, 'bhe user should use the Section Index to determine, based on the
changes to be made, the variables to use.
Below is an alphabetic listing of the NAMELIST input variables for the
Load Model Program and the page where they are located. Some of the variables
have a dimension of 40, thus allowing the user to input values for all the
years to be studied. Other variables allow only one value to be input.. If
this value is to be changed during the study period, the user must override it
by using annual input. The variables that can be overridden on an annual
basis are indicated with an asterisk (*). The paragraph on the following page
explains bow annual overrides are input.
ALPHABETIC LISTING OF INPUT VARIABLES
Variable Page Variable Page
AEMWH 3-47, 3-48 NEWR 3-11, 3-12
*CGROW 3=50 NEWWE 3-14, 3-19
COMW 3-50' 3-51 NEWWK 3-14, 3-15
*CRATIO 3-50 NSTART 3-8
EM GROW 3-26, 3-2'7 J 3-33 NTOTAL 3-8
EMONTH 3-26, 3-27, 3-29 *NUMWE 3-52
ENERGY 3-26, 3-27 J 3-32 *NUMWK 3-52
FMONTH 3-26, 3-27, 3-36 *MOD 3-24, 3-49
GRMW 3-10, 3-27' 3-46, *MODMON 3-24, 3-49
3-47, 3-48 *MODPK 3-24, 3-49
GRMWH 3-23, 3-47' 3-48 *MODPRB 3-24, 3-46, 3-49
*IDl 3-8 *MODR 3-11, 3-12
*ID2 3-8 *MODWEK 3-14, 3-15
ISPEC 3-9, 3-25, 3-56, *MODWEN 3-14, 3-19
3-57 *MODWK 3-24, 3-46, 3-49
*IYREAD 3-53 FMGRO\'l 3-27, 3-28, 3-43
KALEND 3-52 PMONTH 3-26, 3-27, 3-28,
KPRINT 3-53 3-39
LPRINT 3-53 POOIMW 3-10, 3-27, 3-46,
M7 3-53 3-47, 3-48
NEW 3-8 *PUANP 3-14, 3-15
NEWANP 3-10 *PUANR 3-11, 3-12
NEWC 3-8 *PUMON 3-24, 3-26, 3-27,
NEWMOP 3-14, 3-15 3-49
*PUMR 3-11, 3-13
NEWMOR 3-ll, 3-12 *PUMWE 3-14, 3-20
NEWNUM 3-8 *PUMWK 3-14' 3-16
NEWP 3-8 XLF 3-23, 3-47, 3-48
* This variable can be overridden on an annual basis.
3-5
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The NAMELIST .input data begins with a NAMELIST input data set containing
the general data. All of the variables input to the Load Model are supplied
in the general data. In addition, many of these (see 1ist on page 3-5) can be
overridden on an annual basis. This allows the user to change the values
assigned to variables as a function of time. The variable IYREAD tells the
Load Model Program the year in which the changes specified by the next
NAMELIST data set become effective. These changes remain in effect until they
are overridden by changes made later in the data file. The effective years of
the changes must occur sequentially in the data file.
The following is an example of the format of a NAMELIST input data file
for the Load Model Program:
$INPUT
General Data
IYREAD=l986$
$INPUT
Override Data
IYREAD=l987$
$INP\1T
Override Data
IYREAD=l990$
$INPUT
Override Data
IYREAD=O$
Each NAMELIST data set must begin with $INPUT and
end with a closing $.
(See pages 3-8 to 3-53.)
Year in which the changes specified in the next
data set become effective.
Changes to general data to become effective in
1986 (see list on page 3-5 for variables that can
be overridden).
Changes to become effective in 1987.
Changes to become effective in 1990.
End of annual overrides.
3-6
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To create a new Load Hodel from scratch., the user must input the following
data:
IDl
ID2
NTOTAL
NSTART
NEW
NEWNUM
NEWP
NEWC
** IYREAD * LPRINT * KPRINT
M7 ** CRATIO ** CGROW * COMW
PUANR
PUMR
PUANP
PUMWK
PUMWE
** KALEND
** NUMWK ** NUMWE
ISPEC:O
POOLMW
* GRMW
ANNUAL
ISPEC:l
POOI.MW
GRMW
XLF
AEMWH
GRMWH
MOD
MODWK
MODPK
MODMON
** PUMON * MODPRB
MONTHLY
ISPEC:l
EMONTH
EM GROW
ENERGY
FMONTH
!MONTH
PUMON
POOLMW
GRMW
MODWK
MODPRB
ISPEC=-1
XLF
GRMWH
MOD
MODWK
MODPK
MODMON
** PUMON * HODPRB
* Optional input ** Optional input; data may also be input on annual basis
NOTE: Whenever growth multipliers are input, the program multiplies last
year's value by this year's multiplier to determine this year'S
values. For example, POOLMW(N) = POOLMW(N-1) * GRMW(N).
3-7
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GENERAL INPUT
$INPUT
IDl =
l"D2 --
or
IDl -60H -
.ID2 = 60H
NTOTAL =
NST.A.RT -
li.TC!f.T : 1'U;,n
NEWNUH ::
NEWP = 6H
or
NEWP =
NEWC :.-:
.. or ..
NE;wc :::: 60H
60H
• •
' ' ,----------------------·----------------------------~-------' '
------------------------------------·----------~-----------1 ~--------------------~------------------------~---------'
2 lines of identification
MaximUIU of 60 characters per line
·---'
______ ,
_____ ,
'
Number of YE!ars to be included on the Load Model
NTOTAL < 40.
If ~J·roTAL > number of years on original Load
Model, refer to page 3-54.
First year of Load Model to write on new file.
If' omit ted, program will start with first year on
old file.
If NSTART < first year~ on original Load Model,
please turn to page 3-54.
Option to create Load Model from scratch •
0 = Modify existing Load Model.
1 = Create new Load Model from scratch.
Refer to page 3-7·
Number of companies in pool.
NEWNUM < 40
Mandatory input if:
1. Load Model is created from scratch.
2-~ Number of companies described in new Load Model
differs from number of companies in original
Load Model.
Hollerith identification of pool, 6 characters
maximum.
Mandatory input if:
1. Load Model is created from scratch~
2. User wishes to change pool name.
t ' ----------------·------------------------~------------------D ' ' -----·------------------~-------------·----------------·-'
-----------------·----------------------------------------------------------------------------------------'
List of company names •
Hollerith ~'.dentifica.tion, 6 characters per company.
Mandatory input if:
1. Load Model is created from scratch.
2. User wishes, to change co~mpany names.
3-8
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PROGRAM LOGIC CODE
The variable ISPEC tells the program the type of data to expect and
whether or not the program is to automatically alter the load shapes. If the
load shapes are being modified, the program will use the method described on
pages 3-56 and 3-57. Listed below are the three possible options for ISPEC.
ISPEC = ---------' 0 = Do not automatically alter load shapes.
The user will specifically input all changes to the
If
input,
the Load
load shapes.
Please refer to pages 3-10 through 3-22 •
-1 = The program will use annual pool MW loads from the
original Load Model.
The user will input the desired load factor for the
first year and the MWh growth rate for all years~
OR
The user will input the desired load factors for all
of the years.
Given the above input,
shapes accordingly.
the program will alter load
Please refer to pages 3-23 and 3-24.
+1 = The user will input a combination of annual pool MW
loads, energies and load factors.
Model
OR
The user will input a combination of monthly MW loads,
energies and load factors.
Given the above input, the program will alter load
shapes accordingly.
If inputting monthly data, please refer to Ea~es 3-25
through 3-46.
If inputting annual data, please refer to Eases 3-47
Ehrough 3-49.
is being created from scratch, resardless of ISPEC
the user must supply the following input:
PUANR Pag~ 3-11, 3-12
PUMR 3-11, 3-13
PUANP 3-14, 3-15
PUMWK 3-14, 3-16
PUMWE 3-14, 3-20
3-9
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ISPEC = 0 MODE
OPTIONS TO CHANGE ANNUAL POOL PEAK LOADS (ISPEC = 0)
NEWANP(40)
POOLMW(40)
GRMW( 40)
NEWANP
POOI.MW
GRMW --
=
=
Code to change annual peaks, by year.
0 = Use annual pool MW loads from original Load Model.
1 = New annual pool MW loads will be input.
Associated input: POOLMW
GRMW
Annual pool peak load in MW, by year.
Annual pool peak growth multiplier, by year.
e.g., 1.05 for 5% growth.
List initialized to 1.0.
(See Note on page 3-7.)
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OPTIONS TO CHANGE RELIABIUTY P.U .. DATA (ISPEC = 0)
1. NEWHOR(40)
PUANR(l2)
2. NEWR(40)
MODR(12)
PUMR(4,12)
Code to change month/annual ratios, by year.
0 = Use original Load Model ratios.
1 = New month/annual ratios will be input~
Associated input: PUANR
P.U. month/annual ratio, by month.
(Must input 12 numbers.)
Must be included in the annual override data for the first
year it becomes effLotive.
Code to change ratios at the 0, 20, 40, and 100 percent
points, by year.
NOTE: Four points refer to percent of weekdays when a load
equal to or greater than amount shown may be
expected.
0 = Use original u?ad Model ratios.
1 = New p.u. ratios will be input.
Associated input.: MODR
PUMR
Code to supply PUMR input selectively on a month-by-month
basis ..
0 = Use original Load Model ratios.
1 = PUMR input will be supplied.
P. U. load ratios associated with the 0, 20, 40, and 100
percent points on peak load duration curve, by month.
Mandatory input if NEW=l.
Mandatory for months where NEWR(YEAR INDEX)=l, and
MODR(MONTH)=l.
NOTE: Four points refer to percent of weekdays when a load
equal to or greater than amount shown may be
expected.
Data forms for these yariables are on pages 3-12 and 3-13.
3-11
OPTIONS TO CHANGE RELIABILITY P.U. DATA (ISPEC = 0) (Continued)
NEWMOR = _, .,.._, ,
' ' ' ' ' J , ' ' , ' ' , ' ' ~ i '
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PUANR -------' ------' ------' ------' ------' ------' ------' ------' ------' ------' ------' ------'
NEWR -' -' '
' ' , , ' ' , ' '
' ' ' ' , '
' ' ' , ' ' ' ' '
' ' '
MODR = ------' --~---'
------' ------' ------' ------' ------' ------'
-------' ------'
------' ------'
3-12
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OPTIONS TO CHANGE RELIABILITY P.U. DATA (ISPEC = 0) (Continued) .
January
PUMR(l,l) =
Februar:x
-~-~' PUMR(l,2) = ____ 1 ____ , ____ , '
-----' '
!Pril Ma1
PUMR(l,4) =
July
PUMR(l, 7) =
October _.....-
POMR(l,lO) =
____ , ____ , ____ , ____ ,
'
'
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' _, ,
PUMR(l,5) =
August
PUMR(l,8) =
November
PUMR(l,ll)
____ ,
=
____ , ____ ,
·---'
'
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'
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3-13
March
PUMR(l,3) ;
June
PUMR(l,6) =
September
PUMR(l,9) =
December
PUMR(l,l2)
--..----' ____ , ____ ,
---~'
____ , ____ , ____ , ____ ,
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OPTIONS TO CHANGE PRODUCTION COST P.lJ. DATA (ISPEC = 0)
1. NEWMOP(40)
PUANP(l2)
2. NEWWK( 40)
MODWEK(l2)
PUMWK(24,12)
~Month
Hour
3. NEWWE( 40)
MODWEN(l2)
PUMWE(24,12)
I· LMonth
L___Hour
Code to change month/annual ratios,
0 = Use original Load Model ratios.
1 = New month/annual ratios will be
Associated input: PUANP
P.U. month/annual ratio, by month.
(Must input 12 numbers.)
by year ..
input.
Code to change weekday hour/peak hour ratios, by year.
0 = Use original Load Model ratios.
1 = New weekday hour/peak hour ratios will be input.
Associated input: MODWEK
PUMWK
Code to supply PUMWK !!lput selectively on a monthly
basis •
0 = Use original Load Model ratios.
1 = PUMWK input will be supplied.
Weekday pGu. hourly ratios, by hour, by month.
24 p.u. loads must be in d2scending order.
Code to change weekend hour/peak hour ratio, by year.
0 = Use original Load Model ratio:s.
1 = New weekend hour/peak hour ratios will be input.
Associated input: MODWEN
Pill-IWE
Code to supply PUMWE input selectively on a monthly
basis.
0 = Use original Load Model rati.os.
1 = PUMWE input will be supplied.
Weekend p.u. hourly ratios, by hour, by month.
24 p.u. lo~ds must be in descending orde~.
Data forms for these variables are on pages 3-15 through 3-22.
3-14
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OPTIONS TO CHANG!; PRODUCTION COST P..U. t>AlA (ISPEC = 0) (Continued)
NEWl-iOP =
PUANP =
NEWWK =
MODWEK =
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3-15
OPTIONS TO CHANCE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
January
PUMWK(l,l) ::: ' ' , _,
' ' , , , ' , ' , , , '
' ' ' '
-~
, _, ' '
February
PUMWK(l,2) = J ' ' -
' , ' '
' ' ' '
' ' '
' ' ' '
' ' '
March
PUMWK(l,3) = ' ' ~ '
' ' ' '
' ' ' '
' ' , '
' ' ' ,
' ' ' J
April
PUMWK(l,4) = ' , ' '
' , , '
' J , '
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3-16
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i \_ J
f i L )
! ,l
i
' j l:. 1
t 1
r '
<
c
?111 \f' &..!
fj-_'·_ -,· \
~ r
j
T'r
.j_;
·[_., ~~ -_'
'-,< -~:
,~: ~ . .
; -{ r '-
~ ' '
-OPTIONS TO CHANGE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
!i~
PUMWK(l,5) = ,
' ' ' , ' ,
' ' ' ' ' ' ' ' ' ' ,
June
PUMWK(l,6) = ' ' .. '
' ' ' ' ' ' , ' ' J , ,
' ' '
July
PUMWK(l,7) = ~ ' ' ' , ' ' II , , ,
' ' ' , , '
August
PUMWK(l,8) = ' ' ' _, ' , , , ' J , ' ,!\· ' ' , , '
3-17
'
'
'
' ,
'
'
'
'
'
'
,.
l
j
' I ' ,
'
' ~ , i
' ,
' ,
' ,
OPTIONS TO CHANGE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
September
PUMWK{l,9) =
October
------' ------'
------'
~-----' ------' ------'
PUMWK(l,lO) = -----'
------'
----' ------'
------'
November
PUMWK(l,ll) = -----'
------'
------'
------'
------' ------'
December
PUMWK(l,l2) = -----' ______ ,
_____ ........ __ =,
-------'
------'
------' ------' ------' ______ ,
------'
------'
______ , ______ ,
------'
------'
------'
------'
·------'
------'
------' ---·---' ------'
------'
------' ------' __, _____ ,
------'
------' ______ ?
3-18
------' -----'
------'
-----'
-----'
-----'
-----'
------' -----'
------' -----'
------~
------'
------' ______ ,
-----' ------'
______ , _____ ,
-----' _____ , _____ ,
______ ,
------'
------' ______ ,
______ ?
------'
------' .,;;;;;;;,. _____ ,
------'
------'
------'
------'
------'
......,....,..==----'
------'
' ------' ------'
------' ------' ------' _____ ,
------'
------'
-l
r:1 I l
l
fl
' \ j
r··r
i \
i .J
.,,
i
f l
\.. )
! I t -
r 1 ;
1
L .~
u
\ i
L/
If r .
.Ill; Iii ' ;
r '
r .
f)
,.\
~.~-.. --~~.~
£1
~ ·' . I
' -,
OPTIONS TO CHANGE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
NEWWE = ' ' ' ' t ' ' ' ' ' , ' ,
' ' ' ' ' ' ' ' ' ' ' ' ' ,
' , ' ' ' , ' ' ' ' '
MODWEN = -----' -----' -----' ------' -----' -----' -----' --·---'
----~' -----' -----' -----'
3-19
OPTIONS TO CHANGE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
January
PUMWE(l,l) =
February
PUMWE(l,2) =
March
PUMWE(l,3) =
April
PUMWE(l,4) =
-----'
-----'
-----'
--·---' _____ ,
-----'
-----'
-----'
-----'
-----'
-----'
-----'
-----'
-----' -----' -----' -----'
-----'
-----'
-----'
-----'
-----'
-----'
-----' _____ ,
-----' _____ ,
-----'
-----' _____ ,
-----' _____ ,
-----'
-----' _____ , _____ ,
-----' -----' _____ ,
-----'
-----' _____ , _____ ,
3-20
_____ ,
-----'
-----'
-----'
-----'
-----' -----'
-----' _____ ,
-----'
-----' -----' -----' -----' _____ ,
-----'
-----'
-----' -----' -----' _____ ,
-----'
-----'
-----' _____ , _____ ,
-----'
-----'
-----' -----' _____ , _____ ,
-----' _____ , _____ ,
-----' _____ ,
-----'
-----' -----'
-----'
-----'
-----' -----'
.J.
f1
' t
I j
rl
1 (
:~ I
i. J
1
l j
J
' t
r,
'
f 1
.
' •
~' l
l
~ '
r
·~
~ ' ! .
f
t
OPTIONS TO CHANGE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
May
PUMWE(l,5) = ' ' ' ' , ' ' ,
' ' , '
' ' ' '
' ' '
' ' '
June
PUMWE(l, 6) = ' ' '
' t ' '
' ' '
' ' f ' , , ' ' , ' , '
July
PUMWE(l, 7) = ' ' , '
' ' '
' j ' ,
' ' ' '
' ' '
' ' '
August
PUMWE(l,8) = -----' ·-' ' '
' ' ,
' ' _____ ,
' '
' ' ·-' -----' ' , '
3-21
i
i I r
l
I r
~ p
OPTIONS TO CHANGE PRODUCTION COST P.U. DATA (ISPEC = 0) (Continued)
September
PUMWE(l,9) = -----' -----' -----' -----' -----' -----'
October
PUMWE(l,IO) = -----'
November
PUMWE(l,ll) =
December
_____ .,
-----' -----' -----' _____ ,
-----'
-----'
-----' -----'
--~--' _____ ,
PUMWE(l,l2) = -----'
-----'
-----'
-----' -----' ____ ,
-----' _____ , _____ , _____ , _____ ,
-----'
-----' _____ ,
-----' _____ ,
-----' -----'
-----'
-----' -----' -----' -----'
-----' _____ ,
-----'
-----'
-----'
-----'
If ISPEC=O, proceed to page 3-50.
3-22
_____ , _____ , _____ ,
_____ 'I
·----' _____ ,
-----' -----'
-----' -----' -----'
-----' -----' -----' -----' -----' -----'
-----' -----' -----' -----'
-----'
-----'
-----' -----'
-----'
-----'
-----' -----'
-----' -----'
-----'
-----' -----' _____ $
-----' -----'
-----' -----' _____ , _____ ,
-----' _____ , _____ , _____ , _____ , _____ ,
' J
,.,
f-1 f I ·j \
n
L)
n
LJ
,. .. ,_
i {
t J
lJ
1
j
.1 ,~
' j
' ~ 1'~ ' '
/' r-" Jl " ~ s .,
~ ' ~ ' ' ~
.r--..~
1 •. oJ
I ,.-·-.
~
l
I
..#
1 I ·'
(
i:
..... ~~1!'
I . .. .
i. . ._..J
f ..
' .J
l \...,.,;
r ' q
t,,.,,
r ~ ,.
~~
ISPEC = -1 MODE
When ISPEC=-1, the program wi.ll read the annual pool peaks from the origi-
nal Load Model, and, using an i1:1t:ernal calendar, will automatically alter the
p.u. load shapes to match the energies or load factors input by the user. The
m.ethod used to alter the load shapes will be specified on the following page
and is explained on pages 3-56 and 3-57 of this manual and Section 4 of the
Descriptive Handbook.
The user must input one of the following items:
1. Annual load factors
2. Annual load factor for the first year of study and energy growth
multipliers for all years
m-----------------·-----------~---------------~----------~----------------
XLF(40)
GRMWH(40)
XLF =
GRMWH =
Desired annual loed factors for each year.
e.g.~ .60 for 60% annual load factor •
&"lnual energy growth multipliers for each year.
e.g., 1.04 for 4% growth.
List is initialized to 1.0.
' '
' '
' ·' '
' --_,
_, ' _, J
' ·-"~
' '
' '
' ,
' ' _, __ , __ ,
'
' '
' _, _,
, _,
3-23
' _,
'
' ,
'
'
~
-----'
·----' -
-----'
-----'
-----' -----'
-----'
'
'
'
'
' ,
'
_,
'
-----'
-----'
-----' _____ ,
-----'
-----'
-----'
-----'
-----'
.rt ISPEC = -1 MODE (Continued)
MOD
MODWK
MODMON(l2)
PUMON(l2)
MODPRB
MODPK
1\iOD =
MODWK =
MODPRB =
MODPK --
Load shape modification code.
0 =Modify daily shapes (see page 3-56).
1 =Modify monthly/annual ratios (see page 3-57).
2 = Manually input new month/annual ratios, then modify daily
shapes.
Week modification code.
0 = Modify all days in week.
1 = Modify weekdays only.
2 = Modify weekend days only.
Month modification code, by month.
0 = No modifications in month.
1 = Modify month.
Initialized to 1.
Month/annual peak ratios, p.u.
Mandatory input if MOD=2.
Probability model modification code~
0 = Modify month/annual ratios.
Program will set probability month/annual ratios equal to
production cost month/annual ratios.
1 = Do not modify original month/annual ratios on probability
model.
Option to change annual pool peak in the event of a flat monthly
load shape.
0 = Retain desired arnual peak.
1 = Modify desired annual peak.
NOTE: If modifications to the Load Model result in flat loads,
the annual peak, energy, and/or load factor may not match
the input values~
MODMON = ·-' PUMON = ' :
' '
' ' ,
, ' ,
'
' '
' ' , ' ,
, '
'
If ISPEC=-1, proceed to page 3-50.
3-24
n
1
fl
J
ll . _}
fl ~c I
' 1 l }
t ' ' \
j
t i
-1,
l J
' 1
f \
I ~
J
LJ
-. . • ~
~· ; -
~ •J
" •'
·~~
#
f
l '
t.
~ .
i
ISPEC = 1 MODE
When ISPEC=l, the user must input on eithe.r a monthly or annual basis two
of the following three items: peak load, energy, and load factorQ Using an
internal calendar, the program will automatically alter the p.u. load shapes
on the original Load Hodel to match the peak loads, energies, and load
f'actors. The method used to alter the load shapes will be specified on the
I'ollowing pages and is explained on pages 3-56 and 3-57 of this manual and in
Section 4 of the Descriptive Handbook.
If ~hl~ input is to be supplied, please proceed to page 3-26.
If annual input is to be supplied, please proceed to page 3-47o
3-25
;\iONTHLY INPUT (ISPEC = 1)
Using an internal calendar and the monthly energies, monthly load factors
and monthly loads that are input, the program will alter the original p.u.
load shape.
The user must input two of the following three sets of data. (The program
will develop the third set of data.)
1. Desired monthly energies, MWh, for each year.
2. Desired monthly load factc,r, p.u .. , for each year.
3. Desired monthly loads, MW or p.u., for each year.
a-----------------------------------------------------------------------------
!:!,onthly Energies
EMONTH(40,12)
ENERGY(l2)
EMGROW(40,12)
Desired monthly energies, MWh, by year, by month.
Desired monthly energy, MWh, for each month. May use as
replacement for EMONTH if energy fo:P first year only and
monthly energy growth multipliers are supplied.
Monthly energy growth multipliers, by year, by month.
e.g., 1.06 for 6% energy growth over same month of
preceding year.
Initialized to 1.0.
(See note on page 3-7.)
Monthly Load Factor
FMONTH(40,12) · Desired monthly load factors, p.u., by year, by month.
e.g., .75 for 75% monthly load factor.
~onthly Peak Loads
PMONTH(40,12)
PUMON(l2)
Desired monthly loads, MW or p.u., by year, by month.
If input ~ 1.0, value is in p.u. and user must also input
annual peaks in MW.
Desired monthly loads, MW or p.u., for each month.
PUMON ~ 1.0 p.u.
PUMON > 1.0 MW
May use as replacement for PMONTH if month/annual ratios
are same for all years of study.
OR
May use as replacement for PMONTH if MW loads for first
year only and monthly MW growth multipliers are supplied.
3-26
l
)
LJ
L.J
r
r ...
1--· ' '
'
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Peak Loads (Continued)
PM GROW ( 40, 12)
POOLMW(40)
GRMW( 40)
Monthly load gro~~h multipliers, by year, by month.
e.g. , 1. 06 for 6% monthly load growth over same month of
preceding year.
Initialized to 1.0.
Annual pool peaks, MW, by year.
Annual pool peak growth multiplier, by year.
e.g., 1.05 for 5% annual growth.
Initialized to 1.0.
(See note on page 3-7.)
J£ the monthly loads were input in p.u., the user must input POOLMW and/or
GRMW.
Valid Combinations of Monthly Input
The user must supply two of the following three sets of input data:
r·-Energy
r-
f
Desired monthly energies, MWh, for all years [EMONTH(40,l2)].
OR
Desired monthly energies, MWh, first year of study [EMONTH(l,12)
or ENERGY(l2)] and
Monthly energy growth multipliers for all years [EMGROW(4'0,12)].
Load Factor
Desired monthly load factors, p.u., for all years [FMONTH(40,12)].
3-27
MONTHLY INPUT (ISPEC = 1) (Continued)
Peak Load
Desired monthly loads in p.u. of annual peak, for all years [PUMON(l2) or
PMONTH(40,12)] and
Annual pool peaks, MW, for all years [POOLMW(40)] or annual pool peak, MW,
f'or first year and annual pool peak growth multipliers for all years
[POOLMW(l) and GRMW(40)].
OR
Desired monthly loads, MW, for all years [PMONTH(40,12)] and
Omit annual pool peaks for all years.
OR
Desired monthly loads, MW, for first year [PMONTH(l,l2)] and
Monthly MW growth multipliers for all years [PMGROW(40,12)].
Data forms for these variables are on pages 3-29 through 3-46.
3-28
;
t
)
M
I
[ ' J ,
i
J
n
1
1
; :/
~
I ! j
n F I , I
\__j
r-,
k -~
\ I J,., ,.
n LJ
r~
t 1
f' l
\
~ )
l
i ,l
l .:J
LJ
I L_i
LJ
1
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Energies (MWh)
January
EMONTH(l,l) ::: ' ' ' ' , , t ,
, ' ' ,
, ' ' _,
' , ' t
' ' I' ~
' ' ' '
' ' ' _,
' ' ' ,
' , _, ,
Februarl
m EMONTH ( 1 , 2) ::: ' ' ' ' , ' t
' ' ' ' f , ! \ ' ,
, ' ' ,
' ' ' , r .,
' ' ' ' f·ci , ' L; ' ....
' _, ' ' ·a r ' , , '
March
£ EMOJJTH(l,3) = , ' ' '
!. ,J ' ' , ,
' , ' ' I? , ' ' '
' , , ' r ... .-'"* , , _, ' c ' , ' ' .., f ' _, ' "S' l"''' ' ' '
' , ' ' ,.
April '.4!
I EMONTH(l,4) = , , '
' ' ' ,
,._Aifi
' _, ' _,
' ' ' ' , ' , '
' , ' , ' , '
' ' , ,
, ' '
' ' ' '
3-29
MONTHLY INPUT (ISPEC = 1) (Continued)
,\~onthly Energies (MWh) (Continued)
May
EMONTH(l,5) =
June
EM.ONTH(l,6) =
Ju!Y
EMONTH(l,7) =
August
EMONTH(l,8) =
------' ------' ------' -------' ------' ------'
------'
------' ------'
------'
------' ------' ------'
------'
------' ------' ------'
------'
------'
------'
~-----' ______ ,
------'
------'
------'
------'
------'
------'
------'
------'
------'
------' ------'
------' ______ ,
------'
------'
------'
---·---'
------'
------'
------'
------'
------'
------'
------'
------' ------'
------'
------'
------'
------' ------'
------' ------'
------' ------'
------' ------'
------' ------' ------'
------'
------'
------'
------'
------'
------'
------'
------'
------'
------' ------'
------'
------'
3-30
------' -----' -----' -----' ------' -----' ------' _____ ,
------' -----'
------' ------' ------' ______ s
------'
------' ------' ------' ----' ------'
-----'
------' ______ ,
------'
------' ------' ------'
______ ,
------'
------' -----' ------'
------' -----'
------' ------'
-~----'
------'
------'
------'
------'
------'
------'
------'
-----' ------'
----~'
------' ______ ,
------' ______ ,
------'
------' ------'
------' ------' ------'
------'
------'
------' ------' ------' ------' ------' ------' ------' ___ ......_ __ ,
------'
R
i
J
n
il
\
J
n
L_ j
r ' ·,
\ .l l. .
' \
l J
j
L j
LJ
LJ
L.J
J
J
1. .•
f
l-i
r
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Energies (MWh) (Continued)
September
EMONTH(l,9) = ' ,
,
_, __ ,
'
'
' ,
'
' , ______ ,
' , ------' , , ------'
' '
______ ,
'
' '
' 7
' t ------'
' ' ------'
' ' ------'
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Energies (MVVh) (Continued)
ENERGY :: '
' ,
' ,
'
'
'
'
'
'
'
If ENERGY is used, the user must supply EMGROW data which appears on the
following three pages.
3-32
11
.~
I J
...,
I
\ j
,,
'-J
n t __ J
rl ' '1 r .
L . .J
(1
' I t J
l J
,. \
i ';
LJ
l
'l !
--~
I
l.J
LJ
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Energy Growth Multipliers (Continued)
May
EMGROW(l,5) :::
June
-~
EM GROW (1, 6) =
July
EMGROW(l,7) =
August
EMGROW(l,8) =
------' ------' ------'
------' ______ ,
------' __ ....,_ __ ,.,
------'
------'
------'
------'
------' ____ __,..,_,
------'
------'
------' ------' ------' ------'
------'
------' ------' ------' -----' ------'
------' _______ ,
-------'
------'
·----' ------'
------' ------' ------'
------' -------' ------' ------'
------' ------' ------'
---·---'
:--.-----'
------' -------' ------'
·--~....,.,~~
------'
-;-----'
_,,·---~'
----'
----' ___ _.,,_, --' ____ , _____ ,
--------' ------' ------'
------' ______ )
------' ______ ,
------'
------'
------'
--~..----'
------' ______ ,
------' ------' ------' ------' ______ ,
------'
------'
------'
------' ------'
3-34
------'
-l ___ .,.,.., __ ,
--------' ------'
------' ------' """""'-------'
~ . .;..... ___ ,
------'
______ i
------' _____ , ______ ,
------'
-----'
________ :
------'
------'
------'
-----'
------'
------'
------'
-----' ------' ------' ------' ____ ,
------'
---·--'
------'
===-----'
------' ______ ,
------'
------'
------'
------' ------' ------'
----------' -----'
------'
-----'
---~--' -----' ------'
·~---'
------'
------'
---==~--'
------' ------'
------' ------'
~ ........ -~--'
-----' ------'
-----'
------'
------' ------' ......... --.. ____ ,
1
f" LJ
f1
LJ
rl i {
' ~ t J
r-" l J
' ',! i L I
' ' '
r 1
I
LJ
~
~
~
I
-.e<.l
'
J-\
\{
t
['
r
r· t .. ,
rr t.J
__ ,,(
~~
I. ·/
r ,,
._ ,..4
r ' '
t .. _./
I
t ·~.,t
f
\..,.;.4
J
~
~
MONTHLY iNPUT (ISPEC = 1) (Continued)
Monthly Energy Growth Multipliers (Continued)
September
EMGROW(l,9) = ,
' ,
' ,
,
,
'
October ,_
EMGROW(l,lO) : ,
' ,
' ,
t
_,
,
'
November
EMGROW(l,ll) --'
t
_,
'
' _,
'
'
December
EMGROW(l,l2) = '
'
'
t
t
'
'
3-35
, ' ' , '
' , , , _, '
' , ' ,. ' '
' ' ,
' ' '
' ' ' , ' '
f -'
' t , ,
, , _,
• , '
' ' '
' ' '
' ' ' , ' ,
' , '
p ' '
' '
' ' ' , ' ,
' , ' , ' , , '
'; , '
'
' '
'
'
' , '
' ' ,
' ' '
' , _,
' _,
t ' ,_,
' ' _,
(.
MONTHLY INPUT (ISPEC-1) (Continued)
Monthly Load Factors (P.U.)
Januarr
FMONTH(l,l) = ------' ------'
------'
------'
------' ------' ------'
------'
------'
------'
Februar-y
FMONTH(1,2) = ------'
------'
------'
------'
-------' ------'
---·-~-'
------' ------'
March
FMONTH(l,3) = ------'
------' ------'
------'
------'
-~----'
------'
------'
April
FMONTH(l,4) =
------'
------' ------'
------' ------'
------'
------' ------' ______ f
------'
·------'
------' ------'
------' ______ ,
------'
------' ______ ,
------'
------'
-----' _____ ,
------'
------' ------'
------' ______ ,
------' ------'
------'
------'
---~-----'
------'
------'
------' ______ ,
------' ______ ,
------'
·~----'
------'
------' ------'
------' ______ ,
------' ------·'
------' ______ ,
3-36
______ , ______ ,
------' ______ ,
------'
------'
-----' ______ ,
------' ______ ,
------' ------'
------'
------' ______ ,
------'
------' ------'
------' ______ ,
------'
------'
------~ ______ ,
------'
------'
------'
------' ______ ,
------' ------'
------' ------'
------'
------' ______ ,
------'
------'
------'
------'
------'
----··-'
------'
------' ______ ,
------' ______ ,
------'
------' ------' ------'
______ ,
-------' ------'
-------'
----~-'
------'
------' ------' -----·--'
------'
------' ------'
------' ___ , ___ ,
------'
------'
------' ------' __ __,_"""'·--'
------'
1
fl
r1
!
'
' }
fl
: J
'· j
r1 ! I, ' J
?l i
! !
I )
~'") l .
\ .
.J
r )
j
l t
L. J
LJ
LJ
MONTHLY INPUT (ISP~C = 1) (Continued)
Monthly Load Factors (P.U.) (Continued)
May
FMONTH(l,5) = ' ' ' '
' ' ' '
' ' ' '
' ' ' '
' ' ' _,
' ' _,
' , ' '
' ' ' '
' ' '
' ' ' '
Ju.ne
FMONTH(l,6) = ' ' ' '
' ' s ·-'
' ' '
' ' ' ~ ' ' ' tD ; :I ' ' ' ' tD .-a~ , ' ' J ·~ Dj ; d'. ' . ' ' ; "'t 0 ..
' Dj :I _, ' ' ' :=~. l , ' _, ,
&.
tD Jul~ -
I FMONTH(l,7) = ' ' ' '
' ' '
' , ' ' 1 ,-' ' ' ' ;:J
ti ' ' _, l,...
' ' ' 0 ' ' ' ~ I ' , ' ,
' ' '
' ' _, '
August
FMONTH(l,8) = ' ' ' ------'
' ' ' ------'
' ------'
' ' ------'
' ' .,;-
' ' ------'
' ' '
' ' ' ------'
,_:J:J ' ' ' ------'
' ' ' ------'
3-37
~
j
~
' ~
t MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Load Factors (P. U .) (Continued)
,
J
j
September .,
'j
FMONTH(l, 9) = j , , J '
' ' '
' ' ' ' r;
' ' ' ' \ j
' ' J ' , : n _, ' ' ' i L ,J
' ' ,
' ' ' ' f1 ' ' ' ,
\ l
LJ
October
f1 FMONTH(l,lO) = ' ' J ! l
L ... J
' ' ' '
' ' , ' n ' ' ' L)
' ' '
' ' ,
' ' , ' n
'i ' , ' LJ
' ' ' ' ) ' ' ' n
Novem~ LJ
FMONTH(l,ll) = ' J ' r·(
' ' ··' t J
' '
' ' ' ' r i
'
' ' _, ' l J
' ' ' '
' ' _, ' r 1
' , ' ' l J
' , ' '
' , ' ' r 1
l 't
December L j
FMONTH(l,l2) !' 1. :: ' ' ' ' }
' ' , ' LJ
' ' ' ' , ' '
' ' _,
LJ
' ' J
' ' ; '
' , ' ' , ' ' l) , ' ' '
3-38 uU
,J ,J.,
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Loads (MW or P.U.)
u
If the monthly loads are input in p.u., the user must also input the
annual peak loads using POOLMW and/or GRMW (see page 3-46) •
.. Tanuarx
FMON~rH(l, 1) =
Februar~
PMONTH(1,2) =
March
PMONTH(l,3) =
!E_ri_!
PMONTH(1.1 4) =
------' ______ ,
-----' -----' ------' -----' ---·---' _,
------'
--n.--'
·-----'
------'
------'
------' ______ ,
------' ------' --------'
------' ___ ,
·----' ·----' -----' ______ , _____ ,
·----' ·-----' -----'
------' ------' --------' -----' ------' ______ ,
·---' _____ ,
_____ ,
---~--'
·----'
·---'
--·---' -----'
-----' ______ , _____ , ___ ,
----'
·----' -----' -----' -----' -----' _____ ?
------' _____ ,
-----'
------' ------' ______ :i
------' -----' ------' _____ ,
-----' ______ , ______ ,.,
------' _____ , ____ ,
----' ______ ,
·----'
·---' -----' -----' ______ ?
3-39
------' ------'
------' ------' ___ ,
-----'
-----·-' -----·-'
------' -----'
------'
-----'
------' _____ ,.,
-----' -----'
·-----'
--.--.. ,...-P
·----' ----'
·----' -----' ------' -----'
, ______ , ____ ,
------'
·-----' ____ ,
----·--'
---·--'
----' ----' -------' ____ ,
_t._,
------'
---~--'
------' ___ ,
-----' _______ ,
-----' ______ , _____ ,
' ------'
·-----' -----' _____ ,
-----' ------' ____ 1
------' -----'
-··-----' -----'
------~ -----' ------'
------'
------'
------'
-----'
------'
------' -----'
------' ------'
------' -------'
-----'
.MONTHLY iNPUT (ISPEC = 1) (Continued)
Monthly Loads (MW or P.U .) (Continued)
May
PMONTH(l,5) = , , _, ,
' , _,
' ' ' ' r~
' , , i
' ., )
' ' ' ,
' , ' ' s• ,
' ' , , , ' ' , ' ' '
June
FMONTH(l,6) = ' ' '
' ' ' '
' ' ' '
' ' ' ' , ' ' t
' , ' '
' ' _, ' fl I , _, ' ' L j
' ' ' '
' ' ' '
July
PMONTH(l,7) = ~ , , '
' ' '
' , ' ' --' , _1' ' ! \
I
' ' ' ,
' ' ' '
' ' , '
' ' '
' ' l J
, ~ , '
August
.EMONTH(l,8) = ' ' ' 1
' ' ,J '
' ' ,
' ' ' '
' ' ' '
' ' , '
' ' '
' ' '
' _, ' '
' ' '
3-40
' '
l<
MONTHLY IN PUT (I SPEC = 1) (Continued)
Monthly Loads (MW or P.U.) (Continued)
September
PMONTH(l,9) = ' '
j '
' '
'
J , '
' '
' '
' '
' ,
October
PMONTH(l,lO) = ' ------'
' ------'
' ------'
'
' ------'
' ------'
' ------'
'
' ------'
' ------'
November
!MONTH(l,ll) = ' ------'
' ------'
' ------'
------'
' ------' , ------'
' ------' , ------'
' ,
December
PMONTH(l,l2) -, -' , ' , ' , '
,
------' ' ------' '
'
------' '
3-41
' 'I
' '
'
' '
' '
' ,
' '
' '
' '
' '
-~----' ------' ______ 1
------' ------'
------'
------' ------'
------' ------'
------' ------' ------' ------'
------' ------' ------' ------'
------' ------' ------'
------' ------·' ------' ------' ------' ------' ------' ------' ------' ------'
------' ------'
------' ------' --------' ------'
'
' '
' '
' ' ,
' ,
'
' ,
' '
' '
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Loads (MW or P.Uo) (Continued)
PUMON = '
' ,
' ,
J·
·'
'
'
'
'
'
If PUMON ~ 1.0, the program will interpret the value as a p.u. of'
the annual peak and will assume that the p. u. multipliers are the sam(~
for all years of the study. The program will set
PMONTH(N,l)=PUMON(l) January, f'or N=l to NTOTAL
PMONTH(N,2)=PUMON{2) February
•
•
•
•
PMONTH(N,12)=PUMON(12) December
If PUMON > 1.0, the program will interpret the value as the HW
peak and will set the following for the first year of the study only o
The user must also supply PMGROW data.
PMONTH(l,l)=PUMON(l) January
PMONTH(l,2)=PUMON(2) February
•
•
•
•
PMONTH(l,12)=PUMON(l2) December
PUMON must be input as general data only. If it is supplied as
annual data, the program will read the data but will not use it.
3-42
f~
. j
,'l
1
fl
rl
tJ
r··l l
i I \.. .J
r 1 : l
(
L J
L J
l }
.,
'
L J
I j
!"'"'
~'
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Load Growth Multipliers
rr~ January
PMGROW(l 1 1) = ' ' ' '
~:-""' ' ' ' '
' ~ ' ' , ' ' '
' ' ' , .,....,
' ' ' '
' ' ' '
' ' ' ,
·~ ~ ' ' ' '
I ..
, ' ' '
Febl"Ua!:l
J PMGROW(l, 2) = ' ' ' ' , ' ' '
' ' ' ' t ' ' '
' '
' ' ' ' .L , ' ' '
' , ' '
' ' ' '
t ' ' ' '
March
t PMGROW(l,3) = ' ' ' ' , J ' '
' ' , '
' ' ' ' ·I ' ' , , • -1
' ' ' ,
' ' s ' ,I) , ' '
' ' ' '
' , ,
1.1 April
FM GROW ( 1 , 4) = ' J ' ,
' , ' ' , ' '
' ' ' -'
' ' , '
' ' ' ' , , ,
' ' ' '
' ' ' '
' ' ' '
3-43
MONTHLY INPUT (ISPEC = 1) (Continued)
Monthly Load Growth J\1ultipliers (Continued)
R-1GROW(l,5) =
June
July
IMGROW(l,7) =
August
FMGROW(l,8) =
------' ------' ------' -------' ------' ------' ------' ------'
------' ------' ______ ,
------' ______ ,
--------' ------' ------'
------'
------'
------' ______ ,
______ , ______ , ______ ,
------' ------' ------' ------'
------' ------'
------'
------'
------' ------'
------'
------' ______ , ______ , ____ ......,_, ______ ,
------'
------·~ ______ ,
------' ------' -------'
------' ______ ,
------'
------'
------'
------'
------'
------' ------' ------'
------'
------' ______ ,
------'
______ ,
------'
------'
------' ------' ------' ------'
------'
------'
------'
------' ------'
------' --------'
------' ___ ,_ __ ,
------'
------'
------' ------'
------'
------'
------'
------'
------'
------' ------'
------'
------' ------'
------'
------'
------'
------' ------'
------'
------'
------'
------' ------' ------'
------'
------'
------'
------'
------' ------' ------'
------'
------'
------'
------'
------' ______ ,
------'
------' ------' ------'
------'
------'
------'
------' ------'
------' ------'
------'
------'
------'
----·-' ------'
------'
------'
·----' ------'
------'
------'
------'
------' ------'
------'
------'
------' ------' ------'
------'
------'
-------'
j
l ,r
J
.1
' }
r1
' ' ' J
n c,
i 1 l . ... _l
fl
f f
I I ' J
r ..,
. I
I }! t.
\:. j
L J
t )
L...l
L.j
L
. -
L
~L
l
I)
I.
,I)
IJ
. ~'' .
J\10NTiiLY INPUT (ISPEC = 1) (Continued)
Monthly load Growth Multipliers (Continued)
September
H1GROW(l,9) = '
'
'
'
'
'
'
'
'
··'
October
PMGROW(l,10) = '
'
' ,
'
'
'
'
,
'
'
'
'
'
'
~
'
'
'
'
'
' _,
' '
November
1MGHOW(1 ,11) = ' '
' ,
' '
' '
' '
' '
' '
'
'
' '
December
PMGROW(l ,12) = '
' ,
' '
' '
' '
.---.... ...... ====: ' '
' '
' '
' '
' '
3-45
' '
'
' '
' '
' '
' '
' '
' '
' '
' _,
' '
'
' '
' '
' '
' ,
' '
' '
' ' , '
_, '
' '
' )
' '
' ' _, '
' ' , ' , ,
' ,
? '
' _,
' ,
' '
' ----·--, , _,
_, _,
' '
' '
MONTHLY INPUT (ISPEC = i) (Continued)
Annual loads
POOLMW = '
'
'
'
'
'
'
'
'
'
'
'
'
'
'
' ,
'
'
'
Monthly Modifications
MODWK = '
MODPRB = -----'
' GRMW =
'
J
'
'
'
'
'
' ,
'
'
'
'
'
'
'
'
'
Week modification code.
0 = Modify all days in week.
1 = Modify weekdays only.
2 = Modify weekend days only.
Probability model modification code.
0 = Modify month/annual ratios.
' '
' '
' ' , '
' '
' '
' '
' '
' '
' '
' ' ,
' '
' '
' :
' '
' ' , '
' '
'
Program will set probability month/annual ratios
equal to production cost month/annual ratios that
were input with PUMON.
1 = Do not modify original probability month/annual
ratios.
If ISPEC=l and monthly input was supplied, please proceed to page 3-50.
3-46
,,
I
\ j
r-, f'
1
: i
\, .J
n ~ I
fl
r·.,
i l
[ )
\ }
I ),
L ;
i i
J
ANNUAL INPUT (ISPEC = 1)
Using an internal calendar and the annual loads, energies and load factors
that are input, the program will alter the original p.u. load shape$ The user r~ must input a combination of the following:
l
, ... ,,
'
r ' '
' l
~
\
( i
I_
Annual pool peak load, MW, by year. POOLMW( 40)
GRMrl(40) Annual pool peak growth multiplier, by year.
~.g., 1.05 for 5% growth.
Initialized to 1.0.
XLF( 40)
AEMWH
GRMWH{40)
Annual load factor by yeara
e.g., 0.60 for 60% load factor.
Energy, MWh, for first year of study.
Annual energy growth multiplier, by year.
e.g., 1.05 for 5% growth.
Initialized to 1.0.
Valid combinations of input are listed below.
1. Desired annual pool peak, first year.
Annual load growth multipliers, all years.
Desired annual load factor, first year.
Annual energy growth multipliers.
2. Desired annual pool peaks, all years.
Desired annual load factors, all years.
3. Desired annual pool peak, first year.
Annual load growth multipliers, all years.
Desired annual load factors, all years.
4. Desired load factors, all years.
Desired annual energy, MWh, first year.
Annual energy growth multipliers.
5. Desired annual pool peak, first year.
Annual load growth multipliers, all years.
Desired annual energy, MWh, first year.
Annual energy growth multipliers.
Data forms for these variables are -On page 3-48.
3-47
POOLMW(l)
GRMW(40)
XLF{l)
G&.\iWH( 40)
POOLMW( 40)
XLF(40)
POOI.MW(l)
GRMW( 40)
XLF ( 40)
XLF ( 40)
AEMWH
GRMWH( 40)
POOI.MW(l)
GRMW(40)
AEMWH
GRMWH( 40)
ANNUAL INPUT (ISPEC -1) (Continued)
AEMWH =
POOLMW =
-----~'
------'
------'
------'
------'
------'
------'
------'
------' ------'
------' ------'
------'
------'
------' ------' ------' ------'
·------'
------'
------'
------'
------' ------' ------'
·~----'
------' ·-----' ------'
------' ------'
------'
--------'
------'
------'
------'
------'
------' ------'
GRMW = ------'
------'
------'
------'
------'
------'
------'
------'
------' ------'
------' ________ ,
------' ________ s-______ ,
------'
------' ------' ------'
------'
------' ------' ------' ------'
------' ------'
----~-'
------'
------' ------·'
------'
------'
------' ------' ------'
------'
------'
------'
------' ______ ,
3-48
XLF = ------'
------' ------'
----'
------'
------' ------' ------'
------' ------'
------'
------' ------'
------' ------'
------' ------' ______ ,
------'
------'
---~--'
------' -....-----'
------' ------' _,. _____ ,
----=----' ___ .....,. __ ,
-"'"'-----'
------'
------' __ __, ___ ,
-·-----'
------' ------'
------'
------' ------'
GRMWH = ----------'
------'
------'
------'
------' ------'
------'
------'
------' ------' _____ ,
------'
------'
------'
------'
------'
------'
------'
------'
--~---'
------'
------'
------' ____ __,__,
--------' ------' ------'
------'
------' ------' ------'
------'
------'
------'
------' ------' ------'
------' ------'
n
f. J
~
' I . ' 'l .. .J
fl
L)
n . I
L J
r~ ' 1 L 1
r ~)
i
tJ
t
LJ
l
I
J
1.
l.l
ANNUAL INPUT (ISPEC = 1) (Continued)
MOD
MODWK
MODt-iON ( 12)
PUMON(l2)
MODPRB
MODPK
MOD =
MODWK =
MODPRB =
MODPK =
Load shape m~dification code.
0 = Modify dtiily shapes (see page 3 ... 56).
1 =Modify monthly/annual ratios (see page 3-57).
2 = Manually input new month/annual ratios, then modify daily
shapes.
Week modification code.
0 = Modify all days in week.
1 = Modify weekdays only~
2 = Modify weekend days only.
Month modification code, by month.
0 = No modifications in month.
1 = Modify month.
Initialized to 1.
Month/annual peak ratio~, p.u.
Mandatory input if MOD=2.
Probability model modification code.
0 = Modify month/annual ratios.
Program will set probability month/annual ratios equal to
production cost month/annual ratios.
1 = Do not modify original month/annual ratios.
Option to change annual pool peak in the event of a flat monthly
load shape.
0 = Retain desired annual peak.
1 = Modify desired annual peak.
NOTE: If modifications to the Load Model result in flat loads,
the annual peak, energy, and/or load factor may not match
the input values.
t MODMON= ' PUMON = ----~' , _____ ,
, -----'
' -----'
' ' -----'
' -----' , '
'
_____ ,
' '
' _....._ ___ ,
-----'
3-49
COMPANY PEAK lOADS
If there is only one company represented on the Load Model, the program
will set the annual company load equal to the annual pool load. If there is
more than one company on the Load Model, data must be supplied to enable the
program to calculate the peak load for each company. The following variables
are used to input this data:
CRATI0(25)
CGROW(25)
COHW(40,25)
j L_Company ..._. __ Year
P.U. ratio of company load to pool load, by company.
(May change input on annual basis.)
Load growth multiplier, by company.
(May change input on annual basis.)
e.g., 1.05 for 5% growth.
Initialized to zero.
Annual MW load, by year, by company.
CRATIO or COMW are used to establish the company peaks for the first year
on the Load Model. The program will use the following hierarchy to determine
the company peaks for subsequent years:
1. Company/pool ratio
2. Load growth multiplier
3.. MW loads
4. Default: If none of the above input is supplied, the program will use the
annual company /pool ratio as determined by data read from the original
Load Model.
' ' ' ' '
CRATIO = ----
' ' ' ' ' ' ' ' ' ' ' ' ' -' ' ' ' ' ~ ' '
' ' CGROW = ----, ' ' ' , ' J ' , ' ' ' ' ' ' ' ' ' ' ' '
3-50
-~
•
i i ~' J
r~
' ! \ ~
t1 ! '
' '
\ )
fl
I I \, .. 1
r~
I l
L }
r--
l l
i_ J
'''"a
i~ ii rl f~
I i I» •
, J ; a:
' l
r 1
! I
I
I
I I
t
' ) ,· ' .
-
COMPANY PEAK LOADS (Continued)
'="
Company .'!.
COMW(l,l) = ' ' ' ' r:;.:""'f
' ' J '
J ' ' _,
' J ' J
,,_J ' ' '
' ' J '
' ' ' ' f'~7-' ' , J
' ' '
' ' '
CompanLg
COMW(l, 2) = ' ' '
' ' J '
' ' ' '
'
' ' ' ' l \
J ' ' l
J
' , ' ' ~~
' ' ' ~· t _, ? ' '
' ' ' ' ja
l l J l Company 3 l
COMW(1,3) = ' ' ' ' ' I. ' , , '
' ' ' '
' f ' ' t, ' ' ' ·-'
' , ' :
' ' ' ' I ' , ' , , '
' ' ' '
1/ •
..
1,4
•
3-51
MODIFYING THE INTERNAL CALENDAR
The program has an internal calendar for determining the number of
weekdays and weekend days in each month.
• If a new Load Model is being created from scratch, the program will use
its internal calendar to determine the number of days of each type for
each month and each year.
• If a l.oad Model is being created from an existing .Load Model, the
program will use the number of days read from the original Load Model.
• If the number of years on a new Load Model will be greater than the
number of years on the original one, the program will copy the number
of days from the original Load Model and access the internal calendar
logic to determine the number of days for years beyond the original
Load Model.
The user has the option to input the number of weekdays and weekend days,
thereby bypassing the internal calendar logic.
KALEND : ---'
NUMWK(l2)
NUMWE(l2)
NUMWK =
Option to bypass program logic to determine number of
weekdays and weekend days from internal calendar.
0 = Use program logic.
1 = User will input number of days.
'
'
Must input NUMWK and NUMWE.
Number of weekdays per month.
Number of weekend days and holidays per month.
User may change NUMWK and NUHWE data annually by means of
IYREAD input.
' NUMWE = ,
' ' , , _____ ,
'
' , , _____ ,
NOTE: The program always uses the internal calendar when it develops monthly
and annual load factors when ISPEC;!!O.
3-52
' \ J
rl
I j
r1
I r
' }
\. J
i
't
j r
" ,,
n
i.·j
'.l ) :
,, ' .
,. ; ' .
OUTPUT OPTIONS
LPRINT( 40)
KPRINT(40)
Code to print annual MW load model, by year.
0 = Omit.
1 = Print MW reliability and production cost load model.
Initialized to 1.
Code to print annual p.u. load model, by year.
0 = Omit.
1 = Print p.u. reliability and production cost load model.
Initialized to o.
M7 ·-----' Option to print remote summary output.
0 = Omit.
7 = Output will be written on Report 07.
I~EAD = $ Year in which to read next set of data. ----
LPRINT = ___ , ___ , ___ , ___ ,
KPRINT = , ---_, ___ , ___ ,
I)
IYREAD=~
IYREAD=l985$
Current set is last set of input data.
Next set of data will be read by program at
beginning of 1985.
---'
---' ---'
---'
---' ___ , ___ ,
___ ,
---' _,
_,___,
---' ___ , ___ ,
---'
---' ---'
---' ---' ---' ---' __ , ---'
---' ---'
---' ---'
---' ---' ___ ,
3-53
---'
---' ---'
---'
---' ___ ,
---'
---' ___ , ___ ,
---' ---'
---' ---' ___ ,
---'
___ , ---' __ , ___ , ___ ,
---' ___ , ___ , ---' ---'
---' ---' ---' ---' ---' ---' ---' ---' ___ , ---'
• r •
,: I
I
t·
~· I~.\.'· II
l J\ J·!l
I
j
Ex-fENDING A LOAD MODEL
M
The study period covered by a Load Model can be extended by including J
additional years eit.her at the beginning .2.!'. end of the existing Load Model.
Adding years to the beginning and end of the Load Model requires two separate 'i
runs of the program(> In doing this, the user must remember that the maximum
length of a Load Model is 40 years.
ADDING YEARS TO THE BEGI~~NING OF THE LOAD MODEL
If the starting year for the new Load Model is earlier than the first year
on the existing Load Model, the user .may add years of load data to the
beginning of the existing Load Model. The program will use the per-unit
shapes from the first year of the existing Load Model for the additional years
on the new Load Model. If ISFEC=l, the program will automatically alter these
per-unit shapes to give the peaks, energies, and load factors requested for
the additional years* The program will not make any changes to the data that
was on the original Load Model.
Example: The existing Load Model contained the years 1985 through 1987.
The new Load Model is to begin in 1983.
1983 1984
Reguired Input
NSTART = 1983,
NTOTAL = 5,
1985
1985
1986
1986
1987
1987
POOLMW ~ goo, 950, (years 1983 and 1984 only)
Original Load Model
New Load Model
May input ISPEC and associated data for years 1983 and 1984 O!!J~Y
Program Logic
Read 1985 MW model from original Load Model and devf~lop P• u. model.
Build 1983 and 1984 model using 1985 p.u. shapes and input POOLMW
data. Further modifications may be made to 1983 ~nd i984 lc;ads if
ISPEC=l option was used. Write 1983 and 1984 load~ t.o the new Load
Model.
Copy 1985, 1986 and 1987 loads to ~he new Load Model. No
modifications will :JI';1 ~ade to these loads.
3-54
F1
)
j
f1 , I
'-J
n ~ J
n
i J
)l
{j
r -,
, 1.
J
' l
J
L J
LJ
J
f(
~
! I !
'J·.· " .
ADDING YEARS TO THE END OF THE LOAD MODEL
fu1 existing Load Model can also be extended by adding years of load shapes
to the end of it. If this is to be done, the starting year of the new Load
Model must already be on the existing Load Model.
In developing the Load Model for the years beyond the last year of the
original Load Model, the program will use the per-unit load shapes from the
last year on the existing Load Model, whether it was read from the existing
Load Model or supplied by the user through input data. The program will use
its internal calendar to determine the number of weekdays and weekend dayse
The user may override the above data by supplying input on an annual basis by
means of the IYREAD option.
3-55
LOAD SHAPE MODIFICATION
If ISPEC does not equal 0, the l.Dad Model Program torill automatically alter
the load shapes to give the peaks, energies, and load factors specified by the
user. The program can accomplish this change by modifying either the daily
shapes or the month-to-annual ratios. The following examples outline the
steps taken by the program in making these changes. This process is also
described in Section 4 of the Descriptive Handbook.
DAILY SHAPE MODIFICATION
ISPEC#O and MOD:O option
HOUR/MONTHLY
PEAK RATIO
0.8
0.6
0.4
0.2
VALLEY DEPTH
0~----------------------------~--------------~ I HOUR 24
Figure 3-3. Example of Daily Shape Modification
(a) Determine the change in the total energy to be included on the Load Model.,
{b) Allocate annual energy delta to months according to original monthly
energies.
Skip months as indicated by input.
(c) Allocate monthly energy delta to day type according to original day type
energies each month.
Skip day types as indicated by input.
(d) Raise hourly/month ratios according to "hourly load valleyn and the energy
allocation from Step (c) above.
3-56
!~'1
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l
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r !
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t j r1
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' 1 j ~~ J
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~r
MONTI-ILY PEAK MODIFICATION
'"t ISPEC;lO and MOD=l option
~r
-t I
t .. J
'1
~~
f
Lor~==::---,.----;:-=-:=:.-i::r--e::=:r--------., MODIFIED 1 ...---~---
0 ----~ VALLEY L---, J-I DEP ----.___ ___ l ----L __ ~ 0.8J-----,_ _
1
TH : I
~ 1 -------~ L.,___
..J
<[
~
z 0.4~ z
c::r
' :I: r-
~ 0.2 t-
::E
iNITIAL
Q I
JANUARY
-~ ,
t I I I J I I I
MONTH
Figure 3-4. Example of Monthly Peak Modification
I
DECEMBER
(a) Determine the change in the total energy to be included on the Load Model.
(b) Allooate annual energy delta to months according to "p~ak valley depth."
Skip months as indicated by input.
Delta 1.0 -(monthly ratio) Monthly Energy = 12 · * (Annual Delta)
E (1.0 -monthly ratio)
m=l
(c) Raise month/annual ratio to increase monthly energy.
3-57
j
f • f
: ""' . i~
. ~. '·-I! ! !S' •
' iiiiJ 4l .. ~
~
JOB SETUP
Listed below is a typical input file for the Load Model Program~ An
explanation of the function of specific lines in this file is found on page
2-18 of this manual.
100 BCR NEW LOAD MODEL;SIZE(l,l50)
110 BRU *
120 BEN
130fNiNORM
140$:PROGRAM:RLHS
150$:LIMITS:02,32K,,lOK
160$:PRMFL:H*,E,R,AQ43093/.LDMD6
170$:PRMFL:Ol,W,S,AQ43xxx/NEW LOAD MODEL
180$:PRMFL:02,R,S,AQ43xxx/ORIGINAL LOAD MODEL
1900 :DATA :15
200$:REMOTE:06
210$:REMOTE:07
220 Name
230 Address
240 City, State, Zip
250 Additional Mailing
260 Instructions
270 User ID
300 $INPUT
•
Load Model Data
• 1000$:Last input data must end with$
NOTE: If permanent space in Background had been created previously,
DELETE
100 BCR NEW LOAD MODEL;SIZE(l,l50)
If the Load Model is to be created from scratch,
.DELETE
180$:PRMFL:02,R,S,AQ43xxx/ORIGINAL LOAD MODEL
3-58
fl
l _,
ll
l J
n
l ' ~
!' J
11
l I
' J
1"1 , I
i
I_ }
r 1
1 ~
1
L J
r l
L J
L.J
LJ
..
t •
·d • I • • •
'"i ~· . ~:
..
'i
i
J
SAMPLE DATA FILES
The following pages contain six sample data files for the Load Model
Program.. The first two create a Load Model from scratch and the last four
modify an existing Load Model. The following comments apply to the specific
files:
CREATE LOAD MODEL FROM SCRATCH-GENERAL DATA ONLY
1. The new Load Model will be called LMFILEl. This file is created by line
100 and written to by line 170.
2. Lines 400 through 1480 contain the per-unit data used to determine the
load shapes.
3a Lines 1490 through 1510 contain the desired annual peaks and load
factors. Because ISPEC=l (line 390), the program will automatically
alter the load shapes defined by the per-unit data to give the peaks,
load factors, and energies that were requested.
LMFILE1 04/07/83
100 BCR LMFILE1;SIZE<1,150)
110 BRLI *
120 BEN
130 ttNORM
140 ftPROGRAM:RLHS
150 $tLIMITS:01,32K,,lOK
160 $:PRMFL:H*rE,RrAQ43093/.LDMD6
170 t:PRMFL:01rW,SrAQ43005/LMFILE1
190 $!IIATA:15
200 $:REMOTE:06
210 $:F:EMOTE:07
220 SIX LINES OF USER NAMEr ADDRESS,
230 PHONE NUMBER, MARK III USER ID
240
250 TYPE OF MAIL SERVICE
260
270 NOTE -DO NOT USE CHARACTER COLON
300 $INPUT
310 !D1='LMFILE1 CREATE LOAD MODEL FROM SCRATCH',
320 ID2='GENERAL DATA ONLY, ISPEC~l'r
330 NTOTAL=5r
340 NSTART=1985r
350 NEW=!,
360 NEWNUM=l,
370 NEWP='EDISON',
380 NEWC='EDISON',
390 ISPEC=l'
400 PUANF':::;
410 o.967o, o.95oo, o.91oo, o.a52o, o.a41o, l.oooo, o.963o~ o.994o,
420 0.9420, 0.8860, o.9630v 0.9770,
3-59
I
F1
LMFILE1 04/07/83
r",
430 F'UMWK=
440 1.oooo, 0.9508, 0.9095, 0.9079t 0.8941, 0.8849, 0.8772t 0.8742,
450 0.8726, 0.8311t 0.8281, 0.7958, 0.7713, 0.7314, 0.6992'1 0.6531, rl
460 0.6117, 0.5733, 0.4627r 0.4398r 0.4137r 0.3906, 0.3614, 0.3400,
470 PUMWK(1,2>=
480 1.oooo~ 0.9608, o.9577r 0.8998, 0.8794, 0.8731, o.87oo, 0.8684, r·•
490 0.8606, 0.8480, 0.8183, 0.7791, 0.7619, 0.7322, 0.6883t 0.6555,
500 0.6069, 0.5850, 0.4691, 0.4472t 0.4127, 0.4018, 0.3641, 0.3531,
510 PUMWK(1,3>=
520 1.oooo, 0.9481, 0.9347, 0.9263, 0.9012, 0.8845, 0.8410, 0.8276, r--1
530 0.8208, 0.8175, 0.8142, 0.7790, 0.7706, 0.7204, 0.6752, 0.6685,
540 o.6o1s, o.5714' 0.4625, 0.4542t 0.4157, 0.4023, 0.3587, o~3354,
550 F'UMWK(1,4)= n
560 1.oooo, 0.9225, 0.9154, 0.9119, 0.8837, 0.8661, 0.8625, o.e343,
570 0.8185, o.7868r 0.7797, 0.7727, 0.7656, 0.7586, 0.6987, o.t634r J
580 0.5841, 0.5753, 0.4555, 0.4290, 0.3955, 0.3850, 0.3621, 0.3233'1 r
590 F'UMWK(1,5)= I j . ' '
600 ' 1.oooo, 0.9430, 0.9095~ 0.8910, 0.8625, 0.8574, o.8541' 0.8374, !_ .J
610 0.8156, 0.7971, 0.7736, 0.7551, 0.7417, 0.7115, 0.6261, 0.5909,
620 0.5740, 0.5691"' 0.4147, 0.4030, 0 •. 3560' 0.3444t 0.3191, 0.3091, Pl
630 F'UMWK(1,6)=
j . l
640 1.oooo, 0.9180, 0.9015, 0.8776, 0.8569, 0.8314, 0.8031, 0.7867, ' J
650 0.7807, 0.7644r 0.7331, 0.7122, 0.6897, 0.6718, 0.6063, 0.5466,
rl 660 0.5227, 0.5048, 0.4272, 0.3706, 0.3512, 0.3199, 0.3050, 0.2826, ~·
I'D
670 F'UMWK(1,7>= l .J =
680 1.oooo, 0.9083, 0.8951, 0.8936, 0.8773, 0.8434, 0.8345, 0.8048, ..,n> -.Dl
690 0.7887, 0.7680, 0.7413, 0.7191, 0.6984, 0.6926, 0.6053, 0.5625, r1 eli g-l 1
700 0.5092, 0.4797, 0.4161, 0.3969, 0.3615, 0.3229, 0.3068, 0.2949, ; l .Al = ' ~ =~ 710 PUMWK(1,8)=
720 1.oooo, 0.9166, 0.9017, 0.8868, 0.8644, 0.8436, 0.8257, 0.8093, r -1 8..
730 0.7944, 0.7750, 0.75121 0.7259, 0.7155, 0,7139, 0.6007, 0.5546, J I n> 1 ; -
740 0.5158, 0.4875, 0.4086, 0.3847, 0.3639, 0.3192, 0.3028, 0.2954, .l
750 F'UMWK(1,9>=
760 1.oooo, 0.9285, 0.8944, 0.8912, 0.8652, 0.8523, 0.8458, 0.8409, r
I
770 0.8295, 0.8100, 0.8003, 0.7922, 0.7678, 0.7646, 0.6005, 0.5860, t j
780 0.5649, 0.5405, 0.4040, 0.3798, 0.3407, 0.3262, 0.3131, 0.2969,
790 F'UMWK<1,10>= J
800 1.oooo, 0.9450, 0.9317, 0.9133, 0.8933, 0.8866, 0.8717, 0.8566, '
0.8283, 0.8049, 0.7850, 0.7666, 0.6883, 0.6399,. t .!
810 0.8333, 0.8300,
820 0.5816, 0.5515, 0.4348, 0.3966, o.3582Y 0.3432, 0.3281, 0.2848,
I ')
I
830 PUMWt\(1,11)=
840 1.oooo, Ot9436, 0.9309, 0.8949, o.8855' o.8776, 0.8651, 0.8572, L j
850 0.8321, 0.8196, 0.7898, 0.7772, 0.7490, 0.7318, 0.6784, 0.6392,
860 0.5764, 0.5466, 0.4305, 0.4164, 0.3787, 0.3599, 0.3223, 0.3129,
870 F'UMWt\(1,12)= l j
880 1.oooo, 0.8855, 0.8447, 0.8447, 0.8381, 0.8355, 0.8263, 0.8013,
890 0.7842, 0.7710, 0.7276, 0.7211, o.7170r 0.7079, 0.6236, 0.5973,
900 0.5618, 0.5328, 0.4512, 0.4447, Oo ;·104; 0.3894, 0.3604, 0.3289, I t .. .J
910 F·UMWE=
920 o.8227, 0.8073, 0.7780, 0.7502, 0.7256, 0.6916, 0.6855, 0.6824,
930 0.6654, 0.6408, 0.6207, 0.6069, 0.5791, 0.5636, o.5436, 0.5297,
940 0.5251, 0.5097, 0.4696, 0.4234, 0.4110, 0.3864, 0.3693, 0.3031, l ... J
3-60
l j I
I
..
'··-·-w-~····~.,...-~ .. ...__. ... -.. ,.. ... ··-.. .., ... -.... --«--~-~~-----~-~---~-...-.···---~-· "" "'" ·~-"-N-•~-• ·------•-••-~.-.~-~"'""' e "''"'-,..
(
·~.~:~
!
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. ' , .. i···
i
i
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·~ . . . . 'l-; .. '
LMFILE1 04/07/83
950
960
970
980
990
1000
1010
1020
1030
1040
1050
1060
1070
1080
1090
1100
1110
1120
1130
1140
1150
1160
1170
1180
1190
1200
1210
1220
1230
1240
1250
1260
1270
1280
1290
1300
1310
1320
1330
1340
1350
1360
1370
1380
1390
1400
1410
PUMWE(1,2>=
0.8183, 0.7599, 0.7461, 0.7169, 0.7077, 0.6786, 0.6571, 0.6479,
0.6341, 0.6295, 0.6095, 0.5788, 0.5650, 0.5557, 0.5481, 0.5205,
0.4959, 0.4713, 0.4498, 0.4437, 0.4390, 0.4207, 0.3608, 0.3331,
F'UMWE(1,3)=
0.7900, 0.7457, 0.7406, 0.7201, 0.7049r 0.6776, 0.6537, 0.6333r
0.6230, 0.6061, o.5822r 0.5669, 0.5533, 0.5328, o.5175r 0.5124,
0.5021, 0.4783, 0.4545, 0.4391, 0.4085, 0.3983, 0.3864, 0.3080,
PUMWE<1,4>=
0.7745, 0.7255, 0.7075, 0.6929, 0.6839, 0.6584, 0.6493, 0.6384,
0.6149, 0.6058, 0.5931, 0.5732, 0.5459, 0.52421 0.5188r 0.5169r
0.4988, 0.4643, 0.4407, 0.4172, 0.3845, 0.3664, 0.3464, 0.3083,
PUMWE(1,5)=
0.7478, 0.6877, 0.6603, 0.6501, 0.6449, 0.6330r 0.6072, o.5918r
0.5781, 0.5557, 0.5352, 0.5232, 0.5044, 0.4854, 0.4838, 0.4804,
0.4580, 0.4341, 0.4169, 0.3963, 0.3620, 0.3414, 0.3226, 0.3019,
F'UMWE(1,6)=
0.7352, 0.6734, 0.6456, 0.6240r 0.6162r 0.6023r 0.5838, 0.5730,
0.5591r 0.5405, 0.5297, 0.5097, 0.4988, 0.4819, 0.4556, 0.4371r
0.4231, 0.4031, 0.3907, 0.3753, 0.3397, 0.3166, 0.3057, 0.2748,
f'UMWEC1r7)=
0.7842, 0.7075, 0.6691, 0.6514, 0.6189, 0.6056, 0.5982, 0.5894,
0.5775r 0.5524, 0.5362, 0.5258, 0.5200, 0.5067, 0.4890, 0.4801r
0.4343, o·.4151, 0.4018, 0.3827, 0.3501, o.3294r 0.2970, 0.2896,
F'UMWE<1,8)=
0.7887, 0.7404, 0.6966, 0.6709r 0.6634, 0.6301r 0.6211, 0.6090r
0.59691 0.5788r 0.5531, 0.5259, 0.5169v 0.5063r 0.4942r 0.4836,
0.4353, 0.4156, 0.4035r 0~4005, 0.3476r 0.3432, 0.3069, 0.2932r
F'UMWEC1r9)=
0.~859, 0.7322r 0.6899, 0.6802, 0.6525, 0.6395, 0.6362, 0.6281,
o.6151, o.5858, 0.5533, 0.5494, o.5158, o.5045, o.4866, o.4719,
0.4638, 0.4395, 0.4183, 0.3939r 0.3695r 0.3418, o.3206r 0.3076,
PUMWE<lrlO>=
0.7964, 0.7564, 0.7230, 0.7164r 0.6947r 0.6696• 0.6496, 0.6446r
066380, 0.6296, 0.6213r 0.5646r 0.5429, 0.5363, 0.5279r 0.5079,
0.4963, 0.4495, 0.42451 0.3979, 0.3678, 0.3612r 0.3311r 0.2962,
F'UMWE(1,11)=
0.7812, 0.7763, 0.7405r 0.7110, 0.6996, 0.6752, 0.6686, Ot6442r
0.6442, 0.5936r 0.5855r 0.5855, 0.5545, 0.5349, 0.5153, 0.5006,
0.4859, 0.4696, 0.4272, 0.3881, 0.3864r 0.3684, 0.3472, 0.2836r
F'UMWE<lr12)=
0.8240, 0.7954, 0.7302r 0.7195, 0.7018, 0.6705r 0.6556, o.6528r
0.6311r 0.6000r 0.5918, 0.5632, 0.5632, 0.5388, 0.5266, ·0.5198,
0.4980, 0.4927r 0.4601, 0.3976, 0;3908, 0.3BOOr 0.3650r 0.3230,
F'UANR=
0.9670, o.9soo, o.9100, 0.8520, Ot8410, 1.oooo, 0.9630, 0.9940,
0.9420r O.BB60r 0.9630, 0.9770,
3-61
..... --··~·---, ..... ~··-........ ·-·-~·-·-·· --·. -···-···-_ . ., .. ~···--.. ····--·-· ·c-··-··~·-·..---·-·-:--~
D
LHFILE1 04/07/83
1420
1430
1440
1450
1460
1470
1480
1490
1500
1510
1520
1530
1540
1550
F'UMR=
1.oooo, o.99so,
1.oooo, o.93ao,
1.oooo, o .. 932o,
1.oooo, o.9150r
1.oooo, o.s9so,
1.oooo, o.96oo,
F'00LMW=5000,
GRMW=5*1.035r
XLF=5*.60r
KF'RINT=1'3*0r1r
LF'RINT=5*1'
M7=7r
IYREAit=O$
0.9140r
0.9340,
0.9310;.
o.8770r
0.8750r
0.9200r
0.9140r 1.oooo,
O.S570r 1.0000so
0.8780r 1.0000r
0.8760r 1.o.ooo,
0.8380r 1.oooo,
0.8780, 1.oooo,
3-62
0.9350r 0.9350r
0+9330r 0.9090r
o.a9so, 0.8770r
Oo9710r 0.8950,
0.9650r 0.9300r
0.9S80r 0.9150r
0.9160r
o.7620r
o.ssoo,
o.8920r
0.8830r
0.8340r
rn
'II If L t.t
l'l ' i
L:J
' '1
l
' . ·~
LJ
LJ
I
L1
tj
·~.i ..
~·
c
.. 1
i
.1
I
~ .. ,f
.1
CREATE LOAD MODEL FROM SCRATCH-ANNUAL DATA CHANGES
1. The new Load Model will be called I.MFILE2. This file is created by line
100 and written to by line 170.
2. IYREAD=l988 (line 1540) tells the program that the next set of NAMELIST
input data (lines 1560 through 1590) will apply beginning in 1988.
3. Because line 1550 is between an ending $ and the next $INPUT, it is not
read by the system. This provides a convenient way to document data.
4. Lines 1560 through 1590 contain the annual overrides that take effect in
1988, changing the month-to-annual ratios that were input on lines 400
through 420 and 1390 through 1410.
LMFILE2 04/07/83
100
110
120
130
140
150
160
170
190
200
210
220
230
240
250
260
270
300
310
320
330
340
350
360
370
390
390
400
410
420
430
440
450
460
BCR LMFILE2;SIZE<lr150)
BRU * BEN
ttNORM
$tF'ROGRAM:HLHS
S:LIMITS:Olr32K,,10K
t:PRMFL:H*rErRrAG43093/.LDMD6
$:PRMFL:01,WrS,AG43005/LMFILE2
s:DATA:15
$:REMOTE:06
$1REMOTE:07
SIX LINES OF USER NAMEr ADDRESS,
PHONE NUMBERr MARK III USER ID
TYPE OF MAIL SERVICE
NOTE -DO NOT USE CHARACTER COLON
$INPUT
ID1='LMFILE2
ID2='ANNUAL DATA
NTOTAL=5r
NSTART=1985r
NEW=lr
CREATE LOAD MODEL FROM SCRATCH',
CHANGESr ISPEC=O'r
NEWNUM=lr
NEWF'='EDISON'r
NEWC='EitiSON'r
ISF'EC=Or
PUANP=
0.9670, o.9500r 0.9100, 0.8520r 0.8410, 1.oooo,
o.9420r o.8860r Ot9630r 0.9770,
F'UMWK=
1.oooo, 0.9508r '0.9095r o.9079r 0.8941r 0.8849r
0.8726r o.831lr o.8281r 0.7958r 0.7713r 0.7314r
0.6117r o.5733r o.4627r 0.4398, 0.4137r 0.3906,
3-63
0.9630, 0.9940,
0.87721 0.8742,
0.6992r o.6531r
0.3614, 0.3400,
L11F ILE2 04/07/83
470 F'UMWK(1,2>= !"l
480 1.oooo, 0.9608, 0.95771 0.8998, 0.8794J 0.8731, 0.8700:t 0.8684,
4S')O o.s6o6, 0.8480, 0.8183, 0.7791, 0.7619, o.7322r 0.6883, 0.6555,
500 0.6069, 0.5850, 0.4691, 0.4472, 0.4127t 0.4018, 0.3641, 0.3531, f l
510 PUMWK(1,3)=
:I
520 1.oooo, 0.9481, 0.9347, 0.9263, 0.9012, 0.8845, 0.8410, 0.8276,
530 0.8208, 0.8175, 0.8142, 0.7790, 0.7706, 0.7204, 0.6752, 0.6685,
540 0.6015, 0.5714, 0.4625, 0.4542, 0.4157, 0.4023, 0.3587, 0.3354,
550 F'UMWK(1,4)=
560 1.oooo, 0 9P)'")C" . ~~--·' 0.9154, 0.9119, 0.8837r 0.8661, 0.86251 0.8343,
570 0.8185, 0.7868, 0.7797, 0.7727, 0.7656, 0.7586, 0.6987, 0.6634, r·-~
1 l
580 0.5841, 0.5753, 0.4555, 0.4290, 0.3955, 0.3850, 0.3621, .o. 3233'
590 PUMWK<1,5>=
600 1.oooo, 0.9430, 0.9095, 0.8910, 0.8625, 0.8574, 0.8541t Ot8374t r-1 61Q 0.815t.~f 0.7971, 0.7736, 0.7551, o.7417r 0.7115t o.6261, o.5909r
620 0.5740, o.569l., 0.4147r 0.4030, 0.3560, 0.3444, 0.3191t 0.3091,
630 F'UMWK(1,6)=
640 1.oooo, 0.9180, 0.9015t 0.8776, 0.8569, .0.8314, o.8031r o.7867r
650 0.7807, 0.7644r o.7331r 0.7122, 0.6897r 0.6718, 0.6063, 0.5466,
660 0.5227r 0.5048, 0.4272~, 0.3706, 0.3512, 0.3199, 0.3050, 0.2826r
670 F'UMWK<1,7>= i--1
680 1.oooo, 0~9083, 0.8951, 0.8936, 0.8773r 0.8434, 0.8345, 0.8048, l (
690 0.7887, 0.7680r 0.7413r 0.7191r 0.6984r 0.6926, 0.6053r 0.5625,
700 0.5092, 0.4797r 0.4161, 0.3969, 0.3615, 0.3229, 0.3068r 0.29491 r·1 ~
710 F'UMWK<1,8)= tr! = 720 1.oooo, 0.9166, 0.9017r 0.8868, 0.8644, 0.84361' 0.8257r o.S093r i ; ., tD .J
730 0.7944, o.7750r 0.7512r 0.7259r 0.7155r o.7139r o~6oo7, o.5546r 1ri Al ' ~
t -· 740 0.5158, 0.4875, o.4086, 0t3847P 0.3639, 0.3192, 0.3028, 0.2954, r~ o AJ:S
750 PUMWK(1,9>= :=~
760 1.oooo, 0.9285, 0.8944r o .• B912, 0.8652r 0.8523, o.8458r 0.8409, &.
770 0.8295, 0.8100, 0.8003, o •. 7922, o.7678r 0.7646r 0.6005, 0.5860, ' -f tD -780 0.5649, o.5405r 0.4040\f 0.3798, 0.3407, o.3262r 0.3131, 0.2969r
790 F'UMt~K( 1, 10)=
800 1.oooo, 0.9450, 0.9317, 0.9133r 0~8933, 0.8866r 0.8717, 0.8566,
f' l
810 0.8333, o.8300r 0.8283, 0.8049, 0~7850, 0.7666r 0.6883r 0.6399,
820 0.5816r 0.5515, 0.4348, 0.3966r 0.3582r o.3432r o.3281r r0.2848,
830 F'UMWK<lr11)=
840 1.oooo, 0.9436r o.9309r 0.8949, 0.8855r 0.8776r 0.8651, o.8572r '\
850 0.8321r 0.8196r 0.7898, 0.7772, o.7490r 0.7318, o.6784r 0.6392,
860 o.576At, 0.5466, 0.4305, 0.4164r 0.3787r 0.3599, 0.3223, 0.3129r
870 F'UMWt\(1,12)=
880 1.oooo, o.s8ss, 0.8447r 0.8447, 0.8381, o.8355r 0.82635' 0.8013,
890 0.7842, 0.7710, 0.7276r o.7211r o.7170r 0.7079, 0.6236, 0.5973,
900 o.5618r o.5328r o.4512r 0.4447, o.4104r 0.38945' 0.3604, o.3289r
910 F'UHWE=
920 0.8227, 0.8073r 0.7780, 0.7502, o.7256r o.6916r o.6855r 0.6824, l j
930 0.6654, o.6408r 0.6207t 0.6069r 0.5791, 0.5636, 0.5436, 0.5297,
940 o.5251, 0.5097, o.4696r 0.4234, 0.4110r 0.3864, 0.3693, o.3031r
\ j
3-64
\ '
..
~\ .,
,.,
. i~
·r
LMFILE2 04/07/83
f'\ l, 950 F'UMWE<1,2)=
960 0.8183, 0.7599, 0.7461, 0.7169r 0.7077, 0.6786, o.6571r 0.6479r
.r 970 o.6341r 0.6295, 0.6095, 0.5788, 0.5650r o.5557r 0.5481, 0.5205'1
980 0.4959, 0.4713r 0.4498r 0.4437, 0.4390, 0.42071 0.3608, 0.3331'1
990 F'UMWE<1r3)=
1000 o.7900r 0+7457r 0.7406r o.7201r o.7049r 0.6776'1 o.6537r o.6333r
I' 1010 0.6230, 0.6061r o ~a~.., o.5669r 0.5533, o.5328r o.5175r o.5124r t.:.l ..:....:..1
1020 0.5021, 0.4783, 0.4545, 0.4391, 0.4085, o.3983r o.3864r 0.3080,
1030 F'UMWE<1r4)=
i 1040 o.7745r 0.7255, 0.7075, 0.6929'1 0.6839, 0.6584, 0.6493, 0.6384,
1050 o.6149r 0.6058r 0.5931r 0.5732'1 0.5459, 0 ~.,4, o.5188r 0.5169r t,;J.:.. .:..J
1060 0.4988, 0.4643, 0.4407r 0.4172r 0.3845r o.3664r 0.3464, 0.30B3r
.i
1070 F'UMWE<1r5)=
1080 o.7478r 0.6877., 0.6603'1 0.6501r 0.6449r 0.6330!1 0.6072, 0.591Br
1090 o~5781r 0.5557r o.5352r 0.5232r o.5044r 0.4854r 0.4838r 0.4804,
1100 0.45BOr 0.4341r 0+4169, 0.3963, o.3620r o.3414r 0.3226, o.3019r
ft 1110 F'UMWE(1,6)= I 1120 o.7352r 0.6734r 0.6456r 0.6240r 0.6162, 0.6023, o.5838r 0.5730!'
1130 o.5591r 0.5405, 0.5297, o.5097r 0 .. 4988r o.4819r o.4556r 0.4371,
i 1140 0.423lr 0.4031r Ot3907r 0.3753'1 0.3397r 0.3166r 0.3057r o.2748r
1150 f'UMWE<lr7>= ~
1·160 o.7842r o.7075r o.6691r 0.6514r 0.6189, 0.6056, 0.5982, o.ss94, ftl :::1
1170 0.5775r o.5524r o.5362r 0.5259, o.5200r 0.5067r 0.4890r Ot4801r .,tt~
i iil 1180 0.4343r 0.4151, Ot4018r o.3827r 0.3501r 0.3294'1 0.2970'1 o.2896, d
1190 F'UMWE<1r8)= ... o. ~»=
1200 0.7887, 0.7404, 0.6966'1 o.6709r 0.6634, 0.6301r 0.6211, o.6090r =~
J 1210 0.5969, o.5788r o.5531r 0.5259, 0.5169, 0.5063, Oo4942'1 0.4836, §
1220 o.4353r 0.4156, o.4035r 0.4005r 0.3476r 0.3432, 0.3069, o.2932r iiiioi
1230 F'UMWE(lr9)= '~ I 1240 0.7859, 0.7322, o.6899, o.6802r 0.6525r 0.6395, 0.6362, 0.6281,
1250 o.6151r o.s8sa, o.5533r o.5484r 0.5158, o.5045r 0.4866r 0.4719J !8 1260 o.4638r o.4395r 0.4183, o.3939r 0.3695, Oo341Br o.3206r 0.3076r ).,
I
1270 F'UMWE<1r10>= 1-
l ':I
1280 o.7964, 0.7564, o.7230r 0.7164r 0.6947r 0.6696, 0.6496, 0.6446, re lc
1290 0.6380, Oo6296r o.6213r o.5646r 0.5429r 0.5363, o.5279r 0.5079, !.,... !
1300 0.4963, o.4495r 0.4245, 0.3979r 0.3678, o.3612r 0.3311, 0.2962, IC l~.t
l 1310 F'UMWE(1r11>= IS"
1320 o.7812r o.7763r o.7405r 0.7110, 0.6996'1 o.6752r 0.6686r o.6442r
13.30 0.6442, o.5936r o.5855r o.5855, 0.5545, 0. 5348, 0.5153, o.5006r
1 1340 0.4859, o.4696, o.4272r 0.3881r 0.3864r 0.3684, 0.3472, 0.2836,
1350 F'UMWE < 1' 12 > =
1360 0.8240, o.7954r o.73o2, 0.7195, 0.7018, 0.6705, 0.6556, 0.6528,
l.370 o.6311, o.6000r o.5918r o.5632r 0.5632, 0.5388, O.S266r o~5198r
l 1380 o.4980r 0.4927, 0.4601, 0.3976r 0.3908, o.3800r o.3650r o.3230r
1390 F'UANR=
1400 0.9670, o.9soo, 0.9100, o.8520r o.8410r 1.oooo, 0.9630, 0.9940,
1410 0.9420, o.886o, o.9630r o.9770r
3-65
I.
t •
~,,,.-,., .. """."""~·--··--''''"' ~·--=-·-·'"··'<·'~''"'""''"·"-"' ''""~""'-:-:-~~;..-,-;;:-·--::;:;;;....,...~-..,..~ ....... ,-.-·f>h<'""-""'•t"'"-""· .... -.....-.-·--·'M,.<;.--~ ..... -·-'""~-'\·-'•' ...... -...,. ....... ~,...,._""•' oJ ... "-1!:1_!1""......,., --I .if~~!:!~
04/07/83
F'UMR=
1.oooo, 0.9980,
1.oooo, 0.9380,
1.oooo, 0.9320,
1.oooo, 0.9150,
1.0000? 0.8950,
1.oooo, 0.9600,
POOLMW=5000r
GRHW=5*1.035r
KF'RINT=1r3*0'1'
LF'RINT=5*1'
M7=7,
IYREAII=1988$
"
0.9140, 0.9140,
0.9340, 0.8570,
0.9310, 0.8780,
0.8770, 0.8760,
0.8750, 0.8380r
0.9200, 0.8780r
1.oooo, 0.9350, 0.9350, 0.9160,
1.oooo, 0.9330, 0.9090, 0.7620,
1.oooo, 0.8950, Ot8770P 0.8500,
1.oooo, 0.9710r 0.8950r 0.8920,
1.oooo, 0.9650, 0.9300r Ot8830r
1.oooo, 0.9S80r 0.9150, 0.8340,
LtiFILE2
1420
1430
1440
1450
1460
1470
1480
1490
1500
1510
1520
1530
1540
1550
1560
1570
1580
1590
THE FOLLOWING OVERRIDES CAUSE AUGUST TO BECOME THE PEAK MONTH
$INPUT
PUANR=0~97r0.96,0.91J0t85r0.84r0.95,0.99,1.0r0.94r0.98r0.96,0.98'
F'UANP=0~97r0.96r0.91rO.a5,o.s4r0.95,o.99,1.0,0.94,0.98r0.96,o.98,
IYREAD=O$
3-66
0
n
J
fl
i J
rl , l . l
f j i
t .. ~ I
·~ !a.: !"l • I ! 12
L j I!
!
i fl , I ; i L . !.
r 1
t .J
LJ
LJ
LJ
LJ
.~~ MODIFY EXISTING LOAD MODEL-ANNUAL DATA
r 1. The load data on the Load Model LMFILEl (read in on line 180) will be modi.fied.
. " t
l..'
. ' r
. r; Ll
,. r
i
2.. The new Load Model will be called lMFILE3.
3.. Lines 370 through 420 contain the data describing the changes to be made to LMFILEl.
4. Lines 470 through 500 override the data in lines 410 and 420, beginning in 1989 •
LMFILE3 15:49EST 04/07/83
100
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
260
270
300
310
320
330
340
350
360
370
380
390
400
410
420
430
440
450
460
470
480
490
500
BCR LMFILE3;SIZEC1r150)
BRU *
BEN
ttNORM
t:F'ROBRAMtRLHS
t:LIMITS:01,32K,,10K
t:PRMFL:H*'E'R,AQ43093/.LDMD6
$:PRMFL:01,w,s,AQ43005/LHFILE3
t:PRMFL:02,RrSrAG43005/LMFILE1
t:DATA:15
f:REMOTE:06
$1REMOTE:07
SIX LINES OF USER NAME, ADDRESS,
PHONE NUMBER, MARK III USER ID
TYPE OF MAIL SERVICE
NOTE -DO NOT USE CHARACTER COLON $INPUT
ID1='LMFILE3 MODIFY EXISTING LOAD MODEL',
ID2='ANNUAL DATA CHANGES, ISPEC=O',
NTOTAL=5,
NSTART=1985,
NEW=Or
ISPEC=Or
NEWANP=2*0'3*1'
POOLMWC3)=5560,5765r5970,
NEWMOR=2*0r3*1'
NEWMOF'=2*0'3*1st
PUANR=0.97,0.96,0.91r0.85r0.84r0.95rl.Or0.99r0.94r0•98r0.96r0.98r
PUANP=0.97r0.96r0.91r0.85r0.84r0.95r1.0r0.99,0.94r0.9B,0.96,0.98,
KF'RINT=l'3*0'1'
LPRINT=5*1'
M7=7r
IYREAU=1989$
$INPUT
PUANR=0.97,0.96r0.91ro.as,o.a4,o.9s,o.99,1.o,o.94,o.9a,o.96,o.9a, PUANP=0.97r0.96,0.91,o.as,o.a4,o.95r0.99,1.o,o~94r0.98,o.96,o.9a,
IYREAII=O$
3-67
MODIFY EXISTING LOAD MODEL-MONTHLY DATA
1.. The load data on LMFILEl will be modified and the new Load Model written to lMFILE4.
2. Because ISPEC=l, the program will alter the load data read from LMFILEl to
give the monthly loads and energies specified on lines 360 through 410.
LMFILE4 15:49EST 04/07/83
100 BCR LMFILE4;SIZE<1,150)
110 BRU *
120 BEN
130 itNORM
140 f:PROGRAM:RLHS
150 f:LIMITS:01,32K,,lOK
160 f:PRMFL:H*tErRrAQ43093/tLDMD6
170 $:PRMFLZ01rWrSrAQ43005/LMFILE4
180 $:PRMFL:02rRrSrAQ43005/LMFILE1
190 f:!IATA:15
200 f:REMOTE:06
210 S:REMOTE:07
220 SIX LINES OF USER NAMEr ADDRESS,
230 PHONE NUMBER, MARK III USER ID
240
250
260
270
300
310
320
330
340
350.
360
370
380
390
400
410
420
430
440
450
TYPE OF MAIL SERVICE
NOTE -DO NOT USE CHARACTER COLON
$INF'UT
ID1='LMFILE4 MODIFY EXISTING LOAD HODEL',
ID2='MONTHLY DATA, ISPEC=l',
NTOTAL=Sr
NSTART=1985,
ISPEC=lr
ENERGY=244+3r215+3r225+3r204+3r199+3r217t3r
222+3r230+3r214+3r219+3r226+3r232+3r
EMGROW=40*1•04r40*1•038r40*1•036,160*1•035,
40*1.036r80*1.037r80*1.039r
PUMON=0.97r0.96,0.91,o.as,o.a4r0.95r0.99r1.0r0.94r0.98r0.96r0.98r
POOLMW=5000,5200r5400r5600r5800,
KF'RINT=1'3*0'1'
LPRINT=5*1'
M7=7r
IYREAD=O$
3-68
Fl
I
l
L J
r1 LJ
( 1
I I
~ )
I
.1
! '
Lj
..,,..,
r
MODIFY EXISTING lOAD MODEL-ANNUAL DATA
f lo LMFILE5 is the name of the new Load Model.
2. Because ISPEC=l, the program will modify the load data read from lMFILEl r . to give the annual peak loads and load factors specified on lines 360
~ through 380.
[,
LMFILES 15:49EST 04/07/83
100 BCR LMFILE5;SlZE<lr150)
llC1 BRU *
120 BEN
130 ttNORM
140 t:PROBRAM:RLHS
150 StLIMITS:01,32K,,lOK
160 $:PRHFLIH*'E'~'AG43093/.LDMD6
170 $:PRMFLt01,w,s,AG43005/LMFILE5
180 S:PRMFL:02,R,S,AQ43005/LMFILE1
190 $t!1ATA::!5
200 $:REMDTE~06
210 $:f::EMOTEt07
220 SIX LINES OF USER NAME, ADDRESS,
230 PHONE NUMBER, MAR~ III USER ID
240
250 TYPE OF MAIL SERVICE
260
270 NOTE -DO NOT USE CHARACTER COLON
300 $INPUT
310 ID1='LMFILE5 MODIFY EXISTING LGAD MODEL~,
320 ID2='~~~UAL DATA, ISPE~=l',
330 NTOTAL=5.
340 NSTART=1985,
350 !SPEC=l,
360 POOLMW=5000,
370 GRMW=1.04,1.037,~t1.036,
380 XLF=0.60r0.601,C.602r0.603,o.604,
390 KPRINT=1r 3*0' 1,
400 LF'F:INT=5*1,
410 M7=7r
420 I YREAil=O$
EXlT NG AN EXISTING lOAD MODEL
1. The existing Load Model (UvlFILEl) is five years long; the new one
(LMFILE6) will be ten years long.
2. The program will use the last year of lMF ILEl as the basis for the five
additional years. Because LSPEC=l, this per-unit data will be modified to
give the peak loads and load factors specified on lines 360 and 370.
3. Lines 410 through 430 contain annual overrides that become effective in
1993.
LIST LMFILE6
LMFILE6 15:50EST 04/07/83
10()
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
260
270
300
310
320
330
340
350
360
370
380
390
400
4t0
420
430
440
BCR LMFILE6;SIZEC1,150)
BRU *
BEN
ttNORM
t:F'ROGRAM:RLHS
S:LIMITS:01,32K,,10K
f:PRMFLSH*rErR,AG43093/.LDMD6
t:PRHFL:01,w,s,AQ43005/LMFILE6
$1PRMFLS02rRjS:AG43005/LMFILE1
s:!IATAt15
$:REMOTE:06
$:REMOTE:07
SIX LINES OF USER NAME' ADDRESS,
PHONE NUMBER, MARK III USER ID
TYPE OF MAIL SERVICE
NOTE -DO NOT USE CHARACTER COLON
$INPUT
ID1='LHFILE6 MODIFY EXISTING LOAD MODEL',
ID2='EXTEND LOAD MODEL BY 5 YEARS, ISPEC=l',
NTOTAL=lO,
NSTART=1985,
I SF'EC= 1:
GRMW(6)=5*1.03!t
XLFC6)=0.60r0.60l,0.602,0.603,0.604r
KF'RINT=l'3*0'1'
M7=7'
!YREAD=19.93$
$INPUT
PUANR=0.97,o.96,0.91,o.as,o.a4,o.95r0.99,1.o,o.94,o.98,o.96,o.9e,
PUANP=0.~7,0.96~0.91,o.ss,o.a4,o.95,o.99,1.o,o.94r0.98,o.96r0.98,
IYREAIJ=O$
3-70
I
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F'~ r 1
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,, .)
I
l
~.... ... .~ I
I I
t-'l
l '
)
r
[
r
L
-·~
~~
SA,'v1PLE OUTPUT
This section contains the bulk output (Report 06) and summary output
(Report 07) from the Load Model Program for a run creating a Load Model from
scratch using the input data file on page 3-58.
The bulk output begins with a heading page that contains the six lines of
input that was between the last control card and the first $INPUT. Following
this is a listing of the NAMELIST input data. The monthly production cost and
reliability load models are next. The variables KPRINT and LPRINT determine
the years for which these load models are printed, and whether the MW or
per-unit data is output. The last page of the bulk output is a summary of the
annual peak loads, energies, and load factors.
The next page is the summary output that can be received via the terminal
if M7=7 was in the NAMELIST input file. This page lists the NAMELIST data
records that were read and the annual summary of peak loads, energies, and
load factors. If any errors occurred during the run, the error messages would
also print on this page.
3-71
\'l
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06/01/63 1126NT .LDMD6
1..nr 1 1..1:. 1 ~;REA I E LOAD I~ODEL F ROI~ St!RA 1 1;11
GENERAL DATA ONLY, lSPEC=l
r ., .. r-
t_ .. -
************~********~··~········•******************~
*'*********************~··~······********************
liC:« **
** COPYRIGHT 1971, GENERAL ELECTR I C cm1PAI'IY =** •:• .LDMD6 PROGRAM PUBLISHED ONLY IN A LIMITED, "''* ••• t!OPVRIGHI sE:NSE, AND ALL RWHis, INcLOOING **
:1::• TRADE SECRET RIGHTS, ARE ~ESERVED. ** •:« j(llt
****************«*****************'******************
***************************~*************•••~········
[ MAILING LABEL-SEE SECTION 2 FOR INSTRUCTIONS ·I
******************************************************************************************
***•***********'******************************************************~·······~·-~········
*'" ** "'* **
** ** *ll: **
"'* **
"'* l"'A I L OUTPUT TO It*
lltll< ll:*
** :uc.
** **
"'* SIX LINES OF USER NAME, ADDRESS, **
** **
** PHONE NUMBER MARK Ill USER 10 ** •• **
** TYPE OF MAIL SERVICE *"' •• • • *"' NOTE -DO NOT USE CHARACTER COLON **
** *"'
** **
** **
** ** ** **
*"' **
ll<llt **
··~·····················································································=· ···············~·-~····················································,.;.,.4'***'*******
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1
2
3
4
!5
6
7
8
9
10
11
12
13
14
1l5
16
17
18
19
20
21 . 22
23
24
2(5
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42.
43
44
4l5
46
47
48
49
l50
151
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~.,, ·~ \ IL ) .... __ _; .t, " j f • J
~;;t:.NERAL ELECl K I C ..,.;, " .,,n
, LDMDG, EUSED PROGRAM TO CREATE OR NODIFY A LOAD MODEL
LISTING OF INPUT DATA
DATE-o6701/83 TIM~:.-I"'. a II:'
JOB NUMBER 1128NT
SIX LINES OF USER NAME, ADDRESS,
f"HONE ·~ -· , MAKK. I I I U::>t:.R I U
TYP~ OF MAIL SERVICE
NOTE -DO NOT USE CHARACTER COLON
SINPUT
IDI='LMFILE1 CREATE LOAD MODEL FROM SCRATCH 1
ID2~'GENERAL DATA ONLY, ISPEt-·~ < .
NTOTAL=5,
NSTART=198l5,
I'IEW=l,
NEWNUM= 1,
NEI.JP= 'ED I SON' ,
NE\oJC= 'ED I SON' ,
ISP!:.C=l,
PUANP=
0.9670, o. 951)0, 0.9100, 0.8520, 0.8410, 1 • or>:;:). 0,9630, 0.9940,
0.9420, o.auso, 0,9630, 0.9770,
PUMWK=
1 ,")000, o. 951)8, 0.9095, 0.9079, 0. 8941. 0.8849, 0.8772, o. 8742,
0,8726, 0.8311, 0,8281, o. 7958, 0.7713, 0.7314, 0.6992, 0.6531,
0.6117, o. 57:33, 0,4627, 0.4398, 0.4137, 0.3906, 0,3614, o. 3.:100! --·
PUMWKC1,2>=
1. 0000, 0.9600, 0.9577, 0,8998, 0.8794, o. 8731 j 0,8700, 0,8684,
0.8606, o. 8480, 0.8183, o. 7791, 0.7619, 0.7322, 0,6883, 0.6555,
0.6069, 0.5850 0.469t, 0.4472 0.4127, 0.4018, 0.3641, 0.3531
PUMriK C 1 , 3 > ::
1. 0000, 0.9481' 0.9347, 0.9263, 0.9012, 0.8845, 0.8410, 0.8276,
o. &208, 0.8175, 0.8142, o. 7790, o. 7706, 0.7204, 0.6752, 0.6665,
0.6015, 0.5714, o. 4625, 0.4542, 0.4157, 0.4023, 0.3587, 0.3354,
PUMWKC1,4>=
1 .oooo, 0.9225, 0.9154, o. 9119, 0.8837, 0. 8661' 0.8625, 0. 8343,
0.8185, 0.7868, 0. 7797, o. 7727, 0.7656, 0.7586, 0.6987, 0,6634,
o. 5841! 0.57!53! 0.45l55, o. 4290, 0.3955, 0,3650, 0.3621, 0.3233,
PUMWKl1,5}:
1. 0000, 0.9430, 0.9095, 0,8910, 0.8625, 0.8574, o. 8541, 0.8374,
0.8156, 0,7971, 0.7736, o. 7551, o. 7417, o. 7115, 0.6261, 0.5909,
0.5740 0.5691 0.4147, 0.4030 0.3560, 0.3444, o. 3191' 0.3091,
PUMWKll,6>=
1 • 0000, 0.9180, 0.9015, 0.8776, 0.8569, 0.8314, o. 8031, 0.7867,
0.7807, o. 76·~4. 0.7331, 0.7122, 0.6897, 0.6718, o. 6063, 0. !5466,
0.5227, 0.5048 0.4272, 0.3706, 0.3512, 0.3199, 0.3050, 0.28261
PUMWKC1,7l=
1. 0000, o.soa3, 0.8951, 0,8936, 0.8773, 0.8434, 0.8345, 0, 8048,
0.7887, 0.7660, 0.7413, o. 7191 J 0.6984, o. 6926, 0.6053, 0,5625,
0.5092, 0.4797. 0.4161, 0.3969, 0.3615, 0.3229, 0.3068, 0.2949
PUMWK(1,8)=
1 • 0000 J 0. 91 66. 0.9017, 0.8868, 0.8644, o. 8436, 0,8257, 0,8093,
0.7944, 0.7750, 0.7512, 0.7259, 0.7155, 0.7139, 0.6007, o. 5546,
0.5158, 0.4875, 0.4086, 0.3847, 0.3639, 0.3!92, 0.3028, 0.2954,
PUMWK(J,9>=
1 .0000, 0.9285, 0,8944, 0.8912, 0.8652, 0,8523, 0.8458, 0. 8409,
"
·--'C'pa-1frnar"tilrf''a~
-' w~~~d
~-~·~""~ , ., ~-"'1 ---.. 'i ---, ' J ') oi<
00000220
UUU1)(12;JO -
000()(1250
0000(1270
00001)300
0000(1310
00000320
00000330
0000(1340
00000350
00001)360
00000370
0000(·380
00000390
00000400
ooooo41o I oooo0420 GENERAL DATA-0RDER OF DATA
00001)430 WITHIN SET IS ARBITRARY I
00000440 -
00000450
00000460
0000(1470
00000480
00000490
00000500
00000510
00000520
00000530
00000540
OOOOrJ550
0000(1560
00001)570
00()()(1580
00000590
00001'1600
00000610
OOOOOG20
0000(1630
00000640
0000(1650
00001)660
ooci00670 ~
0000flG80
00001.1690
0000!'1700
00000710
00000720
00000730
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O'J00Ct750
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.,.
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.,
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l
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i
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= o( a
I ;
:
52 0.6295, 0.8100,
53 0.5649, o. 541)5,
54 PU11WK C 1 , 1 0 l =
55 I. 0000, 0.9450,
56 0.8333, o.8~oo,
57 0.5816, 0.5515,
~6 PUI'1WK C 1 , I 1 ) =
59 1. 0000, 0. 9436,
60 0.8321, 0.8196,
61 0.5764, o. 5466,
62 PUMWKC1,12)=
63 1. 0000, 0,8655,
64 o. 7842, 0.7710,
65 0.5618, 0.5328,
66 PUMWE=
67 0.8227, 0,8073,
68 0.6654, 0.6408,
69 o. 5251, 0.5097!
70 PUMWECl,2>=
71 0.8183, 0.7599,
72 0. 6341' 0.6295,
73 0.4959, 0.4713
74 PUMWEC1,3l=
75 o. 7900, 0.7457,
76 0.6230, 0.6061,
77 0.5021, 0.4763,
78 PUMWEC1,4)=
79 0.7745, 0.72!55,
eo 0.6149, 0.60!58,
81 0.4988 0.4643
82 PUMWEC1,5l=
83 o. 7478. 0.6877,
64 0.5781, 0.5557,
85 0.4580 0.4341
86 PUI1WE < 1 , 6 > =
87 0.7352, 0.6734,
88 o. 5591' 0.5405,
89 0.4231 0.4031
90 PU~1WE C 1 , 7 l =
91 o. 7842, 0.7075,
92 0.5775, 0.5524,
93 0.4343 0.41!51
94 PUI1WE( 1 I 8):.
95 o. 7887, 0,7404,
96 o.5969, o.57a8,
97 0.4353 0.41!56
98 PUMWEC1 1 9)=
99 0.7859, 0.7322,
100 0.6151, 0.5658,
101 0.4638, 0.4395,
102 PUMWE C 1 , I 0 > =
103 0.7964, 0.7564,
104 0.6380, 0.6296,
105 0.4963 0. 44~:15
106 PUMWEC1,11>=
107 0.7612, 0.7763,
108 0.6442, 0.5936,
109 0.4859 0.4696
110 PUMWEC1,12l=
1 t 1 0.8240, 0.79!54,
112 o. 3311' 0.6000,
113 0.4960 0.4927
114 PUANR=
115 0.9670, 0.9500,
' c... ~ .,_J
Pll?n'·1nou1 d!.>O
0.8003, 0.7922, 0.7678, 0.7646, o. 6005,
0.4040, 0.3798, 0.3407, 0.3262, o, 31311
0,9317, 0.9133, 0.8933, 0.8866, 0.6717,
0.8283, 0. 8049, 0.7850, 0.7666, 0.61383,
0,4348, 0.3966, 0.3582, 0.3432, 0.3281'
o. 9309, 0.8949, 0,8855, 0.8776, o. 81351.
0,7898, o. 7772, o. 7490, 0.7318, 0.6784,
0.4305, 0.4164, 0.3787, 0.3599, 0.3223,
o. 8447. o. 8447, 0.8381, o. 8355, 0,8263,
0,7276, o. 7211, 0.7170, 0 .• ,079, 0.6236,
0.4512, o. 4447. 0.4104, 0.3894, 0.3604,
0.7780, 0,7502, 0.7256, 0.6916, 0.6855,
0.6207, 0,6069, 0.5791, 0.5636, o. 5436,
0 • .:1696, 0.4234, 0.4110, 0.3864, 0.3693,
0. 7461' 0,7169, 0.7077, o. 6786, o. 6571 J
0.6095, 0.5788, 0.5650, 0.5557, o. 5481'
0.4498, 0.4437, 0.4390, 0.4207, 0.3606,
o. 7406, 0.7201, 0,7049, 0.6776, o. 6537,
0.5822, 0,5669, 0.5533, 0.5328, 0.5175,
0.4545, 0.43911 0.40851 0.3983, 0.313641
0.7075, 0.69.29, 0.6839, 0.6584, 0.6493,
0.593·1, 0.5732, o. 5459, o. 5242, 0.5188,
0.4407 0.4172 0.3845, 0.3664, o. 3464
0.6603, 0.6501, o. 6449, 0.6330, 0,6072,
0.5352, 0.5232, 0.5044, 0.4854, 0. 4838,
0.4169 0.3963,_ 0.3620. 0.3414 0.3226
o. 6456, o. 6240, 0.6162, 0.6023, 0.5838,
0.5297, 0.5097, 0. 4988, o. 4819, 0. 4556,
0.3907 0.3753 0.3397 0.3166 0.3057
o. 6691' 0.6514, 0,6189, 0. 6056, 0.5962,
0.5362, 0.5258, 0.5200, 0.5067, 0,4890,
0.4018 0.3827 0.3501 0.3294 0.2970
0,6966, 0.6709, 0.6634, o. 6301' 0.6211,
0 .• 5531, 0.5259, 0.5169, 0.5063, o. 4942,
0.4035 0.4005 0.3476 0.3432 0.3069
0.6899, 0.6602, 0 .• 6525, 0.6395, 0.6362,
0.5533, o. 5484, 0.5158, o. 5045, 0.4866,
0.4183, 0.3939, 0.3695, 0.3418, 0.3206,
0.7230, 0.7164, 0.6947, O.C696, 0.6496,
0,6213, o. 5646, 0,5429, 0.5363, 0.5279,
0.4245 0.3979 0.3678 0.3612 0.3311
o. 7405, 0.7110, o. 6996, 0.6752, 0,6686,
0.5855, 0.5855, o. 5545, 0.5348, 0.5153,
0.4272, 0.3861, 0.3664, 0.3664, o. 3•172,
0.7302, 0.7195, 0.7016, 0.6705, 0.6556,
0.5918, o. 5632, 0.5632, o. 5388, 0 .. 5266,
0.4601 0.3976 0.3908 0.3800 0.31)50
0.9100, o. 8520, o. 841 o, 1. 0000, o. 9630, -
-.. ---""
--l
-~.~.....J ''] l...,.;-J.-..,..
.. -·-· -·1
----·-we:JBw~f-------·
1apow uO!JeJaua!)
o. !5860,
o. 2969,
0.8566,
0.13399,
0.2848,
0.8572,
0.6392,
0.3129,
0,6013,
0.5973,
o. 3289!
0,6824,
0.5297,
o. 3031!
0.6479,
0.5205,
0.3331
0.6333,
0.5l24,
0.30601
0.6384,
o. 5169,
0.3083
0.5918,
0.4804,
0.30191
0.5730,
0.4371,
o. 27481
0.5894,
0,4601,
0.:2896
o. 6090,
0.4836,
0.2932
o. 6281,
0.4719,
0.3076,
0,6446,
0.5079,
0.2962
o. 6442,
0.5006,
0.2636,
0.6528,
0.5198,
0.:3230
0. 9940,
-J
00000770
OOCHJ0780
00000790
oooon800
0000fl810
OO(J•)U820
00000830
00001)840
00000850
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OOOCJI:I870
00001)880
000011890
000011900
OOOIJ0910
00001)920
0000(1930
00000940
00000950
00()01)960
00000970
OOOOU980
0000(1990
00001000
00001010
00001020
00001030
00001040
00001050
00001060
00001070
00001080
00001090
00001 I 00
00001110
00001120
00001130
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00001150
00001160
00001170
00001180
00001190
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,_ -' --• j -.l ~· ' "· . '-., -· __ .
116 0.9420, o. aa•:>o, o. 9630, 0.9770, 00001410
117 PUMR= 00001420
118 1. 0000, 0,9980, 0.9140, 0,9140, 1. 0000, 0.9350, 0.9350, o. 91601 00001430
1 t 9 1. 0000, 0. 93i30, o. 9340, 0,8570, I , rooo, 0,9330, 0.9090, 0.7020, 00001440
120 t. 0000, 0.93:20, 0.9310, 0.8780, 1 • 0000 J 0 • 8950 1 0.8770, O.i3!500, 00001450
121 1 0 0000 1 0 o 91 !50 J o. 8770, 0.8760, 1.00~::'-0,9710, 0.6950, o. i3':l20, 00001400
I ,Ul!UU, U, t:l~:;.u, U, t:I/OU 1 U. t:I'-'St:IU 1 ) , 0000, 0, 905t)~ 0. 9:JU0, 'lJ.'"i3830, ood014tu ..:.\oo>-
14::i:::.
123 1.0000, 0.9600, 0.9200, 0.6780, 1.0000, 0.9580, 0.9150, o. 8340, 0001) 1480
124 PdOLMW=5000, 00001490
125 GRI'IW=5"' 1 . 035, 00001500
126 XLF=5=<,6o, ooool51o
127 KPRINT=1,3:~~0,1 1 00001520
I
128 LPRINT=5*1, 00001530
129 M7=7, 00001540
130 JYREAD=O$ 00001550
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GENERAL ELECTRIC COMPANY
, LDMOG EUSED PROGRAM TO CI"IEATE OR MOD I FY A LOAD t10bEL
LMFILEt CREATE LOAD MODEL FROM SCRATCH NUMBER OF WEEKDAYS AND WEEKEND
GENERAL DATA ONLY, ISPEC=1 DAYS IN MONTH
1985
483!5.
3728.
3978.
2799.
1985
47!50.
3616.
3887.
2683.
198!5
45!50.
350!5.
339!5.
2517.
198!5
4260.
3261.
3299.
2325.
198!5
4205.
3118.
3144.
2120.
1985
!5000.
3448.
3676.
2493.
r-
1,.
~ JAN. 22 9 483!5. 462!5. 4419. 4419 ...
4!597. 4397. 4389. 4323. 4278. 4241. 4226,
3535. 3380. 31!56. 2956. 2770. 2235. 2124.
3903. 3761. 3627. 3!508. 3343. )314. 3299.
2724. 2627. 2560. 2538. 2.463. 2269. 2046.
MONTHLY I'IWH = 2428629. MONTHLY LOAD FACTOR ~ 67.!514
FEB. 19 g 47!50. 4441. 4441. 4351.
4564. •H549, 4274. 4177. 4147. 4132. 4124.
3417. 3268. 3112. 2681. 2777. 2~' 2122.
3609. 3!544. 340!5. 3361. 3223, 3121. 3077.
2639. 2603. 2471. 2354. 2238. 2135. 2106.
MONTHLY MWH = 21314:38. MONTHLY LOAD FACTOR : 66,774
MARCH 21 10 45!50. 4268. 4250. 3899.
4314. 42!53. 4214. 4100. 4024. 3826. 3765,
3277. 3071. 3041. 2736, 2596, 2)03. 2065.
3393. 3370. 3276. 3207. 3083, 297.4. 2881.
2423. 2354. 23:30. 2284. 2175. 2067. 1997.
MONTHLY MWH "' 2232969. MONTHLY LOAD FACTOR = 65.963
APRiL 22 a 4260. 397!5. 3872. 3246.
3930. 3699. 3884. 3764. 3669. 3674. 3554.
3231. 2976. 2625. 2487. 2450. 1939, 1826.
3090, 3014. 29!51 • 2913. 2604. 2766. 2719.
2232. 2209. :':!201. 2124. 1977. 1676. 1776.
MONTHLY MWH : 2020773. MONTHLY LOAD FACTOR = 65.663
MAY 22 9 4205. ~919. 3915, 3692.
3965. 3824. 3746. i MW LOAD M;)DEL. 2991. 2632. 2484. -~ PRINTED FOR EACH 'YEAR
2892. 2776. 2733, THAT LPRINT(N)=l IS INPUT.
20.40. 2034. 2019.
MONTHLY MWH = 197261)0. MONTHL'o' LOAD FACTOR = 63.052
JUI'IE 20 10 5000. 4475. 436!5. 4250.
4590. 4507. 4388. 4284. 4157. .4015. 3933.
3358. 3030. 2732. 2612. 2523. 213.4. 1651.
3367. 3228. 3~20. 3081. 3011. 2919. 2864.
2409. 2277. 2185. 2115. 2014. 1952. 1875.
MONTHLY MWH = 2150497. MONTHLY LOAD FACTOR = 59.736
-
i~-
(-__ :] --, '-"! ;~ __ =:J -·-"
4219.
1996,
3217.
1966.
4087.
1958,
3011.
2064.
3731.1,
1690,
2634.
1857.
3466,
1683.
2619.
1637.
3429.
1495.
2430.
1521.
3903.
1754.
2795.
1697.
~-.
'\ L~
JOB l'lUf'IBER 11 geNT
06/01/83
-1 RELIABILITY. ~AD M:>DEL 1-
4018. 4003.
1886. 1745.
3098. 3000·.
1667, 1784.
4027. 3686.
1906, 1727.
2989. 269.4.
1997. 171'2,
3719. 3704.
1629. 1630.
27!57. 2648.
1811. 1757'
33!51 . 3321.
1638. 1541.
2580. 2526.
1560. 1474.
33!51 . 3252.
1446. 1340.
2335, 2250,
1434. 1355.
3621. 3665.
1598. 1!523,
2702. 2G48.
1582. 1527.
··,~
~.-,..-~.:.-_...:..1,
r·-·-y) ...... _...,.,
3847.
1642.
2934.
1464.
J
3700.
1675.
2748,
1!581.
3544.
1 !524.
2579.
1.400.
3291.
1375.
2441.
1312 .
3175.
1298
2199,
1268.
3560.
1411.
2548.
1373.
,·. :J
PRODUCTION OOST
WAD M:>DEL
WEEKDAY
WAD SHAPE
WEEKEND DAY .
LOAD SHAPE
~'9
\, ···~-.i:J ~-... -=:1
'
-
I
.I
'---~ .,.
~ ·:~,·----~--~-·"·-···-~-,----=~-~ .. ''().~~-. , . ·;~·~;.; :;;.~;.~-~~~"-,. ,.,,. __ ,.,., __ .. _______ ... ,,.,~ > ... >. > > .. .. .. ••• • • ~
------~----~~~
' I
~\d _.,-,~., · .. n'.,l
: " '4 i
i
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1
I
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---. ) . "'\ . ~ "' -----~ ... , --: ... "'i •. "" Jlr1 l!llr.J -"'1 -~ -1 Jill'"! -"':' ~_,j -~ !.!. -·;· ~::, I ~. ' i4 '-.<' • j .'""""'./'"-~-1 '"~..1.\ ') '···-:J ·-·· .-l ··) ..
i--' -· ""-'-
•. l
~ _,
1985 JULY 22 9 4815. 4406. 4223. 4218,
481!5. 4373. 4310. 4302. 4224. 4061. 4018. 3875. 3797. 3697. 3569. 3462.
3362. 3334. 2913. 2707. 2450. 2308, 2002. 1909. 1739, 1553. 1475. 1416.
3776. 3406. 3221. 3136. 2980, 2915. 2880. 2837. 2760. 2659. 2581. 2531.
~503. 2439. 2354. 2311. 2090. l996. 1934. 1842, l68!5, 1585. 1429. 1393,
MONTHLY MWH = 2198193. MONTHLY LOAD FACTOR c 61.362
1985 AUG. 22 9 4970. 4826, 4448. 4.133
4970. 4555. 4481. 441)7, 4296. 4192. 4i03. 4022. 3948. 3851. 3733, 3607.
3555. 3547. 2984. 2755, 2562. 2421. 2029. 1910. 1807. 1584. 1503. 1466.
3920; 3680. 3462. 3334, 3297. 3131. 3086, 3026. 2966, 2876. 2748. 2613.
2568. 251!5. 2455. 2403. 2162. 2064. 2004. 1989, 1726. 1704. 1524. 1456.
1'10NTHL Y MWH = 2286771. MONTHLY LOAD FACTOR :: 6i. 843
1985 SEPT. 20 10 4710. 4215. 4121. 3947,
4710. 4373. 4212. 4197. 4075. 4014. 3983, 3960. 3906. 3815. 3769. 3731. ~ 3616. 3601. 2827. 2'•'59. 2059. 2544. 1901. 1787. 1603, 1534. 1473. 1396.
3702. 3449. 3249. 3::!03, 3073. 3012. 2996. 2958. 2897, 2759. 2605, 2582.
2429, 2375. 2291. 2222, 2184. 2069. 1969. 1854. 1739. 1609. 1509. 1447.
MnNTHLY MWH = 213071)3. MONTHLY LOAD FACTOR = 62.830
1985 OCT. 23 8 4430. 4275. 4120. 3912.
4430. 41a6. 4127. 4046. 3957. 3927. 3861. 3794. 3691. 3676. 3669. 3565,
3477. 3395. 3046. 2834. 2575. 2442. 1924. 1755, 1585, 1518. 1451. 1259.
3s2a. 3351. 3203. 3173. 3077. 2966, 2877. 2855, 2826. 2789. 2752. 2500.
2404. 2375. 2338. 2249. 2198. 1990. 1879. 1761. 1628. 1599. 1465. 1311.
MONTHLY MWH : 2179237. MONTHLY LOAD FACTOR = 66. 119
1985 NOV. 20 10 4815. 4622, 4430, 4226.
48HS. 4543. 4482. 431)9, -:il263. 4225. 4165, 4127. 4006. 3946. 3802. 3741.
3606 .. 3523. 3265. 3077. 2774. 2630. 2071. 2003, 1821. 1731. 1550. 1504.
3761. 3738. 3565. 3423. 3366. 3251. 3219. 3101. 3101. ~658. 2818. 2818.
il 2669. 2574. 2480. 2409, 2339. 2260. 2056. 1867. 1859, 1772. 1670. 1364.
MONTHLY MWH = 224~0:27. MONTHLY LOAD FACTOR = 64.700 • ..
it 1985 DEC. 21 10 48£;5. 4690. 4470. 4074.
4885. 4325. 4126. 4126. 4094. 4081. 4036. 3914. 3830. 3766. 3554. 3522.
3502. 3457. 3045. 2917. 2743. 2601. 2202. 2171. 2003. 1900, 1759. 1605,
4025. 388$. 3567. 3514. 3426. 3275. 3202. 3168, 3082. 2930. 2890, 2750.
2750. 263'1, 2571. 2538. 2432. 2406. 2246. 1941. 1908. 1855. 1762, 1576. • 1-~~ ,,
MONTHLY MWH :: 23051.64, MONTHLY LOAD FACTOR :: 63,426
il 1985 POOL PEAK EDISON 5000. L~~ CUANTITIES I COMPANY PEAKS EDISON 5000.
ANNUAL MWH= 26280000. ANNUAL LOAD FACTOR= 60.000
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. LDMD6 EU!SED PROGRAM TO CREATE OR MOD I FY A LOAD MODEL
LMFILEl CREATE LOAD MODEL FROM SCRATCH JOB NUMBER 1128NT
GENERAL DATA ONLY, I SPEC= I OG/Ol/83
0. 914 0 I RELIABILITY WAD MODEL] 1985 JAN. 0,9670 1. 0000 0.9980 0.9140
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RATIOS '3 0.7780 iB54
!4 0.!5434 0.5295 0,5249 0.5095 0.4693
198!5 FE£;1,, 0.9500 t. 0000 0,9350 0.9350 0,9160
0.9500 1. 0000 0.9608 0,9577 0.8997 0.8793 0.8730 0.8699
0.7617 0.7320 0,6881 0.6552 0.6066 0.5847 0.4687 -~
0.8183 0.7599 0.7460 0.7168 0,7076 0,6785 0.6570
0.5648 0.5555 0.!5479 0.5203 0.4957 0.4711 0.4•195
1985 MARCH 0,9100 1. 0000 0.9360 0.9340 0,8570
0.9100 1. 0000 0.9481 0.9347 0.9262 0. 9011 0.8844 1!).8409
0.7704 0.7202 0.6750 0.6683 0.6012 o. 5711 0.4621
0.7900 0.7457 0,7406 0,7200 0.7048 0.6775 0.6536
0.5531 0.5326 0.!5173 0.5122 0.5019 0.4781 0.4542
1985 APRIL 0.8520 1. 0000 0,9330 0.9090 0,7620
0,8520 1.0000 0.922.4 0.9153 0.9118 0,8836 0,8660 0.8624
0.7654 0.7584 0 6985 0.6632 0 5838 0.5750 0.4551
0.7745 0.7255 0.7074 0,6928 0,6838 0.6583 0.6492
0.5457 0.5240 0.!5166 0,5167 0.4986 0.4641 0,4405
B 198!5 MAY 0.8410 1. 0000 0,9320 0.9310 0.8780 I
ID • 0.8410 1.0000 0.9430 0.9094 0.8909 0.8524 0.8573 0.8540 ..
ii: 0 7415 0 7113 0 6259 0 5906 0 57:17 0.568R 0.4143
~ ' 0.747fl 0.6877 0,6602 0 ) '1
0.!5042 0.4852 0.4836 o P.U. IDAD MJDEL. :7 ~ PRINTED FOR EACH YEAR
~ 1985 JUNE 1. 0000 1 THAT KPRINT{N)=l IS INPUT. 10
.:z 1. 0000 1. 0000 0.9180 0,9014 0,8775 0.8568 0.6313 0.8030
i 0.6895 _Q Ji71.6 Q _6061 0 5463 0 5224 0 5045 0.4269
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"' 0.49,87 0.4817 0,4554 0.4369 0.4229 0.4029 0.3!)05 II.
~ 1985 JULY 0.9630 1. 0000 0,9150 0.8770 0.8760
0.9630 1. 0000 0.9082 0.8950 0.8935 0.8772 0.8433 0.8344
0.6982 0.6924 0.6051 0.5622 0.5089 ·o. -'~79.11 0.4158 :
I 0,7842 0.7075 0.6690 0.6513 0,6188 0.6055 0.5981
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0.8741 0.8725 0.8310
0.4394 0.4133 0.3901
0.6823 0.6653 0.6407
0.4231 0.4107 0.3861
0,8683 0.8605 0.8479
0.4468 0.4123 0.4014
0.6478 0.6340 0.6294
0.4434 0.4387 o. 4204
0.8275 0.8207 0.8174
0.4538 0.4153 0.4019
0.6332 0.6229 0.6060
0.4388 0.4082 0.3980
0.8342 0.8184 0.7867
0.4286 0.3951 0.3846
0,63d3 0,6148 0.6057
0.4169 0.3842 0.3661
0,8373 0.8155 0.7970
0.4026 0 3556 0.3440
0.5917 0.5780 0.5556
0.3961 0.3617 o. 3411
0.7866 0.7806 0.7643
0 3703 0 3508 0 3195
0.5729 0.5590 o. 5404
0.3751 0.3395 0,3163
0.8047 0.7886 0.7679
0.3966 0 3611 0 3225
0.5893 0.5774 0.5523
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0.8280
0.3609
0.6205
0,3690
0.8182
0,3636
0.6094
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0.8141
0.3582
0.5820
0.3861
0.7795
0 3617
0.5930
o. 3461
0.7735
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0.5351
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0.7330
0 3046
0.5296
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0.7412
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0.3395
0.6067
0,3027
0.7789
0.3526
0.5786
0.3328
0.7788
0.3349
0,5667
0.3076
0.7725
0.~228
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0,3080
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0.7887 0.7404
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0.9420 1 .oooo 0 9285
0.7677 0.7645
0.7859 0,7322
0.5156 0.5043
1985 OCT. 0.6860
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0.7849 0.7664
0.7964 0.7!564
0.5427 0.5361
19'85 NOV. 0.9630
0.9630 1.0000 0.9436
0.7488 0.7316
0.7612 0.7763
0.5543 0.5346
1985 'i DEC. 0.9770
0,9770 1. 0000 0.8854
0.7168 0.7077
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0.6002 0.5857
0.6898 0.6801
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0.6881 0.6396
0.7229 0.7163
0.5277 0,5077
1. 0000
0.9309 o. 894t~
0.0782 0.6390
0.7405 0.7109
0.5151 0.5004
1. 0000
0.8446 0.6446
0.6234 0.5971
0.7301 0.7194
0.5264 0.5196
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0.9710 0,8950 0.8920
0,8643 0.8435 0.82!56 0.8092 0.7943 0.7749 0 .• 7511 0.7257
0.5155 0.4872 0.4('1133 0.3843 0,3G35 0.3188 0 .• 3024 0,295'J
0.6633 0.6300 0.6210 0.6089 0,5968 0,5787 0,5530 0,5257
0.4351 0.4154 0.4033 0.4003 0.3473 0.3429 0,3066 0.2929
0.8950 0.8750 6.8380 t
0.8651 0.8522 0.8457 0.8408 0.8294 0.8099 0,6002 0,7921
0.5646 0.5402 0.4036 0.3794 0.3403 0.3258 0.3127 0.2965
0.6524 0.6394 0.6361 0.6280 0.6150 0.5857 0,5532 0,5482
\).4636 0.4393 0.4181 0.3937 0.3692 0.3415 0,3203 0.3tl73
0.96'50 0.9300 0.6830
0.8932 0 8865 0.8716 0.8565 0.8332 0.8299 0,8282 0.8048
0.5813 0.5512 0.4344 0.3962 0.3578 0.3427 0.3276 0.2843
0.6946 0,669!5 0.6495 0.6445 0.6379 0.6295 0.6212 0.!5644
0,4961 0.4493 0,4242 0.3976 0.3675 0.3609 0.3308 0.2959
0.9600 0.9200 0,8780
0.8854 0,8775 0.8650 0.8571 0.8320 0.8195 0.7897 0.7170
0.5761 0.5463 0.4301 0.4160 0.3783 0.3595 0.3218 0.3124 ..
0,699!5 0.67!51 O.GG85 0.6441 0,6441 0.593!5 0 .. \58l54 0.5654
0.4857 0.4694 0.4269 0.3878 0.3861 o.3sei 0.3469 0.2832
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0.&380 0.8354 0,8262 0.8012 0.7841 0.7709 0.7274 0.7209
0.5615 0.5325 0.4509 0.4444 0,4100 0.3890 0,3600 Q,;!~S~ , ...
0.7017 0,6704 0.6555 0.6527 0.6310 0.5999 0,!5916 0.5630
0.4978 0.4925 0.4599 0.3973 0.3905 0.3797 0.3647 0,3227
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GENERAL ELE'CTR I C COI1PANY
. LDMD6 EUSED PROGRAM TO CREATE CJR MOD I F'Y A LOAD t1CJDEL
ilMFILEl CREATE LOAD MODEL FROM SCRATCH JOB NUJ113ER 1126NT
GENERAL DATA ONLY, ISPEC=t 06/01/$3
(MW> (MWH>
YEAR POOL PEAK TOTAL ENERGY LOAD FACTOR
1985 5000. 26:260000. 60.00
1986 l5175. 27199800. 60.00
1967 53os. 281:51793, 6o.oo
1968 !5544. 29216934. 60.00
1989 ~738. 30!56905. 60.00
.
ALL AVAILABLE DATA HAVE BEEN PROCESSED
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REPORT 07 WILL PRINT IF M7=7 INPUT.
GEf·tERAL
~LJ~D6, EUSED PROGRAM TQ CREATE OR MODIFY A LOAD MODEL
06/0L/83
END OF NAMELIST DATA WILL BE PRINTED
IF 00 FATAL DATA ERROP.S OCCURRED.
PROGRAM WILL CHECK ALL NAMELIST DATA
FOR ERRORS PRIOR 'ro EX&."'UTION.
EUSED PROGRAM TO CREATE OR MODIFY A LOAD ~DDEL
0:::/01/3:~
l MC'Tl t:""f .._ ... ~ .............. ..,
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[INDICATEs PROGRl\M EXECUTED NDllMALLY. I
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MERGING TWO LOAD MODELS
The setup listed below can be used to merge two Load Model Background
.files onto one. The two .files being merged must be seguential with no
overlapping years. The Load Model Program can be used to get the Load Models
into the necessary format't
100 BCR FILE3;SIZE(l,l50)
200 BEN
300 IUINORM
400 $:UTILITY
500 $ :FUTIL :Fl:F3,RWD/Fl ,F31 ,MCOPY /lF I, HOLD/F3/
600 $:FUTIL :F2,F3, RWD/F2/ ,SKIPilRI ,MCOPY/lF I
700 $ :PRMFL:Fl,RIW,S,AQl.!JXXX/FILEl
800 $:PRMFL:F2,R/W,S,AQ43XXX/FILE2
900 S:PRMFL:F3,RIW:S,AQ43XXX/FILE3
The above file would be keyed into Foreground and submitted to Background
with the BACK command. If FILEl contained the years 1983 through 1994 and
FILE2 contained the years 1995 through 2000, FILE3 itiOuld have 1983 through
2000.
3-82
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GENERATION MODEL PROGRAM (.GNMD6)
Section Index
INTRODUCTION • • • • • • • • • . . " • • • • • 0 • • • • -• • • • • • •
PROGRAM INPUT/OUTPUT • • • • • • • • • • • • • • • • • • • • • • • • i) •
PROGRAM OPTIONS • • • • • • • • • • • • • • • • • • • • • • • • • • • •
GENERATION MODEL PROGRAM INPUT DATA . . . . . . . . . . . . . . ~ . . .
General Data • • • • • • e • • • • • • ~ e • • • • • • • • • • • • •
Creating a Generation Model from Scratch • • • • .. • .. • • • • • • •
Modifying an Existing Generation Model • • • • • • • • • • •
JOB SETUP • • • • • • • • • • • • • • • •
SAMPLE DATA FILES • • • • • • 0 • • • • •
SAMPLE OUTPUT ~ • $ •
IF
.'
• • • 8 • • • • • •
4-i
• • • • • • • • • • •
• • • • • 4 • • • • •
• • • • • • • • • • •
• • • •
• • • •
• • • 0
• • • •
Page
4-1
4-2
4-3
4-4
4-5
4-6
4-12
4-15
4-16
4-20
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I i'JTRODUCTIOr'l
The • GNMD6 Generation Model Program is an auxiliary program to OGP. It
must be executed in order to develop a binary Generation t-1odel, which is
stored permanently and will be input to the OGP Program.. Figure 4-1 shows the
various files used by the Generation Model Program. The • Gr"lj:\1D6 program is
used either to create a Generation Model from scratch or to modify an existing
Generation Model. If a Generation Model is being oreated from scratch, the
user must input all of the information necessary to de:scribe the units to be
included on the Generation Model. The rrogram will read the input data and
store it .in binary format on the Generation Model file. 'rhis file will be
input to the Data Preparation Program.
The .. GN11D6 program can alae be used to change an existing Generation
Model. Characteristics of units on the existing Generation Model can be
changed, and additional units can be appended to the Generation t1odel.. If the
Generation Model .Program is being u.sed to modify an existing Generation Model,
the user must input only the data to be chang.ed oro the characteristics of the
additional units to be added. The program will read the existing Generation
Model, make the requested changes, and store the entire new Generation Model
in a new f::T..le.. The original Generation Model file will not be changed by this
process.
Normally only one binary Generation Model is required to evaluate many OGP
scenarios, sinee all of the Generation Model data may be overridden by input
to the Data Preparation Program.
The • GNr"iD6 program is a batch program written in FORTRAN. Execution of'
this program is the initial step in developing the thermal, conventional hydro
and energy storage generation of the utility system to be studied by OGP. The
user has the option of inputting the pres,ent and f'uture generating units and
their characteri.stic.s in as much or as little detail as desired. Section 2 of
the Descriptive Handbook discus:.ies the unit characteristics that can be input
to the Gener•ation Model. .A..'I'ly data that is not defined may be added to or
overridden in the OGP Data Preparation Program.. The Data Preparation Program
will develop a complete list of generating units by reading the binary
Generation Model and/or additional input data to the Data Preparation
Program. Any characteristics that were not uniquely defined will then be
assigned values from standard tables which the user inputs to the Data
Preparation Program. The user will subsequently have the option of further
overriding the chat'acteristics of the thermal units through input to the OGP
Generation Planning Program.
Each of the generating units on the system must be assigned to one of the
ten unit types ava:Llable in OGP. Types 1 through 6 are used to model thermal
units, Type 7 is used to model conventional hydro, and Types 8 through 10 are
used to model energy storage. Some of the thermal types have been given
features that make them suj.table for modeling specific types of generation.
This is described 1.n more detail in Section 2 of the Descriptive Handbook and
is summarized in Table 4-1.
4-1
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TABLE 4-1
UNIT TYPE DESIGNATIONS IN OGP
Unit Type No. Generation Category
Types 1-6
Type 7
Types 8-10
Thermal units
Type 1 is recommended for nuclear units
Type 2 is reserved for fossil units subject to lumping by pool
Type 3 is reserved for gas turbines subject to lumping by
company
Type 4 is free type
Type 5 is free type (possible second type of nuclear unit)
Type 6 is free type (possible second type of nuclear unit)
Conventional hydro
Energy storage
PROGR..\M INPUT/OUTPUT
The input requirements of the .GNMD6 Generation Model Program (see Figure
4-1) are as follows:
1. jData is supplied in the form of NAMELIST data. The NAMELIST name is
INPUT. The program requires one set of general data and sets of
genera':.ing unit data. The generating unit data sets contain data that
describe the units to be included on the Generation Model or the changes
to be made to the existing Generation Model. There is no limit to the
number of sets of generating unit data. However, the maximum number of
generating units defined per set is 25. File 15 is assigned to the input
data fileo
2. If the user is modifying an existing Generation Model,
Generation Model binary file is also required as input.
assigned to the input Generation Model.
the existing
File 01 is
The output capabilities of the .GNMD6 Generation Model Program (see Figure
4·-1) are as follows:
1. File 02 is the binary Generation Model which defines the generating units
and their characteristics. This binar•y Gene:r•ation Model will become input
to the Data Preparation Program.
2. Report 06 is the bulk output.. It is usually printed on a high-speed
printer and is a formatted listing of all the generating units and their
characteristics as defined by the user's input. If the user is modifying
an existing Generation Model, both the original model and the modified
model are printed. System abort messages and all programmed error
messages are written to Report 06.
Report 07 is summary output. It is usually printed via a terminal or'
CRT. It is a list of NAM~LIST data sets that were successfully read by
the program. Report 07 provides the user with verification of the
successful execution of a run.
4-2
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(Optional)
Existing Binary
Generation Model
File 01
Generation Model Program
.GNMD6
Binary
Generation Model
for OGP
File 02
Report 06
Bulk Output
Input Data
File 15
Report 07
Summary
Figure 4-1. File Structure for the Generation Model Program (.GNMD6)
PROGRAM OPTIONS
The Generation Model Program can be used to create a Generation Model from
scratch or to modify an existing Generation Model. If a Generation Model is
being created from scratch, the program will perform the following sequence:
a. Read the general data (card image input)
b. Read a set of data describing generating units (card image input)
c. Write a record on the binary Generation Model file
d. Repeat Steps b and c until a set of input data contains the variable
KMORE=l, indicating that it is the last NAMELIST data set
e. End the Generation Model file; rewind the file
f. Read and print all of the records on the Generation Model file
g. End
If the Generation Model Program is being used to modify an existing
Generation Model, the pr·•ogram will read the existing binary Generation Model
file, read the data changes from the card image input file, and write a new~
updated binary Generation Model file. The original binary file will not be
altered. To modify an existing Generation Model, the program will execute the
following steps:
a. Read the general data (card image input)
b. Read one record from the binary Generation Model file
c. Print the record
4-3
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PROGRAM OPTIONS (Continued)
d. If the current record is to be modified (as indicated by the NREAD
variable in the last NAMELLST data set that had been read), read the next
set of NAMELIST data (card image input)
e. Write the modified record on the new binary Generation Model file
f. Repeat Steps b through e until all of the records have been processed
g. If new records are to be added (as indicated by MANUAL=l, in the general
data), read the NAMELIST data set(~) (card image input) and write
additional record(s) on the new binary file. (Each NAMELIST data set read
will become a new record.) Data for the last new record to be added must
contain the variable KMORE=l,
h. End the new Generation Model file; rewind the new file
i. Read and print all of the records on the new file
j. End
GENERATION MODEL PROGRAM INPUT DAfA
This section defines the actual NAMELIST variables used to input data to
the Generation Model Program. As shown below, the data required depends on
whether the Generation Model is being created from scratch or whether an
existing one is being modified. The NAMELIST data sets must be in the order
shown below for the two options. The order of the variables within a data set
is irrelevant. However, when an existing Generation Model is being modified,
the records containing units to be changed must be modified in the same
sequence as they appear on the existing Generation Model.
1. Create the Generation Model from scratch.
• General Data
• NAMELIST data sets describing the generating units
- A maximum of 25 units may be included per set
-Last set must contain KMORE=l,
2. Read the existing Generation Model and create a new Gene~ation Model.
• General Data
• Sets of override data (optional)
• Sets of data describing additional generating units (optional)
- A ~aximum of 25 units may be included per set
-Last set must contain KMORE=l,
NOTE: Unless otherwise stated, the default value for all input data is zero.
4-4
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GENERAL DATA
Six lines of information, which can include the user's name, address, user
ID, mailing instructions, etc., can be supplied immediately before the $INPUT
of the general data.. These six lines will print as a header page at the
beginning of the bulk output. (Do not use a colon as one of the characters.)
A maximum of 60 characters per line is allowable.
$INPUT
IDl = 60H
ID2 = 60H
or
IDl = '
ID2 = '
------------------------------------~--------------------
----------------------------------------~----------------
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Two lines of identification.
Maximum of 60 characters per line.
NEW =
NREAD = ---·-'
MANUAL =
M7 = ____ $
Option describing type of Generation Model to create.
0 = Modify an oxistiP~ Generation Model.
1 = Create a Generation Model from scratch,
First Generation Model record to be modified.
Omit if NEW=l.
Option to add additional records when modifying an
existing Generation Model.
0 = No new records will be added.
1 = Generating unit data for new reqords will be
supplied.
Omit if NEW=l.
Option tc receive count of NAMELIST data records read
by program.
0 = Omit.
7 = Print NAMELIS~ record count on Report 07.
(Recommended Method: Always input M7=7$.)
4-5
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CREATING A GENERATION MODEl FROI\t1 SCRATCH
The NAMELIST input variables on the following three pages are used to
input unit char3.cteristics to the Generation Model Program when creating a
Generation Model from scratch. The Generation Model is stored in records
containing a maximum of 25 units each. There is no limit to the number of
records that can be stored on a Generation Model. Each NAMELIST data set,
which includes everything from a $INPUT to the closing $, describes the units
to be included on one record; therefore, each NAMELIST data set can describe a
maximum of 25 units.
The following notes pertain to the generating unit data input described on
the following pages:
a. All cost data must be relative to the year in which costs are quoted,
i.e., value of NYCOST, input data to Data Preparation Program of OGP.
b. Certain data is mandatory as indicated on the following pages. Remaining
data that is not input defaults to zero, and the OGP Data Preparation
Program will assign a value from the standard tables that were input by
the user.
c. If the user desires a value of zero to be assigned to a certain variable,
a -1 must be input to inhibit the Data Preparation Program from assigning
a value from the standard tables o This will alert the Data Preparation
Program to store a zero. Data of this type is preceded by **·
The NAMELIST input variables on the following pages have been grouped
according to the unit types to which they refer. The number in parentheses is
the dimension of the variable. All of ~.he variables have at least one
dimension of 25, corresponding to the 25 unit8 that can appear on a Generation
Model record. Some variables have a second di1.1ension when more than one value
can be input fo~ each unito Unless otherwise stated, all input data defaults
to zero.
4-6
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CREATING A GENERATION MODEl FROM SCRATCH (Continued)
Following i.s the general format of a NAMELIST data set for cr•eating a
C~neration Model from scratch:
$INPUT
IDl =
ID2=
NEW= ____ ,
M7 = ____ $
$INPUT
IMAX = ____ ,
Unit Data
KMORE = 0$
$INPU'r
IMAX = ----'
Unit Data
KHORE = 0$
$INPUT
.IMAX = ----'
Unit Data
KMORE = 1$
Each NAMELIST data set must begin with $INPUT and end with
a closing $.
See General Data, page 4-5.
Beginning of the next NAMELIST input data set.
Number of generating units being described by this data set.
IMAX < 25.
Generating unit data describing the units tQ be included on
the first record of the Generation Model.
0 = More sets of generating unit data will be supplied.
1 = Current set is the last set of data.
Generating unit data describing the units to be included on
the second record of the Generation Model.
Generating unit data describing the units to be included on
the third record of the Generation Model.
This format continues until all of the units to be included 011 the
Generation Model have been described. Tbe last data set will end with
KMORE=l$, informing the program that no additional data is to be read.
4-7
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GENERAT!NG UNIT DA1A
Mandatory Input for all Units (Types 1-lOl
NAMEDB( 2, 25)
INSTDB( 25)
KINDB( 25)
KCODB( 25)
OPCTDB( 25)
Ik.>llerith station identification, 12 characters per name ..
Year of installation-1900 (2 or 3 digits).
e.g., 85 if installed in 1985.
Type of unit.
Mar'datory -
2 = Fossil, subject to lumping.
3 = GT, subject to lumping.
7 = Conventional hydro.
8,9,10 = Energy storage.
Suggested -
1 = First nuclear t~rpe.
5,6 =Second nuclear type.
~,5,6 = Fossil, combined cycle, etc.
Company index in pool list.
May omit if only one company in pool.
(Order of pool list is set by Load Model.)
Percent owned by company.
e.gs, 25 if 25% owned.
0 defaults to 100% owned~
May omit if zero.
Ma~~ory Input for Thermal Units (!Ypes l-6)
CAPDB( 25) Maximum net output of unit, ~w.
Mandatory Input for Conventional Hydro (7Ype 7)
ENGYDB ( 12, 25)
. GMAXDB(l2, 25)
GMINDB(l2,25)
Monthly energy, GWh (not MWh).
Monthly maximum output, MW.
Monthly minimum output, MW.
Mandatory Input for Energy Sto~~ge (TYpes 8-10)
GENES(l2,25)
PONDES(l2,25)
Monthly generator rating, MW.
Replaces CAPDB that was used in OGP"!!5.
Monthly storage, MWh.
Replaces HRDB that was used in OGP-5.
4-8
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GENERATING UNIT DATA (Continued)
Mandatory Input for Energy Storage (Types 8-10) (Continued)
PUMPES(l2,25) Monthly pump rating, MW.
Replaces POWlDB that was used in OGP-5 •
Optional_Input for all Units (Types 1-10)
** DK"WDB( 25)
KRETDB(25)
MINTDB(25)
MRETDB(25)
Plant cost, $/kW •
Year of retirement (4 digits).
e.g., 1995.
Month of installation.
ecg., 5 if installed in May.
Omit if installed in Janua1:-y.
Month of retirement •
e.g., 5 if retired at beginning of May.
Omit if retired at beginning of January.
Option.al Input for The.rmal Units (Types 1-6)
** FMAXDB ( 25) Fuel input at maximum ratings MBtu/hr.
If FMAXDB < 1. 0, program will interpret the valae as per
unit and the actual value used will b~ computed as
FMAXDB*~eat Rate*MW*O.OOl.
ff* FMINDB( 25) Fuel input at minimtm rating, MBtu/hr.
HRDB(25)
l?MAXDB( 25)
If FMINDB < 1. 0, program will interpret the value as per
unit and the actual value used will be computed as
FMINDB*Heat Rate*MW*O.OOl.
Net stat.ion heat rate, Btu/i<:Wh.
Production cost Fating, ~i.
Omit if same as GAPDB.
If P~..AXDB < 1. 0, program will interpret the
unit ar:d the actual value used will be
PMAXDB* CAPDB .•
value as pet'•
computed as
~* PMINDB( 25) --MW output at minimum rating.
NOTE:
If PMINDB < 1 ~ 0, program will interpret the value as per
unit and t.h~ actual value used will be computed as
PMINDB~(Production cost rating).
If the user qesires a value of zero to be assigned to a certain variable,
a -1 must be ;i..np~:b to inhibit the Data Preparation Program from assigning
a valu~ fr:oom the standard tab+es. This will alert the Data Preparation
Pr•ogram to storf'~ a zero~ Data of this type is preceded by **.
4-9
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GENERATING UNIT DATA (Continued)
_Optional Input for Thermal Units (Types 1-6) {Continued)
KPLDB(25)
INORDB(25)
** FORDB(25)
** PORDB(25)
** MPATDB(25)
KFIDB(25)
KFTDB(25)
MRDB(25)
** OMDB( 25)
** OMVDB(25)
Plant index.
Assigns individual units to plants.
Maximum value = 100.
Original installation year of stretch units (4 digits).
e.g., 1980.
Mature forced outage rate, P.U.
Mature planned outage rate, P.U.
Manual maintenance pattern (Maximum value = 25).
(Manual maint~~nance patterns are defined in Data Prep
input.)
Fuel cost inflation pattern (Maximum value = 20).
(Fuel cost inflation patterns are defined by the Data Prep
input.)
Fuel type ID (Maximum value= 20).
(Fuel types are defined by the Data Prep input.)
Minimum uptime rule.
Rule -1 Must run unit.
Rule 1 If commit ted, must r•un all week.
Rule 2 If committed for weekqay, must run for all weekdays.
If committed for weekend, must run all weekend.
Rule 3 If committed, must run all hours in commitment zone.
Fixed O&M, $/kW/yr.
Variable O&M.
$/hr/MW or $/MWh.
(See NDVOM variable in Generation Planning input.)
Optional Input for Nuclear Units (Types 1 and 5 or 6)
FUBCDB(5, 25) Nuclear fuel burn-up costs, sd/MBtu ..
Must supply all 5 data entries if this variable is used.
FUICDB( 5t 25) Nuclear fuel inventory costs, $/kW/yr.
Must supply all 5 data entries if this variable is used.
NOTE: If the user desires a value of zero to be assigned to a certain variable,
a -1 must be input to inhibit the Data Preparation Program from assigning
a value from the standard tablesG This will alert the Data Preparation
Program to store a zero. Dat~ of this type is preceded by **·
4-10
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GENERATING UNIT DATA (Continued)
Q£tional Input for Non-Nuclear Thermal Units (!Ypes 1-6)
CMBTU(25) Fuel cost, ~/MBtu.
Replaces FPCTDB and F CDB that we1•e usnd ~n OGP-5.
Optional Environmental Input, OGP-6A, for Thermal Units (Types 1-6)
** ELIMDB(25) Energy limit override of ELIMIT input in Data Prep.
0 = No limit.
> 0 and ~ 1.0 = Capacity factor limit.
< 1.0 = Actual MWh limit.
** HREJDB(25) Heat rejection into atmosphere, p .. u.
Override of HREJ (Data Prep input).
1.0 -HREJDB rejected into water~
** PREFDB(25) Precipitator efficiency, p.u.
** SOffi.IDB( 25) Sulfur removal, p .• u.
** CFWCDB(2,25) Water consumption coefficients.
(1) = gals/hre
(2) = gals/MWh.
** CFCODB(3,25) Carbon monoxide coefficients ..
(1) = lbs/hr.
(2) = lbs/MWh.
(3) = scalar.
** CFNODB(3,25) Nitrogen oxide coefficients.
(1) = lbs/hr.
( 2) = lbs/MWh.
(3) = scalar.
** CFPTDB(3,25) Particulate coefficientse
(1) = lbs/hr.
(2) = lbs/MWh.
(3) = scalar.
NOTE: If the user desires a value of zero to be assigned to a certain variable,
a -1 must be input to inhibit the Data Preparation Program from assigning
a value from the standard tables. This will alert the Data Preparation
Program to store a zero. Data of this type is preceded by **·
4-11
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MODIFYING AN EXISTING GENERATION MODEL
In addition to being used to create a Generation Model from scratch, the
Generation Model Program can be used to modify an existing Generation Model by
overriding characteristics of units on the Generation Model, and by including
additional units on the Generation Model. The NAMELIST input variables used
are the variables used to create a Generation Model from scratch and are
listed on pages 4-8 through 4-11.
When modifying the characteristics of units on an existing Generation
Model, the variable NREAD indicates the record on the existing Generation
Model to be modified by the next NAMELIST input data set. Because the program
reads in a record from the existing Generation Model, makes the necessary
changes to it, and writes it on the new Generation Model (refer to the steps
listed on page 4-3), the records must be modified in the same order as they
appear on the existing Generation Model. Within a record, specific units are
referred to by their position among the 25 possible units. This position
number (from 1 to 25) is the subscript used to indicate that a certain change
applies to a certain unit. Examples of data entries if the unit to be
modified is the 5th unit in the record follow:
Single subscript
Double subscript
CAPDB(5)=1000,
FUBCDB(l,5)=5*130,
NAMEDB(l,5):1 FLAT STATION',
If a record on the existing Generation Model contains less than the
maximum of 25 units, additional units can be appended to that record by
setting, in the override data f'or that record, IMAX equal to the new total
number of units to be included on that recordp and by inputting the necessary
unit characteristics. If IMAX=O, the entire record will be ignored and will
not be included on the new Generation Model.
To add records to an existing Generation Model, the variable MANUAL=l,
must appear in the general data. The NAMELIST input data sets describing the
additional units will appear in the data f'ile after the overrides to the
existing units.
The following is the general format of the NAMELIST input data file,
consisting of several data sets, used to make changes to an existing
Generation Model.
$INPUT
IDl =
ID2=
Each NAMELIST data set must begin with $INPUT and end with a
closing $.
See General Data, page 4-5.
4-12
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J\iODIFYINC .. ~N EXISTING GENERATION MODEL (Continued)
NEW=
NH.EAD = ____ ,
MANUAL = ----'
l-17 =
$INPUT
----
Override Data
$
NREAD = $
$INPUT
Override Data
Nii:EAD = $
$INPUT
Override Data
NREAD = 0$
$INPUT
IMA:X. =
New Unit Data
See General Data, page 4-5.
Points to the Generation Model record to be modified
by the next data set.
0 = No new records will be added.
1 = Generating unit data for new records will be
supplied.
See General Data, page 4-5.
Beginning of the next NAMELIST input data set.
Data containing changes to be made to generating units
on the record pointed to by the value of NREAD from
above ..
Generation Model record to be modified by the next
NAMELIST input data set.
Data containing changes to be made to generating units
on the record pointed to by the last value of NREAD
that was read in.
Generation Model record to be codified by the next
NAMELIST input data set.
Data containing changes to be made to generating units
on the record pointed to by the last value of NREAD
that was read in.
Indicates the end of overrides to units on the
existing Generation Model •
Number of generating units being described by this
data set.
Generating unit data describing the units to be
included on the first new record to be added to the
Generation Model.
4-13
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MODIFYING AN EXISTING GENERATION MODEL (Continued)
KMORE = ~
$INPUT
IMA.X =
New Unit Data
KMORE = 1$
0 = More sets of generating unit data will be supplied.
1 = Current set is the last set of data.
Generating unit data describing the units to be
included on the next new record to be added to the
Generation Model.
4-14
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JOB SETUP
Listed below is a typical input file for the Generation Model Program. An
explanation of the function of specific lines in this file is found on page
2-16 of this manual.
100 BCR NEW GENERATION MODEL;SIZE(l,xx)
110 BRU *
120 BEN
l30fJ/INOR..ll1
140$:PROGRAM:RLHS
150$:LIMITS:02,25K,,lOK
160$:PRMFL:H*,E,R,AQ53093/.GNMD6
170$:PRMFL:Ol,R,S,AQ43xxx/ORIGINAL GENERATION MODEL
180$:PRMFL:02,W,S,AQ43xxx/NEW GENERATION MODEL
190$:DATA:15
20Q$:REMOTE:06
210$:REMOTE:07
220 Name
230 Address
240 City, State, Zip
250 Additional Mailing
260 Information
270 User ID
300 $INPUT
•
Data
" 1000 Last input must end with $
NOTE: If permanent space in Background had been created previously,
DELETE
100 BCR NEW GENERATION MODEL;SIZE(l,xx)
If the Generation Model is to be created from scratch,
DELETE
170$:PRMFL:Ol,R,S,AQ43xxx/ORIGINAL GENERATION MODEL
4-15
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SAMPLE DATA FilES
The following pages show data files used to cr~~ate a Generation Model from
scratch and to modify an existing Generation Model.. The following comments
apply to the specific files:
CREATE GENERATION MODEL FROM SCRATCH
1. The new Gener~tion Model is called tl-1FILE1.. This file is created by line
100 and written to by line 170e
2. The general data is on lines 300 through 3-40o
3. The first record of the Generation Model, d(:!scribed by lines 350 through
470 1 will contain 15 units.
4. The second record, described by lines 480 through 610, will contain three
units.
4-16
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LIST GMFILEl
GMFILE1 15:50EST 04/07/83
100 BCR GMFILE1;SIZE<1,200)
110 BRU *
120 BEN
130 ttNORM
140 $:PROGRAM:RLHS
150 t:LIMITS:02,25K,,10K
160 S:PRMFL:H*rE,RPAG43093/,GNMD6
170 $tPRHFL:02,w,s,AG43005/GMFILE1
180 f:IIATA: 15
190 f:REMOTE:06
200 .$:REMOTE: 07
210 SIX liNES OF USER NAME, ADDRESS,
220 PHONE NUMBER, HARK III USER ID 230
240 TYPE OF MAIL SERVICE 250
260 NOTE -DO NOT USE CHARACTER COLDN 300 $INPUT
310 ID1='GMFILE1'r
320 ID2='CREATE GENERATION MODEL FROM SCRATCH',
330 NEW=lr
340 M7=7$
350 $INPUT
360 IMAX=15r
370 NAMEDB=
380 'SEASHORE 01SEASHORE 02HARBOR 01LINCOLN 01STATESIDE 01',
390 'HARBOR-BT 01HARBOR-GT 02RIVERSIDE 01RIVERSIDE 02NORTH SIDE01',
400 'BLUE LAKE 01MIDLINE OlMIDLINE 02FRONTIER 01BAY VIEW Ol'r
410 KINDB=2*1' 3*2' 4*3' 2*4' 2*5' 2*6'
420 KCODB=15*1'
430 INSTDB=70,78,48,50r75,60,65,75,a2,56r67,52r73,58,ao,
440 CAPDB=2*960,135,250,750,50,2*100,150r300r400,300,400,170r550r
450 HRDB<3>=12000,
460 FDRDB=.15r
470 KMDRE=O$
480 $INPUT
490 IMAX=3,
500 NAMEDB=
510 'CONV.HYD OlCONV.HYD 020TTER PSH ',
520 INSTDB=50,65,7S,
530 KINDB=2*7'8'
540 KCOIIB=3*1,
550 GMINDB=3*30r6*40,3*20t12*10,
560 GMAXDB=3*50'6*60'3*50, 12*100,
570 ENGYDB=3*32'6*38r3*28, 12*60,
580 GENES(1,3)=12*300,
590 PUMPES<1,3>=12*320,
600 PONDESC1r3)=12*2400,
610 KMORE=1$
REAIIY
4-17
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MODIFY AN EXISTING GENERATION MODEL
1. The existing Generation Model is called GMFILEl, read in by line 170.
2. The new Generation Model is called GMFILE2. This file is created by
line 100 and written to by line 180.
3. NREAD=l, (line 330) says that the next set of NAMELIST input data
(lines 360 through 380) applies to record 1·.
~. MANUAL=l, (line 340) informs the program that data will be supplied
for new records to be added to the Generation Modele
5. Line 37·0 overrides the installation year of the ninth unit in record
1.
6. Lines 390 through 410 apply to the second record on the existing
Generation Model (because NREAD=.2, in line 380).
7. Lines 420 through 480 contain characteristics of the unit to be
included on the new record to be appended to the existing Generation
Model.
l~-18
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LIST GMFILE2
GMFILE2 15:51EST 04/07/83
100 BCR GMF!LE2;SIZE<1,200)
110 BRU *
120 BEN
.130 ttNORM
140 s:PROGRAM:RLHS
150 s:LIHI!Sl02,25K,,lOK
160 $:PRMFLlH*'E'R,AG43093/.GNMD6
170 s:PRMFL:01,R,SrAG43005/GHFILE1
180 t:PRMFL:02rW,S,A943005/GHFILE2
190 s:I•ATAl15
200 s:REMOTE:06
210 s:REHOTE:07
220 SIX LINES OF USER NAMEr ADDRESS,
230 PHONE NUMBER' HARK III USER ID
240
250 TYPE OF HAIL SERVICE
260
270 NOTE -DO NOT USE CHARACTER COLON
300 $INF'UT
310 ID1='GHFILE2''
320 ID2='MODIFY EXISTING GENERATION MODEL'r
330 NREAD=1r
340 HANUAL=1,
350 H7=7$
360 $INPUT
370 INSTDBC9)=84,
380 NREAD=2$
390 $INPUT
400 PUMPES(1,3>=12*325r
410 NREAit=O$
420 $INPUT
430 IMAX=1r
440 NAMEDB=12HCOAL 87 '
450 KINDB=2, CAPDB=400r
460 I NSTitB=B7,
470 HRDB=lOOOOr
480 KMORE=1.$
READY
4-19
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SAMPLE OUTPUT
late a Generation Model from Scratch
The following pages contain the output from a run of the -Generation Model
Program (.GNMD6), using the data file on page 4-17, to create a Generation
Model from scratch.
The bulk output (Report 06) begins with a heading page containing the
information that was on lines 210 through 260 of the data file. This is
followed by a listing of the NAMELIST input data that was useJ. The units
stored on the Generation Model and their characteristics, as theY were input,
are then listed. The units are grouped according to records with a maximum of
25 units to a record.
Page 4-28 is the summary output (Report 07) that can be received via the
terminal if M7=7 was in the NAJ.~ELIST input file. It lists the NAMELIST data
records that were read. If any errors occurred during the run, the error
messages toJould also print on this page •
4-20
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Ul'W I L.t:.l
Cl~l! ATE GENE':RA 1' I ON I'IOflf::L FROI·1 SC'RA 'fCH
~•~••~w•~~~~•••••**'*****~**~*****~•••ww~c•~•-¥•#•t••
"''" ""'"~·~ ~"' "" .~·Jx:r. * "'"' "~,,..,, .~ * ><'J """"' :o" ~-*"'' "' ~"' *"'"''"~.:~·• *"'·•~: .. :~·•: t:o:
** *"' ** COP'fHIGHT 19?' 1 t GFNI:RAL El E'C:TRI C CONP1\I'IY "'* *"' • llN11fll) Pl•!(~t":l'tl\11 f'l 1131 I SHt'n (tl'fl '( iN J'-L I 11 I 'I I'::D , **
:!<:!: 1,;1,11• '(I (I "Gill Sl· fJ~il·, 1\tlb ALL R Jl.:lil I :i I I NGI J 11.•1 1-113 ~('«
·~ THADE S~:cw:; r HtnHTS, AI~E HF ::;I;[~'JEI). '* >.<:t "'*
~•••w~t•******'**'************•~••, ~•:o;Pw•~•T*"'*****>~*
*"'**"~~·······~··············'**'kt••·~~·f···········
I MAILING LABEL-SEE SECTION 2 FOR INSTRUCTIONS. I
••~***************************&**************'***~*****••r•~******9**1******~1~••~~*******
******~**************~~***•*****$******#******~****'**~••••~•****~**********•trxw1•*******
** **
** **
** *"'
** **
** **
** MAIL OUTPUT TO *·"' ** "'* •• Jl(ll(
** **
** SIX Ll NES OF USER NA1'1E, J!\001\ESS I ** ** Jllll<
·~· PHONE NUMBER, 11ARI<. Ill USER iD **
:ttlk **
li!JI: TYPE OF MAIL SERVICE ** ** *•
** NOTE -DO NOT USE CH£1RAGTER COLON **
** >i<lOt
** **
** **
** ** *"' **
** ** ** **
***************************************•***********************************t~tT***"'*******
**********ll:****'**lOt***********'********~···········~·-~·•t•••·~···~··,··~····~~··········¥
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GENERAL ELECTRIC COMPANY, EUSED GENERATION MODEL rROGRAM ,GNMD6 V6,20
PROGRAM TO CREATE OR MOD I FY AN OGP t::JENERAT I ON 110DEL.
GMFILE1
CREATE GENERATION MODEL FROM SCRATCH
Ll S II NG OF INPOI OAIA
1 SIX LINES OF USER NAME, ADDRESS,
2 PHONE NUMBER, MARK Ill USER ID
3 TYPE OF MAIL SERVICE
q I'IU It:. -uu t'IIJ I U~E. -C:HARACTE.R C:OLON
5 SINPUT
6 ID1='Gr-1FILE1' I
7 ID2='CREATE GENERATION MODEL FROM SCRATCH',
ts Nt:.W= I I
9 M7=7S
10 $INPUT
11 IMAX=15,
IC::: '"" ·~~~'" 13 'SEASHORE OJ SEASHORE 02HARBOR OJ LINCOLN OlSTATESJ DE 01 ',
14 'HARBOR-GT OIHARBOR-GT 02RIVERSIDE 01RIVERSIDE 02NORTH SIDEOl',
15 'BLUE LAKE OIMIDLINE 01MIDLINE 02FRONTIER OIBAY VIEW 01. J 1-16 KINDB=2xl, 3i2, 4x3, 2:~~4, 2:~~5, 2:~~6,
17 KCODB=15*1,
18 INSTDB=70,78 1 48,50,75,60,65,75,82,~6,67,52,73,58,80,
19 CAPDB=2*960, 135,250,750,50,2•100,150,300,400,300,400,170,550,
c:::u NI'<Ut) I ;.j J -' I C:::UUIJ 1
21 FORDB=. 15,
22 KMORE=O$
23 SINPUT
24 IMAX=:J 1
25 NAME DB=
26 'CONV.HYD 01CONV.HYD 020TTER PSH
27 INSTDB=50,65,78,
~~ Kl riUI::)=C:::ll:/1 ~.
29 KCODB=3•1,
30 GMINDB=3*30,6*40,3*20,12~10,
31 GMAXDB=3*50,6*60,3*50, 12"'100,
;s;;,:: l:.rll;ilUI::)~;sx;s;,:, o* <Hl, "'"' i:!~, 1 ~"' 60,
33 GENESt1,3J=J2•300,
34 PUMPESC1,3l=12•320,
35 PONDES<1,3J=l2*2400,
06 KMORt:.=l$
I CRFATE GENERATION MODEL FROM SCRATCB l
------· .
r ~-r' . .. ---, 0---..,
'-· ~~·; ...... "" ....... ,. ~~-IJ '-~,--4 "'-~~ ..
....
----...__ ~ -
PAGE 1
JOB NUMBER tOOOKT
05/31/83 14. 159
00000210
00000220
00000240
UUliUI.I:.:!ou I GENERAL DATA J 00000300
00000310
00000320
00000330 ---
00000340
OOOD0350
00000360
u0CI00370
0000(1380 DATA FOR UNITS
00000390 ON RECORD 1 00000400 oOooolfTO
00000420
00000430
00000440
UUliVllLt :>U
00001)460
00000470
00000480
ooCJ0L•'49o
00000500 DATA FOR UNITS
00000510 00 RECORD 2 00000520
ooool•o3o
00000540
00000550
00000560
001iUl1::170
00000580
00000590
00000600
UUliUI.Iti 1 U
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GENERAL ELF.CTRIC COMPANY, EUSED GENERATION MODEL PROGRAM .GNMD6 V6,20
PfiOGRAM TO CREATE OR MOD I FY AN OGP 13ENERA T I ON 110DEL
GMFILEl
CREATE GENERATION MODEL FROM SCRATCH
RECoRDS WRITTEN 10 NEw GENERA110N MOOEL
c p RATING **** FUEL ***'* T 0 L HT RATE MW/P,U. 0 + M OUTAGE T I
T ~ DIU/ r..wN \ t.:AI-') IF I XED J I'I:A 1 E Y N COST
p I INSTL RETIRE PCT (FMAXl CPMAXJ <VARIBJ <PORl P F C/ S/KW/
ID STATION NAME E D T YEAR MO YEAR MO OWN CFMINl (PMINl S/KW/YR CFORJ E L MBTU YEAR
} -~ro-•~"-UJ l l u lO U u u u. u. !:lt>U,U u. u. 0 u u. u,
o. o. o. o. 150 o. o. o. o. o. 0, 0,
o. o.
o. o.
2 SEASHORE_ 02 1 1 0 78 0 0 0 o. o. 960,0 o. o. 0 0 o. o. o. o. o. o. o. o.
u. u. u. u. o.
o. o.
o. o.
3 .. ~ .. ~~ .. Ul Z ~ 0 46 u 0 u {j, 12UOO, 135.0 o. o. 0 0 o. o. o. o. o. o. o. o.
4 LINCOLN 01 2 1 0 50 0 0 0 o_. o. 2!50.0 o. o. 0 0 o.
o. o. o. o. o. o. o.
5 STATESIDE 01 2 1 0 75 0 0 0 .o. o. 750.0 o. o. 0 0 o. o. o. o. o.
o. o. o.
6 HARBOR-GT 01 3 1 0 60 0 0 0 o. o. !50.0 o. o. 0 0 o.
c. 0. o. o.
0. o. o.
7 HARBCJR~GT 02 3 i 0 6!5 0 0 0 o. 0. ioo.o o. o. 0 0 o.
o. 0. o. o. o. o. o.
8 RIVERSIDE 01 3 1 0 75 0 0 0 0. 0. 100.() o. o. 0 0 o. o. o. o. o. o. o. o. I INFORMATION WRITTEN ON NEW GENERA'l'~ON MODEL I
-.. ----· . -= .. -· -. ---·· ~ -~ -·
\
d
PAGE 2
JOB NUMBER
05/31/83
'i
J
1000KT
i4. 159
,,..,
1
uCOEFFI Ct ENTSu
CARBON MC'INCJXIDE
LIM I T S HI:.A 1 REJ N I I t<UI.:il::l'f OX I DE
( ENGY) S02 REM_. PART! CULATE
CFUELl PREC EFF WATER CONSUM
u. u. u. o. u.
o. o. o. o. o. o. o. o. o.
o. o.
0. 0. o. o. o. o. o. o. o. o.
u. 0, o. o.
0, o.
o. o. o. o. o. o. o. o. o. o. o. o. 0 . o. o. o. .
o. o. o. 0. o. o. o. o. o. o. o. 0. 0. o.
o. o.
o. o. o. o. o.
0. o. 0. o. o.
0. o. 0, o.
o . 0.
o. o. o. o. o.
o. 0. 0, o. o.
0. o. o. o.
o . 0.
0. o. o. o. o.
o. 0. o. 0, o. o. o. o. 1).
o. o.
o. o. o. 0. o. o. o. o. o. o.
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GENERAL ELECTRIC COMPANY, EUSED GENERATION MODEL PROGRAM .GNMD6 V6.20
PROGRAM TO CREATE OR MODIFY AN OGP GENERATION MODEL
GMFILEl
CREATE GENERATION MODEL FROM SCRATCH
WKI I lt.N 10 Nt.W ·-• ·-· , I I ON MUUt.L
c p RATING uc:u• FUEL * * * *
T 0 L HT RATE MW/P,U. 0 + M OUTAGE T I
T A t:IIU/1\WN \\,;1\t"} \1"11\t:.UI t'(Ait:. ~ ~ ~~;:; 1
$/lf,W/ p I N INSTL RETIRE PCT CFMAXl \PMAXl CVARIBl !PORI
10 STATION NAME E D T YEAR 110 YEAR MO OWN ( FM IN l CPMINJ $/KW/YR !FOR! E L MBTU YE/11R
~ r-.avc.n;;:,luc. u2 3 I (:} 82 0 0 0 0. o. 1:!50. 0 o. o. 0 0 o. -
o. -o. o. 0,
o. o. o.
10 Nr.JRTH SlDEOl 4 1 0 56 0 0 0 0. o. 300.0 o. o. 0 0 o. o. o. o. o.
0, o. o. -·
11 BLUE LAKE 01 4 1 0 67 0 0 0 o. 0, 4.00.0 o. o. 0 0 o. o. o. o. o.
v. JJ, u,
12 MIDLINE 01 5 1 0 52 0 0 0 o. o. 300.0 o. o. 0 0 o.
U, u. u. u.
o. o. o.
lOS MIULINt. Ui:! "::> I u lOS U u u u. u. .quu.u u. u. u 0 IQ,
o .• o. o. 0 ..
o. o. o. ..
0 .J, 14 FRONTIER 01 6 1 0 518 0 0 0 o. o. 170.0 o. o. o· 101 o. = o. o. 0. 0.
ii: o. o. o.
I
:I
Ill ; 15 BAY VIEW 011 6 1 0 80 0 0 0 o. o. 550,0 0. o. 0 ~;) o.
> o. o. o. o. .,
~ u. u. u. ..
,.. .. _:,. -·~·
"'t-
LIMl 1..-
CENGYl
CFUELl
u.
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0. o.
o.
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0.
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o.
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'liillliiilll!f ~ ~-~
PAGE 3
JOB NUMBER 1000KT
05/31/83 14. 159
uCOEFFICIENTSU
CARBON MONOXIDE
Ht.l\ I t<I:,J N I I t'(UI.:H::.l'! Ul\ I Ui:.
502 REM. PARTICULATE
PREC EFF WATER CONSUM
u. o. 0,
o. o. 0.
0. o. o.
(), o.
o. o. o. o. o. o.
o. o. o.
o. o.
o. o. o. o. o. o. o. o. o.
0. o .
o. o. o.
u. u. u.
o. o. o. o. o.
o. o. 0.
o. o. 0. o. ~~. o.
0,, o.
o. IJ • o.
0. ((), o. o. ID .• 0,
1,1,, u.
o. 10. 0.
o. 10 • 0.
u. 11.1. u.
0. o .
~ ****•~••n*********•*********************a* END OF OUTPUT' RECCJRCI 1 **~*n**~~·*~**•****•**'***•*~*********~***
A
t 1 CONV.HYD 01 7 1 50 0 0 0 o. o(
Jl. 110NTHLY MIN. = 3(1. 30. 30. 40, 4". 40. 40. 40. 40. 20. 201.
I'ILII'f I FlCY MAX. = 50. 50 .. 5o. so. 60. so. -60. 60. 60. 50. 501. ( 110NTIIIL Y ENERGY : 3~L 32. 32, 38 .. 38. 38. 3B. 38 38. 28. 281.
:;;
I . . ·-~----------------
, .. ,.,-~ ,<--·' <-"' -, ,--. -~~"1 ,.-~ ~.-""!; .-·--_....., r -·~ ,. -·~"'1 l -1 '11 " ---~-_,__j.. '--·-·-~J \,.., _ _j l ·---' '--·-.... ...1 .__ ___ ..... . .._ .... " ___ _....., .__ __ ...... -.... "" ..;
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GENERAL ELECTRIC COMPANY, EUSED GENERATION MODEL PROGRAM ,GNMD6 V6.20
PROGR.I\M TO CREATE OR MOD I FY AN OGP GENERATION 110DEL
GMFI LEI
CREATE GENERATiON MODEL FROM SCRATCH
,._
~.-. Bill lJII Ylll .......... ,..-
PAGE 4
JOB NUMBER
05/31/83
--...t. ~
1000KT
t 4. 1 !59
'li'lliiiiiiii ·~
RECOROS WRI liEN 10 NEw GENERAtiON MoDEL
c p RATING *lit** FUEL ***"' 1UCOEFFI Cl ENTSu
T 0 L HT RATE MW/P,U. 0 + M OUTAGE T I CARBON MONOXIDE
T ~ o 1 wr.wn ~~~~~) II" I J\l:oU I I~A I t::o ~ ~ ~~~I $/!(W/ L I f'll I o::> Nl:o/~ I t<t::o.J N I I K\JUtN Ul\ I Ut
p I INSTL RETIR~ PCT CFMAXl {VARIBl (PORl (ENGYl S02 REM. PARTICULATE
ID STATION NAME E D T YEAR MO YEAR MO 0\.JN CFMINl CPMINl ~S/KW/YR CFORl E L MBTU YEAR CFUELl PREC EFF WATER CCJNSUM
<! GONV, HYU U<! f 1 oo u u u u.
MONTHLY MIN. " 10. 1 o. to. 1 o. 1 o. 10. to. 10. 1 o. 10. 1 o. 1 o.
MONTHLY MAX. .. 100. tOO. 1'00. 100. 100. 100. 100, too. 100. 100. 100, 1 oo.
MONTHLY ENERGY = 60. 60. 60, 60. 60. ao. 60. 60. 60, 60, 60. 60.
3 OTTER PSH e 1 78 0 0 0 o.
MONTHLY GEN. Jl 300. 300. 300. 300. 300. 300. 300, 300. 300. 3\00. 300. 300.
MONTHLY PUMP • 320. 320. 320. 320. 320. 320. 320. 320. 320. 320. 320 . 320.
f'IUNINI..T t::oNtKuT -i::."'UU. i::."'IJU. i::."lUU, 2400, 2400. 2400. 2400. 24(10. <:!4UU. 2400. 24(.1U, 2400.
lltll'lltlltlltll'll'llt~*·········*llt****~**"'llt~····~······ END OF OUTPUT RECORD 2 *****~***"'"'***~llt&llrllt********"'**********~***
../
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mM)TE TERMINAL OUTPUT
REPORT 07 WILL PRINT IF M7•7 INPUT.
GENERAL ELECTRIC COMPANY, EUSED CE~!ERATION MODEL PROGRAM .GNMD6 v6.20
PROGRAM TO CREATE OR MODIFY AN OGP GENERATION MODEL
JOB NUMBER lOOOKT 05/31/83
roc•ypTGUT 11 .,._, I \. • •• I 1971, '"',...li,.. c:·.,. I tj--!•l .......... \ -EL,..rTRTr !:. W I • ..a. \.J'
NAMEL!ST DATA Rr::-.roc•r, .~w 4\.._ 1 HAS BEEN F~EAD
Nt~MELISi DATA I<:• C' ;-' 0 F' [! , H?~s :BEEN F~E?1D . , ...... .._. \. .-
NAMELIST fiAT A F:E:COF~D 7 ..... HAS BEEN F~EAD
****** END OF NAMELIST DATA CHECKING ******
EtiD OF NAMELIS!-DA,;.t WILL BE PRINTED 'I
IF 00 FATAL DATA ERRORS OCCURRED. _, __ ___,
• • 1 " I I A. T I A .... , .... II J., T A H" ' I,... or,,...,... ~~ F' .-. 0'"' r: c,... C' 'rl f.::...._ 1-1., ....... ::•Lt:. ,fi I I"!Y:::. J::-t:.:::.:~ i\ !,.,.,_,_,.:::: .........
INDICATES PROGRAM EXEaJTED NORMALLY .f
4-26
I PROGRAM WILL CIIECK ALL Nlii!ELIST DATA J 1 FOR ERRORS PRIOR ro EXECUTION •
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SAMPLE OUTPUT (Continued)
SAMPLE OUTPUT FROM A RUN TO MODIFY AN EXISTING GENERATION 1\tODEl
The following pages contain the bulk output from a run of the Generation
Model Program ( .. GNMD6) using the data file on page 4-19, to modify an existing
Generation Model.
Unlike the case where the Generation Model was created from scratch, this
output includes two listings of units: the first is the existing Generation
Model as it was read in; the second is the new Generation Model with all of
the changes and additions that were specified by the NAMELIST input data.
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PROGRA11 TO CREATE OR MODIFY AN OGP GENERATION 110DEL PAGE 1
GMF I LE2 JOB NUMBER 1 025K T
MODIFY EXISTING GENERATION MODEL 05/31/83 14.263
CISIING OF INPUt DAtA
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JOB NUMBER 1025KT
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MODIFY EXISTING GENERATION MODEL 05/31/83 14.263
KI:.I.;UtWS READ FKUI"l UK I u I NAL GENI:.KA I I Ul'l ~10DEL
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p l N lNSTL RETl RE PCT ( FMAX) ( PMA>O ( VAR I B) ( POR) P F C/ $/KW/ (ENG'() S02 REM, PART I CULATE
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GMFlLE2 JOB NUMBER 1 02!5KT
MODIFY EXISTING GENERATION MODEL 05/31/83 14.263
RECIJRDs READ FRoM ORIGINAL GEI'IERAT I ON f1oOEL
c p RATING ***·* FUEL **** UCCIEFFI Cl ENTSU
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I 14 FRClNTI ER 01 6 1 0 56 0 0 0 o. o. 170.0 o. 0. 0 0 0 . o. o. o. o. o. .. • o. o . o. o. o. 0. o. o. o. ... 0. o. o. o. o. o. o. 0.
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PROGRAM TO CREATE OR MOO I FY AN OGP 13ENERAT I ON 110DEL
GMF'ILE2
MODIFY EXIST:NG GENERATION MODEL
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PAGE 4
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05/31/83
102~KT
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PROGRAM TO CREATE OR MODIFY AN OGP 13ENERATION 110DEL
PAGE !5
JOB NUMBER 1025KT
GMFILE2 MODIFY EXISTING GENERATION MODEL
05/31/83 14.263
REcORDS ADDEO To ORIGIAAL GENERATioN MODEL
c p RATING **** FUC:L llllUlk
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p I N INSTL RETIRE PCT tFMAX) (PMAX) !VARlB) !PORl P F C/ S/KW/ CENGYl S02 REM. PART! CUI.ATE
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I -coAL CJ7 ~ 1 0 -87 0 ·o o o. roooo, 400.0 o. o. 0 0 o. o. o. o. l:r. ·o.
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PROGRAM TO CREATE OR MOD I FY AN OGP GENERATION 110DEL PAGE 6
GMFILE2 JOB NUMBER 1025KT
MODIFY EXISTING GENERATION MODEL 05/31/83 14.263
RECORDS wRI1 lEN 10 NEw GENERAf!ON MoDEL
c p RATING **** FUEL *•** UCOEFFI Cl ENTS**
T 0 1-HT RATE MW/P.U. 0 + M OUTAGE T I CARBON MONOXIDE
~ ~ lj I U/1\WH llJAP) ( F I XED) RA IE Y N COSt LIMitS HEAl REJ Nl IROGEN 01\JUi:.
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iD STATION NAME E D T YEAR MO YEAR MO OWN (FMlN> CPMlN) $/KW/YR CFORl E L MBTU YEAR CFUELl PREC EFF WATER CONSUM
l ~t.A~HORE 01 1 I U IU U u u u. u. ::!bU,U u. u, I) U u. u. u. u. u. u. u. o. o. 0. o. 150 0. o. 0. o. o. o. 0. o. o. o. 0. o. o. o. o. o.
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PROGRAM TO CREATE OR MODIFY AN OGP GENERATION MODEL
PAGE 7 GMFILE2
MODIFY EXISTING GENERATION MODEL JOB NUMBER 1 02!5KT 05/31/83 14.263
RECORDS wRI liEN 10 NEw I I I 01'1 I"IUUC.L.
c p RATING •t*'llll' FUEL •••• **COEFFICIENTS•• T Cl L HT RATE MW/P,U. 0 • M OUTAGE ,. I CJ).RBON MONOX I DE A 1:11 U/ I'.WI1 {\.if\t"J ( F I /\C.U 1 I<A IE y"N COS! LtMIIS HEAl REJ Nl I ROGEN U/\ I Ut:.. p I N INSTL RETIRE PCT CFMAX) CPMAX> CVARI E\l (POR) P F C/ $/KW/ CENGY> SCI2 REM, PARTICULATE ID STATION NAME E D T YEAR MO YEAR MO OWN CFMINJ CPMIN> $/KW/YR CFOR> E L MBTU YEAR CFUELl PREC E:FF HATER CONSUM
::1 KIVt:..K~IUt:.. Uc _, I u ""' u u u u. a. 150.0 o. o. 0 0 c. a. o. o. o. o. o. o. o. 0. o. o. o. o. o. o. o. o. o. o. 0. o. o. o. 10 NORTH SIDE01 4 1 0 56 0 0 0 o. o. 300.0 o. o. 0 0 o. o. o. o. o. o. o. o. o. 0. o. o. 0. o. o. o. o. o. o. o. o. o. u. u. 11 BLUE LAKE 01 4 1 0 6'7 0 0 0 o. o. 400.0 o. 0. 0 0 o. o. 0. o. 0, o. o. o. o. o. o. o. o. o. o. o. o. a. o. o . o. cr.--~')-'
o. o. 12 NIDLINE 01 5 1 0 52 0 0 0 o. o. 300.0 o. o. 0 0 o . o. o. o. o. o. u. u. u. u. u. u. u. U, u. o. o. o. o. o. o. o. o. o. -T3 Ml ULI Nt:.. u~ ::::o I u I:.J U u u u. u. 4UU,U u. u. u u U, u. u. u. u. u. o. o. 0. o. o. o. o. 0, o. o. o. o. 0. o. 0, o . 0, o.
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= I CONV.HYD 01 7 1 50 0 0 0 0. IC
A MONTHLY MIN. = 30. :30, 30. 40. 40. 40. 40. 40. 40. 20. 20. 20. ~ MUI'IHiL'r I'IP./\. = 50. 50. 50. so. 60, GO, so. 60. 60. 5o. :50. :20. MONTHLY ENERGY = 32. 32. 32. 38. 38, 38. 38. 38, 38, 28. 28. 28.
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PAGE 8
JOB NUMBER 1025KT
05/31/-63 14.263
RECORDS WRI tiEN tO NEW GENERATION MODEL
c p RATING **** FUEL **** UCOEFFICIENTS*::t
T t1 L HT RATE MW/P.U. 0 + M OUTAGE T I CARBON MONOXIDE
y A BTU/KWH lCAP) lFIXEDl KATE: Y N cOst LIMI rs HEAT ·REJ NITRUGEI'I OXIDE
p I N INSTL RETIRE PCT CFMAXl ( PMAX l C VAR I B) C POR l P F C/ S/KW/ CENGYl 502 REM. PARTICULATE
10 STATION NAME E 0 T YEAR MO YEAR MO OWN CFMIN) CPMINl $/KW/YR !FORI E L MBTU YEAR CFUELl PREC EFF WATER CONSUM
~ I,;UfiiV,HYU Uc f 1 1;)0 0 0 u u.
MONTHLY MIN. • 10, 1 o. 1 o. 1 o. 10. 1 o. 10, 1 o. 10. 1 o. 10. 10.
MONTHLY MAX. = 100. 100, 100. 100. 100. 100. 100. 100. 100. too, 100, 100.
MONTHLY ENERGY = 60, 60. 60. 60. 60, 60. 60. 60. 60. '30. 60. so.
3 OTTER PSH 8 1 78 0 0 0 o.
MONTHLY GEN. • 300. 300. 300, 300. 300. 300, 300. 300, 300, 300. 300. 300
MONTHLY PUMP ,. 325. 325. 325. 325. 325. 325, 325. 325. 325. 325. 323. 325.
l"lUN I HI.. Y t:.Nt:.KlH : 2'100. 2400. 2406. 24oo. 2400. 24oo. 2400, 2400. 2400. 2400. 2400. 2400.
****************************************** END OF OUTPUT R8CORD 2 ******************************************
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GENERAL ELECTRIC COMPANY, EUSED GENERATION MODEL PROGRAM .GNMD6 V6.20
PROGRAM TO CREATE OR MODIFY AN OGP t:JENERATI ON MODEL
1-·
PAGE 8
GMFILE2 JOB NUMBER 102!SKT
MODIFY EXISTING GENERATION MODEL 0513t/83 t4.263
nc.~,;vKIJS WR I rn::N TO NEW eENERAT I ON MODEL
c p RATING **** FUEL **lll* u COEFF I C I ENTS u
T 0 L HT RATE MW/P.U. 0 + M OUTAGE T I CARBON MONOXIDE
"( A t:i I U/II.WH \~At"J \t-IXEDI RATE Y N COST LIMITS H~EJ NlTROGEN OXIDE
p I N !NSTL RETIRE PCT <FMAX> <PMAXl (VARIB) (POR) P F C/ $/KW/ (ENGY> S02 REM. PARTICULATE
ID STATION NAME E 0 T YEAR MO YEAR MO OWN <FMIN> CPMIN> $/KW/YR !FOR> E L MBTU YEAR (FUELl PREC EFF HAlER CONSUM
2 CONV.HYD 02 7 1 6~ 0 0 0 o.
MONTHLY MIN. • 10. 1 o. 1 o. 10. 10. 1 o. 1 o. 1 o.' 1 o. 1 o. 10. 10.
MONTHLY MAX. "' 100. 100. 100. 100. 100. too. 100. too. 100, too. too. 100.
f'10NTHL Y ENERGY :: 60, 60. 60. 60. 60. 60. 60. 60. 60. 60. 60. 60.
3 OTTER PSH 8 1 78 0 0 0 o.
MONTHLY GEN. • 300, 300. 300 . 300, 300. 300. 300. 300. 300. 300. 300. ::mo.
1-lONTHL Y PU~IP .. 325. 325. 325. 325 . 325. 325. 325, 325, 325. 325. 325. 325.
I"IIJI'II HL T l:.l'lt.KlH : i::"'UU. 2400. 2400. 2400. 2400. 2400. 2400, 2400. 2400. 2400. 2400. 2400,
~~**************************************** END OF OUTPUT RECORD 2 ************$**~*****~·•******************
1 COAL 87 2 1 0 87 0 0 0 o. 10000, 400.0 o. o. 0 0 o. o. o. o. o. o. o. o. o. o. 0. o. o. o. o. o. 0, 0, o. o. o. o. o. o.
$**************~************************** END OF OUTPUT REC~RD 3 *********************W********************
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OGP INPUT DATA
Section index
INTRODUCTION • • • It • • • • e • • • • • • • • • • • • • • • • • • .. .
CHANGING INPUT DATA IN OGP-6 • • • • • • a • • • • • • • • • • • • • •
NAMELIST INPUT • • • • • • • • • • • • • • • • • • • • • • • . . " • •
DATA PREPARATION PROGRAM • • • • • • • • e G e e • 0 • • 0 • 0 . .. . ')
Alphabetic Listing of Input Variables 0 • • • • • • • • • • • • •
Annual Pool Peaks .. • • • • • • • • • • .. • • • • • • • • • • • •
Available Automatic Thermal Units • • • • • • • • • • • • • • • •
Available Automatic Energy Storage Units • • • • • .. • • • • • • •
Design Criteria Options • • • • • o • • • • ~ • • • • • • • • • •
Environmental Data (OGP-6A only) •••••••••••••••••
Energy Storage Data .. • • • • • • • • • • • • • • • • • • • • • •
Fixed Charge Rates • • ~ • • • • • • • • • • • • • • • • • • • • •
Forced Outage Rates • • • .. • • • • • • • • • • • • • • .. • • • •
Fuel and Energy Limits (OGP-6A only) .............. ..
Fuel Type Data and Costs • • • • • • • • • • • • • • • • • • • • •
General Data • • • • • • • • • • • c .. • • • • • • • •. • • ., .. a •
Generation Model Overrides and Manual Installations • • • • • • •
Generation TYpe Data • • • • • • • • o • • • • • • • • • • • o • •
Manual Maintenance • • • • • .. • • • • • • • • • • • • • • • • • •
Operation and Maintenance (O&M) Costs ••••••••••••••
Output Options • • • • • • • • • • • • • • • • o • • • • • • • • •
Planned Outage Rates • • • • • • .. o • • • • • • • • • • • • ~ • •
Plant and Region Identification • • • • • • • • • • • • • .. • • •
Plant Costs • • • • • • • • • • • • • • • • • • • • • • • • • • •
Retirement Policy • • • • • • • • • • • • •
Thermal Characteristics • • • • .. • • • • •
Thermal Unit Size Data • • • • • • • • • • •
• • • m • • •
• • • • • • •
• • • • • • •
• • • g
• • • •
• • • •
GENERATION PLANNING PROGRAM • • • • • • • • • • • • • • • • • • • .. ~
Alphabetic Listing of Input Variables • • • • • • • • • • • • • •
Commitment and Dispatch Weighting Factors (OGP-6 only) ••••••
Design Criteria • p • • • • • • • • • • • • • • • • • • • • • • •
Economic Overbuilding • • • • • ., • • • • • • • • • • • .. • • • •
Environmental Weighting Factors (OGP-6A only) ••••••••••
Firm Contracts, Purchases and Sales •••••••••••••••
General Data • • • • • • .. • • o • • • • • • • • • • • • • • • • •
Hydro and Energy Storage Calculations • • • • • • • • • • • • • •
Load Forecast Uncertainty • • • • • • • • • • • • • • • • • • • •
Maintenance Scheduling • • • • • • • • • • • • • • • • • • • • • •
Optimization • • • • • • • • • • • • • • • • • • • • • • • • • .. •
5-i
-··-,~"¥~-··---~.--. .. -.,..,~~~·._~~--._,__._._ ...... ~·..-..-.~·'"'""'"'."'"'-'""··~·~----_..,.
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PAGE
5-l
5-l
5-8
5-11
5-12
5-53
5-17
5-19
5-52
5-45
5-16
5-25
5-38
5-48
5-28
5-13
5-55
5-14
5-40
5-33
5-54
5-39
5-43
5-20
5-37
5-42
5-15
5-61
5-62
5-69
5-78
5-82
5-70
5-76
5-63
5-74
5-81
5-67
5-79
OGP INPUT DATA
Section Index (Continued)
Outage Rate Immaturity Multipliers • • • • • • • • • • • " • • • •
Output Options • • • • • • • • • • • • • • • • • • • • • • • • • •
Override Data • • u • • • • • • • e • • • • • • • • • • • • • • •
Program Options • • • • • • • • • • • • • • • • • • • • • • • • •
Retirement of Automatic Units • • • • • • • • • • • • • • • • • •
Spinning Reserve • • • • • .. • • • • • •
Thermal Unit Commitment and Dispatch • •
Trim Logic • • • • • • • • • • • • • .. .
5-ii
• • • • • • • • • • • • •
• • • . . . . . . . ~ . .
" . • • • • • • • • • .. fl
PAGE
5-65
5-86
5-89
5-84
5-83
5-64
5-68
5-81
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INTRODUCTION
The Optimized Generation Planning (OGP) Program consists of two linked
segments--the Data Preparation (DP) Program and the Generation Planning (GP)
Program. Because of increased core storage requirements~ certain capabilities
are available only in a separate version of OGP designated as OGP-6A.
Descriptions of the specific input items required for OGP-6A begin on pages
5-45 and 5-70.
The general data input to the Data Preparation Program is used in setting
up the standard tables which describe the six thermal types of units,
conventional hydro units, and the three types of energy storage. Also,
included are tables for plant, operation and maintenance (O&M) and fuel costs,
inflation patterns, planned and forced outage rates, heat rates, m~n~mum
loading points, and environmental data. These standard table characteristics
are then assigned to the individual units by type.
If a unit has unique characteristics with respect to other units of its
type, it is possible to override the values calculated from the standard
tables. This is done through use of the NREAD statement and the override
variables described on page 5-55. The units being modified are referenced by
their position within the Generation Model recorqs. NREAD identifies the next
record to be modified. Since the records are modified as they are read, it is
necessary to modify them sequentially •
It is also possible to override data annually at the Generation Planning
level through use of the IYREAD statement. IYREAD is set equal to the next
year for which override data is to be read, and specific units are identified
by their position in the master list of thermal units, which is printed at the
end of the Data Preparation output and again at the beginning of the
Generation Planning output. An overridden variable retains its new value
until it is overridden again. The list on page 5-62 indicates which
Generation Planning input variables may be overridden, and page 5-92 describes
the variables used to override values that had been assigned by the Data
Preparation Program.
CHANGING INPUT DATA IN OGP-6
Most of the data input to OGP can be overridden by the user at several
points in the OGP process. This flexibility provides the user with the means
to model the system in more detail and also simplifies the running of
parametric sensitivities. To ensure that the data is being modified
correctly: caution must be exercised.
The characteristics of the individual units initially can be input in
either of two ways:
1. On an individual unit basis in the Generation Model.
2. Through the standard tables input by unit type in the Data
Preparation Program; characteristics not input in the Generation
Model are assigned a value from the Data Preparation standard tables.
5-1
•
CHANGING INPUT DATA IN OGP-6 (Continued)
This data on the ind:i.v:idyg,l, unit characteri~t:i.cs oan then be overridden
either through use of the Generation Model overrides of the Data Preparation
Program or through input to the Generation Planning Program in OGP.
As mcmy of the desired overrides a~ possible should be made in the Data
Preparati..:\1 Program. The two major reasons why this guideline should be
followed are explained below.
1 .•
2.
When overrides are supplied at the Data Preparation level, the units
are referenced by their position within a specific record in the
Generation Model. This position will not change unless a new
Generatign Mggel is used~ ln the Generatign Planning rrogram, units
are indexed by the:i.r lQcatign in a master list of thermal units.
T}lis list can be affected by changes in instaiiation and retirement
dates, unit lumping, and the starting year of the study. Therefores
when changes are made at the Generation Planning level, it is
possible for a unit's position to shift from one run to the next,
causing the overrides to modify the wrong units.
Unit overrides in the Data Preparation Program have an additional
advantage because they change everythiog associated with an
overridden variable, while at the Generation Planning level, only the
particular variable is changed. For example, overriding a unit's
fuel type at the Data Preparation level automatically changes its
fuel cost, fuel inflation pattern, and environmental data assigned by
ruel type. h similar override made at the Generation Planning level
changes only the fuel type that is printed. Tberefore, the user must
also override the necessary associated variables.
Fuel costs input to Data Preparation a:re in t/MBtu, whereas fuel costs
input to Generation Planning are in $/MBtu. Fixed charge rates input to Data
Preparation are in percent; in Generation Planning, they are input in per
unit (p.u.).
Manual maintenance patterns must be input at the Data Preparation level.
They may be overridden as input to Generation Planning, general data or annual
data. Manual maintenance patterns are printed at th~ end of the annual
production cost output. However, the program remembers the maximum number of
patterns defined by input to the Data Preparation Program and will print only
that number of patterns.
Table 5-l is designed to serve as a guide in changing an OGP data file.
It lists the variables used to change given input items and the associated
variables that should also be checked.
NOTE: If cost data is being overridden in the Data P~eparation Program or in
the general aa.ts to the Generation Planning Program, it 1$ input rela-
tive to the year in which costs are quoted (NYCOST). If the costs are
input in annual overrides to Generation Planning, they must be deflated
by one year, because OGP will inflate these costa after .reading them.
5-2
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TABLE 5-l r; . '
ASSOCIATED
ITEM PHOGRJU.1 INPUT VARIABLES PAGE INPUT PAGE
f Fuel Costs DP Std,. Table: FUCOST 5-28 IPATFC 5-29 . '
FUICST 5-29 FUBCPU 5-30 [\ FCOPT 5-28 FUICPU 5-30
PATFC 5--32
Unit: CMBTU 5-57 IYRFC 5-32
.r FUICDB 5-57
FUBCDB 5-57
GP TEMPO 5-91 IFCPAT 5-91 11 FUCOST 5-91 UPFUEL s ... 8s ' '~
.) FUIC 5-91
I, O&M Costs DP Std. Table: OMDKW 5-33 OMMW 5-33
OMDHR 5-33 OMDF 5-33 ' .1 OMHYD 5-35 NDVOM (GP) 5-84
~~ OMVHYD 5-35 PATot-1 5-33
IYROM 5-33
J Unit: OMDB 5-57 PAT HOM 5-35
OMVDB 5-57 IYRHOM 5-35
I~
•J GP O:t-1 5-91
OMV 5-91
IJ OMHYD 5-89
OMVHYD 5-89
1-: Plant Costs DP Std. Table: PLCDKW 5-20 PLCMW 5-20
·. J PLCHYD 5-22 PLCDF 5-20
PL<l10D 5-23 PATPC 5-20
~ IYRPC 5-20
' Unit: DKWDB .5-57 PATHPC 5-22
IYRHPC 5-22
·~ FIXCHG 5-25
·' HYDFCR 5-27
GP CAP COS 5-91
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Unit Rating DP CAPDB 5-56 HRDB 5-56
~ PMINDB 5-56 FMINDB 5-56
FMAXDB 5-56 FMAXDB 5-56
GMINDB 5-57 ENGYDB 5-57 II I GMAXDB 5-57
' .~ 5-3
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CHANGING INPUT 0;\TA IN OGP-6 (Continued)
f~
TABLE 5-l (Continued)
---· -.. _, ......... ··-
ASSOCIATED r·,
ITEM PROGRAM INPUT V ARI.ABLES PAGE INPUT PAGE
GENES 5-57 POI'.TDES 5-.57
PUMPES 5-57 (~i
GP CAP 5-90 FINl 5-90
FOWl 5-90 FIN2 5-90 f"l
POW2 5-90
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Fuel Input DP Std. Table: XHRDB 5-42 XPOWl 5-42
HRES 5-16 XFINl 5-42 4
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Unit: HRDB 5-56 FMINDB 5-56 J"."l ' . ' . '
FMAXDB 5-56 ' '
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GP FIN2 5-90 FINl 5-90 r"' i 1
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Fuel Type DP Std. Table: IFT.AB 5-29
ITFOSS 5-29 fl
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KFTES 5-29 \
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Unit: KF'rDB 5-57 fl
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GP IF TYPE 5-90 BTUNIT 5-90 . ·'
FUCOST 5-91 f' l
FUIC 5-91 ' i
TEMPC 5-91 ~ j
IFCPAT 5-91
UPFUEL 5-85 r ' i ' .
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Unit Type DP KINDB 5-56
GP KIND 5-90 All other inputs \l J
associated with
the unit should
be checked. . j
Outage Rates DP Std. Table: FORMW 5-38 NlMMOR (GP) 5-65
FORATE 5-38 SHKFOR (GP) 5-65 L.
PORMW 5-39 SHKPOR (GP) 5-65
PO RATE 5-39 IMSTYP ( GP) 5-65
DERHYD 5-16 FORSHK (GP) 5-65
PORSHK (GP) 5-65 ':..._ .J
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5-4
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CHANGING INPUT DATA IN OGP-6 (Continued)
ITEM PROGRAM
GP
Manual Main-DP
tenance
GP
Cycling Rules DP
GP
Unit Service DP
Period
GP
..
TABLE 5-l (Continued)
INPUT VARIABLES
Unit:
Unit:
Std. Table:
Unit:
Std. Table:
Unit:
FORDB
PORDB
FOR
POR
IPATRN
MPATDB
IPATRN
MMPAT
MRDB
KCYCLE
MSTRUN
NYRET
INSTDB
MINTDB
INORDB
KRETDB
MRETDB
IYRAUT
5-5
PAGE
5-57
5-57
5-90
5-90
5-40
5-57
5-89
5-90
5-57
5-68
5-90
5-37
5-56
5-56
5-56
5-56
5-56
5-83
ASSOCIATED
INPUT PAGE
Overrides at GP
will be modified
by any applicable
immaturi.ty multi-
pliers.
KZONE 5-68
KBREAK 5-68
KEYCMT 5-69
LCOHIT 5-68
NSICt,1T 5-85
MONAUT 5-79
IVCSUB 5-83
MONRET 5-83
[1
CHANGING INPUT DATA IN OGP-6 (Continued) ·1
TABLE 5-l (Continued)
ASSOCIATED
cl
ITEM PROGRAM INPUT VARIABLES PAGE INPUT PAGE 1 Optimization GP KOPT 5-79 MANFYR (DP) 5-17 Types NOKOPT 5-79 XSIZES (DP) 5-17
KOPOVR 5-82 NNMANY (DP) 5-15 ~1 NNAHED (DP) 5-15
.ESIZEG 5-89
ESIZEP 5-89 rl ESIZES 5-89
FAIL 5-79 ' ~
GRMLTI 5-80 r-1 GRMLTP 5-80 \ l
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Economic GP NYPOVR 5-82 KOPT 5-79 r·i
f ~ Overbuilding KOPOVR 5-82 ' ' L.J PROVER 5-82
LMBSES 5-82 .... -.,
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Environmental DP Std. Table: HREJ 5-45 KPLDB 5-56
Calculations SORM 5-45 IREGN 5-43 f"-:t
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5-44 ' ' PREFF 5-45 KPLANT i l t .. .,.1
SO TAB 5-45 KEYENV 5-45
PCSULF 5-45 HVTAB 5-28 r·l
CFCTAB 5-45 i !
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CFNTAB 5-45 L j
CFPTAB 5-45 r·l CFWTAB 5-45 ' t
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Unit: HREJDB 5-60
SORMDB 5-60 ; )
PREFDB 5-60 i .. j CFCODB 5-60
CFNODB 5-60
CFPTDB 5-60
' l J CFWCDB 5-60
GP COEFCO 5-92 KEYENV 5-84
COEFNO 5-92 KEYQvlT 5-69 t
L. .. J
OOEFPT 5-92 ECOMIT 5 ... 69, 5-70
COEFWC 5-92 EDISP 5-69, 5-72
PRECEF 5-92 B'l'UNIT 5-90 L..' PUHREJ 5-92
PUSORM 5-92
SOCONT 5-92
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CHANGING INPUT DATA IN OGP-6 (Continued)
TABLE 5-l (Continued)
ASSOCIATED
ITEM PROGRAM INPUT V 4.RIABLES PAGE INPUT PAGE
Fuel/Energy DP Std. Table: ELIMIT 5-48 LIMIT 5-48
Limits FLIMIT 5-48 LIMCF 5-48
PUELIM 5-48
PUFLIM 5-48
Unit: ELIMDB 5-60 PUELIM 5-48
PUFLIM 5-48
GP ELIMIT 5··92 LIMIT 5-92
FLIMIT 5-92 LIMCF 5-92
PUELIM 5-92
PUFLIM 5-92
NOTE: If cost data is being overridden in the Data Preparation Program or in
the general data to the Generation Planning Program, it is .input
relative to the year in which costs are quoted (NYCOST). If the costs
are input in annual overrides to Generation Planning, they must be
deflated by one year, because OGP will inflate these costs after
reading them.
5-7
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NAMELIST INPUT
When a READ statement refers to a NAMELIST ~:~ame, the designated input
device is readied by the system and input of data oan begin.
The program searches the first input data record for a $, immediately
followed by the NAMELIS T name and a comma, equal sign, or one or more blank
characters. If the search fails, additional records are examined
consflcutively until a successful match or end-of-file is encountered.
When the NP~ELIST name on a data record and the NAMELIST name referred to
in a READ statement are successfully matched, data items are read and placed
into storage until the end of a data set is encountered. The end of a data
set is indicated by a $.
Data may be keyed in columns 1 through 72.
ignore data in columns 73-80. The computer system will
Data items must be separated by commas, i.e., each piece of data
(including the last piece) must be followed by a comma.
'l'o indicate the end of a data set, use $, instead of a comma, following
the last data item in the set.
CAUTION: Do not indicate the end of a data set by entering a single $ in
column 1 or 2. The software will interpret a single $ in column 1
or 2 as a control card. This may cause the program to loop until
the processor limits are exhausted.
Summarizing~ a set of NAMELIST data must begin with $ and the NAMELIST
name and must end lvith a $.
The NAMELIST name used in OGP programs is INPUT.
The. following is a set of data:
CAUTION:
$INPUT
ID1=9HTEST CASE,
NTOTAL=l,
CAPDB~l00,500,
M3D=7$
The following combinations will cause an invalid word to be stored:
=-,
blank,
' '
e.g., NTOTAL=,l,
e.g., NTOTAL=l ,
e.g., CAPDB:l00,1 $00
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NAMELIST INPUT (Continued)
However, leading blanks are valid:
NTOTAL= 1,
CAPDB= 100, 500,
Data item2 may take one of the follovdng formats:
lo
2.
Constants
Integer NTOTAL=lO,
NTOTAL,lO,
NTOTAL = 10,
(The maximum number of digits allowed is ten.)
Real FAIL=l, or FAIL=l.O,
BIG=lOOOOO, or BIG=lOOOOO.O,
or BIG:l+.S, or BIG=l.OES,
SMALL;;~007, or SMALL=7.0E-3,
(The maximum number of digits allowed is eight before and eight after
the decimal point.)
Arrays or lists
Each data item must be followed by a comma.
CAPDB=l000,1250,1300,
An asterisk may be used to indicate repeated data.
CAPDB=3*1000,
If data does not fit on a line, con~~nue the data on the next line.
Do not straddle data between two lines.
The software may or may not detect an error if the number of data
entries exc~eds a variable's dimensione
PCTCAP is dimensioned PCTCAP(6)
PCTCAP=.25,.25,0,.25,.25,.20,.20,
PCTCAP=2* ... 25, 0 , 2* • 25, 2* • 20,
Matrices
MATRIX is dimensioned MATRIX(5,2)
MATRIX=500,750,3*0,200,400,
or
MATRIX=500,750,MATRIX(6):200,400
(Error not detected)
(Error detected)
or
MATRIX(l,l)=5C0,750,MATRIX(l,2)=200,400,
5-9
NAMELIST INPUT (Continued)
4. Hollerith or Alphabetic
Hollerith data is indicated by XXH followed by data and a comma.
XX is the count of Hollerith characters supplied in each line.
Each word in core storage is six characters long.
Quotation marks may be used before and after data to replace XXH.
IDl is dimensioned IDl (10)
A maximum of 60 characters m.ay be used to define data
associated with IDl. (10 words, 6 characters each)
ID1=60HREFERENCE CASE (54 spaces)
or
ID1:14HREFERENCE CASE,
or
IDl='REFERENCE CASE',
NAMEDB is dimensioned NAMEDB(2,25)
Two consecutive words, i.e., 12 characters are assigned to each
of 25 units.
To define the names of two units beginning with unit six:
NAMEDB(l, 6):24HNORTH SIDE SOUTH SIDE '
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' The EDit SEQuence command will prefix a line number and one blank space ; )
before each line of data.
Subsequently, when a Foreground file is sent to Background for execution,
the Interface will strip the line number and one blank space, if one exists.
Foreground File
200 $ :DATA: 15
210 $INPUT
220 NTOTAL=l,
200$:DATA:l5
210 $INPUT
220 NTOTAL=l,
After stripping line number and
one blank space, if one exists
$ appears in column 1
$INPUT starts in column 2
NTOTAL starts in column 2
$ appears in column 1
$INPUT starts in column 1
NTOTAL starts in column 1
Both examples listed above are valid because, after stripping, the
following will occur:
1.
2.
The $ associated with the control car•d appears in column 1, as
required.
The current software allows NAMELIST data to be entered in
columns 1-72.
5-10
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DATA PREPARATION PROGRA"'t
For the Data Preparation Program, the following order of input data must
be observed:
1. General data.
2. Override Generation Model data (optional). At this time, any
characteristics not described in the Generation Model can also be
input •
3.
If this data is supplied, NREAD=X must be input in the general
data, where X = the first Generation Model record to be modified.
Manual additions (optional).
If this data is supplied, MANUAL=l must be included in the general
data.
[ Unless otherwise stated, all values have been initialized to 0.
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5-11
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DATA PREPARATION PROGRAM
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ALPHABETIC LISTING OF INPUT VARIABLES r1
j
Variable Page Variable Page Variable Page rl -
CAPDB 5-56 HYDFCR 5-27 NSTART 5-13 !
CAPMIN 5-15 IDl 5-13 NTOTAL 5-13 CEFFES 5-16 ID2 5-13 NUCBRK 5-30 f"l CEFFY 5-16 IDTONE 5-14 NUCSTP 5-30 CFCODB 5-60 IDTYPE 5-14 NUMSIZ 5-17 CFCTAB 5-45 IF TAB 5-29 NY COST 5-13 f'l CFNODB 5-60 TivlAX 5-55 NYPWTH 5-13 CFN'rAB 5-45 INSTDB 5-56 NYRET 5-37 CFPTAB 5-45 INORDB 5-56 OMDB 5-57 CFPTDB 5-60 IPATFC 5-29 OMDF 5-33 CFWCDB 5-60 IPATRN 5-40 OMDHR 5-33 CFWTAB 5-45 IF NAME 5-43 OMDKW 5-33 CMBTU 5-57 IREGN 5-43 OMHYD 5-35 r l. DERHYD 5-16 IRNAME 5-44 OMMW 5-33 DKWDB 5-57 ITFOSS 5-29 OHVDB 5-57 ELIMDB 5-60 IYRFC 5-32 OMVHYD 5-35 , .. l
r i ELIMIT 5-48 IYRHOM 5-35 OPCTDB 5-56 ENGYDB 5-57 IYRHPC 5-22 PATFC 5-32 ESIZEG 5-19 IYROM 5-33 FATHOM 5-35 r··1, ESIZEP 5-19 IYRPC 5-20 PATHPC 5-22 f ESIZES 5-19 KCODB 5-56 PATOM 5-33 ; I EQVMAX 5-15 KEYENV 5-45 PATPC 5-20 FCDB 5-57 KFIDB 5-57 PCSULF 5-45 r \ FCOPT 5-28 KFTDB 5-57 PLCDF 5-20 j
\ ) FIXCHG 5-25 KFTES 5-29 PLCDKW 5-20 FLIMIT 5-48 KINDB 5-56 PLCHYD 5-22 .. 1 FMAXDB 5-56 KMORE 5-55 PLCMOD 5-23 FMINDB 5-56 KPLANT 5-44 PLCMW 5-20 FORATE 5-38 KPLDB 5-56 PMAXDB 5-56 FORDB 5-57 KPRINT 5-54 PML~DB 5-56 FORMW .5-38 KRETDB 5-56 PONDES 5-57 L ' FPCTDB 5-57 KTTYPE 5-14 POOLMW 5-53 FUBCDB 5-57 LIMCF 5-48 PO RATE 5-39 FUBCPU 5-30 LIMIT 5-48 PORDB 5-57 ·, J l FUCOST 5-28 LPRINT 5-54 PORMW 5-39 l FUICDB 5-57 M3D 5-54 PRF.FDB 5-60 FUICPU 5-30 MANFYR 5-17 PREFF 5-45 I FUICST 5-29 MANUAL 5-13, 5-55 PUELIM 5-48 \. J GENES 5-57 MINTDB 5-56 PUFLIM 5-48 GMAXDB 5-57 MLOUT 5-54 PUMPES 5-57 GMINDB 5-57 MONPR 5-52 SORM 5-45 LJ GMOUT 5-54 MPATDB 5-57 SORMDB 5-60 GTIMES 5-15 MRDB 5--57 SO TAB 5-45 HRDB 5-56 MRETDB 5-56 STEP 5-52 HREJ 5-45 NAMEDB 5-55 XFINl 5-42 HRES 5 ... ~.6 NMFUEL 5-28 XHRDB 5-42 HREJDB 5--60 NNAHED 5-15, 5-8o, 5-89 XPOWl 5-42 HVTAB 5-28 NNMANY 5-15, 5-80, 5-89 XSIZES 5-17 NREAD 5-13, 5-55
.5-12
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GENERAL DATA
Optional--6 lines available for User Name, Address, User Id and Mailing
Instructions (Maximum of 60 charact.ers per line).
$INPUT
IDl = 60H
ID2 = 60H
or
IDl = '
ID2 = '
NSTART =
NTOTAL =
NYCOST =
NYPWTH =
NREAD =
MANUAL =
----------~------------------------~----------·------------' ------------------------------------------------------------'
' -------------------------------------------------------------'
------'
-----'
-----'
' '
Hollerith identification of case, line 1 and line 2.
IDl < 60 characters.
ID2 < 60 characters.
First year to study.
Four digits, e.g., 1985.
Number of years in expansion study.
NTOTAL < 30.
Year in which costs are quoted.
Four digits, e.g., 1982.
All costs input must be relative to NYCOST.
Year of reference for present worth.
Four digits, e.g., 1982~
Option to override data read from Generation Model,
or read in additional Generation Model data.
0 = Omit.
X = Points to first generation model record
to be modified.
Option to add units manually.
0 = Omit.
1 = Manual addition data will be supplied.
!,}..,.; NOTE: Unless otherwise stated, all values have been initializ~d to 0.
Where inflation rates are used:
Cost in Year (N) = [Cost in Year (N-1)]
\~ *[Inflation Multiplier in Year (N)]
5-13
J
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GENERATION TYPE DATA
IDTYPE( 2, 10)
IDTONE(lO)
KTTYPE( 6)
IDTYPE = 48H
' 48H
,
12H
'
Hollerith identification of thermal, conven-
tional hydro, and energy storage types.
12 characters for each type.
Hollerith identification of thermal,
conventional hydro, and energy storage types.
6 characters for each type.
Code to tag thermal types.
Used by program to determine unit sizes for
automatic addition.
-1 = Nuclear (May tag maximum of 2 thermal
types as nuclear. First nuclear is
Type 1, second may be Type 5 or 6).
0 = Base load fossil.
1 = Intermediate (Mid-Range, Peaking Steam,
Combined Cycle).
2 =Peaking (Gas Turbine).
Default Default
NUCLEAR IDTONE = 48H NUCL.
FOSSIL FOSSIL
GAS TURBINE G., T.
MID-RANGE MRANGE
CONV. HYDRO HYDRO
PU~1PED HYDRO , PSH
ENERGY ST0-2 12H ES-2
ENERGY ST0-3 , ES-3
Default
KTTYPE = ' -1
' 0
2
' 1
, -1
' 1
5-14
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THERMAl UNIT SIZE DATA
CAPMIN = -----'
EQVMAX = -----'
GTIMES = -----'
NNMANY : -----'
NNAHED = -----
Smallest unit size, in MW, of Unit !Ype 2 to
consider. Units smaller than this .size will be lumped
into equivalent units:
Type 2 units added manually will not be lumped4
If omitted, program will compute:
CAPMIN:Pool Peak*0.0036.
To inhibit lumping of units, input
CAPMIN=O.l,
Unit size, in MW, of lumped fossil units.
If omitted, program will compute:
EQVMAX=Pool Peak*O.Ol2.
Multiplier used to determine size of lumped gas
turbines (Unit Type 3) to retrieve from Generation
Modele Lumping is done by company.
Type 3 units added manually will not be lumped.
Gas turbine lump size=GTIMES*STEP,
Initialized to 4.0.
To inhibit lumping of gas turbines, input GTIMES=O,
Unit size guide (nuclear and base fossil only).
Add NNMANY units in NNAHED years.
Unit size guide (nuclear and base fossil only).
Add NNMANY units in NNAHED years.
5-15
I
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ENERGY STORAGE DATA
CEF'FY = , -----
CEFFES(l2,3)
I -Lstorage Type
!__Month
DERHYD( 4)
HRES( 3)
CEFFES(l ,1) =
' ,
'
'
'
'
'
'
'
DERHYD =
----'
----'
\' )
Overall efficiency of energy storage plants
(p.u.) (if same for all 3 types).
Initialized to 0.7.
Qycle efficiency of energy storage, by
month ( p • u. ) •
If zero, default is CEFFY.
Deration multiplier and reliability calculations,
for
(1) -Conventional Hydro.
Initialized to O.gg.
(2-4) -Energy Storage.
Initialized to DERHYD(l).
Applies to pump, generator, and pond.
Full load heat rate, Btu/kWh.
Energy storage types.
Use only for energy storage types such as
compressed air storage.
CEFFES(l, 2) = ' CEFFES (1 7 3) -
' ----'
----'
' ----'
' ----'
' ----'
. . . _, ----'
' --~-'
'
' ----'
' ----'
HRES =
----'
----'
5-16
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AVAILABLE AUTOMATIC THERMAL UNITS
XSIZES(lO,t_
L.:=Type
Size Index
MANFYR(l0,6) I l Type
Year Index
I
NUMSIZ( 6)
XSIZES(l,l) = ----'
----' ____ , ____ ,
-=----' ____ ,
----' XSIZES(l,2) = ----'
·----' ____ ,
----' ____ ,
----' ____ ,
----'
----' . ----~
XSIZES(1,3) = ----'
-------' ____ , ____ , ____ ,
----' ____ ,
----' ----'
Lists of unit sizes, by type 1 to be considered
for automatic addition in order to meet system
reliability index or percent reserve goal.
Within each type, unit sizes should be entered in
ascending order.
Lists of earliest service years associated
with XSIZES matrix. Within each type, the years
must be in ascending order.
Option to allow more than 10 sizes per type.
Sum of entries must equal 60.
Initialized to NUMSIZ = 6*10,
e.g.' NUMSIZ = 12,8,ll*lO,
XSIZES (1,1) = Type 1
XSIZES (3,2) = Type 2
XSIZES (1,3) = Type 3
XSIZES (1,4) = Type 4
XSIZES (1,5) = Type 5
XSIZES (1, 6) = Type 6
MANFYR(l,l) = ----'
----' ----'
----' ----'
----' ____ ,
----'
MANFYR(l,2) = ----'
'
'
'
'
' MANFYR(l,3) = '
'
'
'
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5-17
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AVAILABLE AUTOMATIC THERlvtAL UNITS (Continued)
XSIZES(1,4) = , MANFYR(l, 4) = ,
J , ,
' J ,
' ' ' ' ' _, ,
' ,
' ' ' XSIZES(l, 5) = , MANFYR(l, 5) = ' ' ' ' ' ' ,
' ' ' ,
' , , ,
' ' ' ll XSIZES(l, 6) = ' MANFYR(l, 6) = l'
' ' ' ' ,
' ' ' ' ' ' ' ' '
' ' '
NUMSIZ = , ,
,
'
' ,
5-18
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AVAILABLE AUTOMATIC ENERGY STORAGE UNITS
ESIZEG( 3)
ESIZEP( 3)
ESIZES(3)
ESIZEG =
Size of MW block to add automatically.
Generator rating, MW, of each of 3 different energy storage
types.
Relative to ESIZEP, ESIZES.
May change through time at Generation Planning levela
Size of M}l block of charging rating to add a~omatically.
Relative to ESIZEG, ESIZES.
May change through time at Generation Planning level.
Size of MWh block of storage capacity to add automatically.
Relative to ESIZEG, ESIZEP.
May change through time at Generation .Planning level.
' ESIZEP = ESIZES = '
' '
' '
PLANT COSTS
PLQ1W( 6)
PLCDirvl( 6)
PLCDF( 6)
PATPC(l0,6)
I-LType
Linflation
Multiplier
IYRPC(lO, 6)
L.:="Type
Calendar Year
PLCMW =
'
' _, _, ,
PLCDKW
MW rating, set point, by thermal type.
Plant cost, $/kW, set points· by thermal type ..
(Relative to year in which costs are quoted.)
D-factor, p.u., by thermal type¢
Plant cost inflation multipliers, by thermal
type.
Patterns may consist of up to 10 different
multipliers each.
5% input as 1.05.
Initialized by program to 1.0.
Year inflation multiplier becomes
effective (4 digits, e.g., 1982).
If omitted, program will insert first
year <::>f at.udy (for first entry only).
See Note on page 5-13.
= PLCDF =
'
'
1
'
5-20
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PLANT COSTS (Continued)
PATPC(l,l) ::: ' PATPC(l, 2) = , PATPC(1,3) = '
' _, '
' '
p=-J f'
~ ' , ,
I f
' , ,
' ,
~' . , , ' , ' l' ____ , , '
PATPC(l,4) = ' PATPC(l,5) = , PATPC(l,6) = _,
' ' '
r--~ .. ' ' , ' '
' ' ,
' ,
f.,.. .. _
' ' ,
' ,
' '
r· , ' '
IYRPC(l,l) = , IYRPC(l, 2) ::: , IYRPC(l, 3) = '
' , ,
I ' ' ' ,
' ' '
' _,
I r ' ,
' ' ,
l .. A , ' , , , ' I t -I
' ' ,
IYRPC(l,4) = ' IYRPC(l,5) = , IYRPC(l, 6) = ' I I
' ' '
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I 5-21
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PLANT COSTS (Continued)
PLCHYD(4)
.
PATHPC(lO,t_ I · L_Type
L___Inflation Multiplier
IYRHPC(l0,4) I I Type
Calendar Year
PLCHYD = PATHPC(l,l)
'
'
-'
PA'rHPC(l, 3) = ' PATHPC(l, 4)
'
,
'
'
'
'
IYRHPC(l, 2) = ' IYRHPC(l,3)
'
'
'
'
'
Plant cost for conventional hydro and
energy storage, $/kWo
(Relative to year in which costs are
quoted.)
(1) -Conventional Hydro.
(2)-(4) -Energy Storage.
Plant cost inflation multiplier.
5% input as 1.05.
Matrix initialized to 1.0.
Year inflation multiplier becomes
effective (4 digits, e.g., 1982).
If omitted, program will insert first
year of study (for first entry only).
See Note on page 5-13.
= PATHPC(1,2) =
' -'
'
'
'
J
'
= , IYRHPC(l,l) =
'
'
'
'
'
'
'
'
'
'
'
t
'
'
'
'
' ,
'
'
'
'
' -:--' , '
= ' IYRHPC(l, 4) =
'
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'
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' '
'
' '
' ·'
5-22
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PLANT COSTS (Continued)
PLCMOD(25,6)
~Thermal Type
Company
Plant cost modifiere
Multiplier is applied to all
committed units and units added
automatically.
Matrix initialized to 1.0.
----~--------------------------------------------------------------------------
mel
PLC.r-10D ( 1, 1) :: ---'
7 ,.
----'
----'
---'
---~-' ____ ,
-·----'
__ _..._II
----'
---' ·----·-' ____ , ____ ,
---'
----'
---'
----~
-·-' ----'
----'
----'
T-tpe 2
PLCMOD(l,2) = ~---'
---·-'
----' ____ , __ , ____ , ___ , ___ ,
----' ___ , ____ , ____ ,
, ___ , ___ :~
----'
~---··-'
--~-'
----'
-··---'
·---' __ , ____ ,
----'
Type 3
PLCMOD(l,3) = ----'
----' ____ , ____ ,
-------~· ____ ,
----'
----'
----' ----' ___ ,
---' ____ ,
----'
----·' ----' ----' ____ ,
---'
_.__._,
__.,., __ ..,. __ ,
•
PLANT COSTS (Continued)
4 Type.5 f\'
Type Type 6 . \
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PLCMOD(l, 4) = ' PLCMOD(l,S) = ' PLCMOD(l, 6) = ' f"1
' ' '
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FIXED CHARGE RATES
FIXCHG(25,6) I . L_ Thermal Type
~--Company
Type 1
FIXCHG(l,l) = '
'
'
'
'
'
' -'
'
'
'
7
'
'
'
'
'
'
'
' ,
, ,
Levelized annual fixed charge rate for
thermal units, by company.
(12-1/2% input as 12.5.)
Initialized to 13.
!lpe 2 Type
FIXCHG(l, 2) = ' FIXCHG(l,3)
'
'
'
'
'
'
'
'
'
'
'
'
'
'
' '
'
'
'
' /_,
5-25
3
= ..,... ____ ,
-----' -----'
-----' -----' -----' -----' -----'
-----'
-----' -----'
-----'
-----'
-----' -----'
-----' -----' _____ ,
-----' _____ ,
-----' _____ ,
I
r·,
FIXED CHARGE RATES (Continued)
Type 4 1ll_e 5 Type 6 0
FIXCHG(l,4) = ' FIXCHG(l, 5) = ' FIXCHG(l, 6) = _,
' ' ' r,·· \ :
' ' '
' '
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' '
' ' '
' '
' ' '
' ' ' ) _,
' ' J r·-.
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5-26
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·•
,--::::, Q
,-,,
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J' FIXED CHARGE RATES (Continued)
Jl\
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HYDFCR( 25 ~4) I L_Type
Company
Conventional Hydro
HYDFCR(1, 1) =
Energy Stora~
HYDFCR(1, 2) =
Energy Storage 2
HYDFCR(1, 3) =
Energy Storage 3
!-IYDF C.H ( 1 , 4) =
, ,
'
'
'
'
'
'
'
,
'
,
'
'
' -
'
'
Leve1ized annual fixed charge rate for
hydro and energy storage types, by
oompany.
(12-1/2% input as 12.5.)
Initialized to 13.
' ' , '
' '
' '
' '
'
7 '
' '
' ,
, ,
' '
-' '
' '
' '
'
' ,
, '
'
'
5-27
, ,
' '
' '
'
' '
'
'
' '
' '
' '
' ' _, ' ,
'
' '
·-' -----'
' -----'
J
_____ ;
1 ·----'
FUEL TYPE DATA AND COSTS
NMFUEL( 2, 20)
HVTAB(20)
FCOPT = -----'
FUCOST(20)
,,
Hollerith identificatiori of fuel.
12 characters for each fuel type:
First 6 characters, fuel name.
Last 6 characters, unit of fuel
(used in printing fuel consumption
report).
Heating value, Btu/unit of fuel (used
for fuel consumption calculations).
(See KEYENV, page 5-45e)
Option to replace fuel costs read from
Generation Model by fuel costs defined
in OGP data. Applies only to units on
Generation Model, not to units
manually input in Data Preparation.
0 = Program will use fuel costs on
Generation Model. If cost on
Generation Model is o, program
will assign costs from standard
table (either FUCOST or ITFOSS)c
1 = Program will always use standard
table values, ignoring all fuel
cost overrides.
Variable fuel cost, ¢/MBtu.
(Relative to year in which costs are
quoted.)
Program will use these costs for:
1. All automatic unit additions.
2. Manual unit additions if variable
fuel cost input is not supplied or
if override fuel cost option is
used (FCOPT).
3. Generation Model units if override
fuel cost option (FCOPT) is used
or if Generation Model fuel cost
is o.
NOTE: In the case of TYpe 2 units, pro-
gram will examine ITFOSS matrix.
5-28
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FUEL TYPE DATA AND COSTS (Continued)
IPATFC{20)
FUICST( 2)
IFTAB( 6)
ITFOSS(25,2)
L.....cotlpany
KFTES(3)
Fuel cost inflation pattern associated with
fuel types.
Initialized to pattern 6.
Fixed nuclear fuel inventory charge, $/kW/yr.
(Relative to year in which costs are quoted.)
Maximum of 2 nuclear thermal ty, ~s.
Program will use these costs for:
1. All automatic nuclear unit additions.
2. Manual nuclear unit additions if
variable fuel input is not supplied or
if override fuel cost option is used
(FCOPT).
3. Nuclear units described in Generation
Model if override fuel cost option
(FCOPT) is used or if Generation Model
cost is 0.
Fuel type assigned to each thermal unit
type. (Maximum number of fuel types is 20.)
Fuel inflation pattern associated with
IF TAB( 2) will be used for lumped type 2
unitse
Fuel inflation pattern associated with
IFTAB(3) will be used for lumped type 3
units.
Program will use ITFOSS matrj,x to assign
fuel types by company to type 2 units.
Fuel types may also be assigned unit by unit.
(see page 5-55) •
Fuel types assigned to type 2 units, by
company.
Initialized to IFTAE(2).
ITFOSS(X,l) Automatic and manual unit
additions.
ITFOSS(X,2) Generation Model units.
Fuel type number associated with energy
.cstorage types.
(Use for energy st~rage types such as
compressed air storage.)
5-29
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FUEl. TYPE DATA AND COSTS (Continued)
NUCBRK = , ----
NUCSTP = -----'
FUBCPU( 5, 2)
L Nuclear Type
(1 and 5 or 6)
Variation
FUICPU( 5, 2)
Number of steps used to reflect nuclear fuel
cost maturity.
Initialized to 5.
1 ~ NUCBRK ~ 5.
Number of years for which each nuclear fuel
cost step will prevail.
Initialized to 3.
Multiplier on variable nuclear fuel costs to
reflect maximum of five time variations.
Multiplier on fixed nuclear fuel inventory
charges to reflect maximum of five time
variations.
Default Default
NMFUEL = 60H 0308 LB.U FUCOST = ' IPATFC = ' 6
COAL TON ' ' 6
GAS MCF ' ' 6
OIL BBL ' ' 6
' ' ' 6
60H , 6 , 6
' 6
' ' 6
' ' ' 6
60H ' t 6 , 6 , ' 6
' 6
' t ' 6
60H ' ' 6
t t 6
' t 6
' 6 , , ' 6
HVTAB = ' '
' '
' ' ' '
' '
' ' '
FUICST =
5-30
.. ----..~ ..... "..,._ ·~~ ......... ~·--. ''""<>--•••""'-'"-"• •·~""'-w ",..,_.--..,~,, • ···~·.,._,..,,_~·· "'-''" . ., .. , _ _, ... ~ ..... ,.,..~_..,_...,..,,.,,__, .. ,~--~r~-'
j:; c;:; c
\ ' ' .. ,r :.::
II
r. 'l
\ '
r 1
I
r
' I
,_ ~
\ J
' ! .... _ ,.•
l
t j I
LJ ~
C'
f
l. I """ ,,
i
! r
L.-1 ' f
f ,,
'
LJ
I
r
' .
·~
f'"
t, FUEL TYPE DATA AND COSTS (Continued)
L
L
L
L
L
L
L
L.
L
Default
IF TAB = ' 1 KFTES =
2
' 3
' 4
' 5
6
Automatic and Manual Units
ITFOSS(1,1) = -----' ------' -----'
-----' ----------' ' ------' -----' -----' -----' _____ , -----' -----'
Generation Model Units
'
'
'
_____ ,
---------' ----------'
----------' --------'
---------~ '
----------' ---------'
ITFOSS(1,2) = --------------' --------' --------------' _____ ,
-----' _____ ,
-----'
-----' -----'
-----'
Default
FUBCPU(l, 1) = f 1.0
' 1.0
' 1.0
' 1.0
' l.O
FUBCPU(1, 2) = ----' 1.0
' 1.0
' 1.0
' 1.0 , 1.0
-----' -----'
-----'
-----' -----'
_____ ,
-----' _____ ,
Default
FUICPU(1,1) = ----' 1.0
' 1.0
' 1.0
' 1.0
' 1.0
FUICPU(l, 2) = ---~---' 1.0
'J 1.0
' 1.0 , 1.0
' 1.0
5-31
FUEL TYPE DATA AND COSTS (Continued)
PATFC(lO, 20) l L-Pattern Index
Inflation Multiplier
IYRFC(lO, 20) L L___Pattern Index
Calendar Yea~
-.,. ·-
PATFC(l,l) = __ , __ ,
==~? __ ,
---'
PATFC(l, 2) ___ ,
PATFC(l,3) =
___ ,
---'
' ___ ,
--·~' ___ , ___ , ___ ,
PATFC(l,4) = ___ ,
---'
---'
·---'
---'
---'
---'
---'
----'
---'
---'
__ ,
·--' --'
-------' --·-· -' ___ , '
PATFC(l,5) = ---___ ,
---' ___ ,
---'
PATFC(l, 6) = ---' ___ ,
---'
---'
---'
___ ,
--·-~
----' _____ ,
---'
---'
---'
Fuel cost inflation multipliers.
Twenty patterns possible; each pattern may
have up to 10 entries.
5% input as 1.05.
Initialized to 1.0.
Year inflation multipliers become
effective (4 digits, e.g., 1982).
If omitted, program will insert first
year of study (for first entry only).
IYRFC(l,l) = ---'
. '
---'
IYRFC(l,2) = , ---___ ,
---'
---'
---'
IYRFC{l, 3) = ---
IYRFC(l,4) =
___ , ___ , ___ ,
---'
·---'
___ ,
---'
---' ___ ,
___ ,
---'
---'
·---'
---' ___ ,
---' ___ , ___ ,
---' ___ ,
---' __ , ___ , _______ ,
---'
IYRFC(l,5) ~-__ ,
---'
IYRFC(l, 6) = ---'
---' ___ , _____ ,
---' ___ ,
---'
. ___ , ___ , ___ ,
___ , ___ ,
---'
------'
Pattern 1
Pattern 2
Pattern 3
Pattern 4
Pattern 5
Pattern 6
NOTE: The user may define a maximum of 20 different fuel cost inflation
patterns.
5-32
•
r .,
i 1
r 1
\ -
L.J
l.
I . ""'
IJ
l
l
I~
l
OPERATION AND MAINTEN.~NCE (O&M) COSTS
OMMW(6)
OMDKW(6)
OMDF( 6)
OMDHR( 6)
PATOM(l0,6) L' Type
Inflation Multiplier
IYROM(lO, 6) L L~-Type
Cal·endar Year
OMMW = ' OMDKW =
' -·-'
' ' , '
' t
' '
MW rating, set point, by thermal type, for
fixed O&M.
Fixed O&M, $/kW/yr, by thermal type.
(Relative to year in which costs are quoted.)
D-factor, p. u .. , by thermal type, for fixed
O&M.
Variable costs, $/Fired Houl"•/MW or $/MWh ..
(Relative to year in which costs are quoted .. )
(See NDVOM, page 5~84.)
O&M in.flation multiplier, by thermal type.
5% input as 1.05.
Initialized to 1.0.
Year inflation multiplier becomes
effective (4 digits, e.g., 1982).
If omitted, program will use first
year of study (for first entry only).
O~illF = ' OMDHR =
'
'
'
'
'
~rr-J
' '
' '
5-33
1)
-
r~
OPERATION AND MAINTENANCE (O&M) COSTS (Continued) \ \
PATOM(l,l) = , PATOM(l,2) = ' PATOM(l,3) = ' f'l
' t __ ,
,
' ' ' ' 1"-1
t ' ' ' ' ' ' J
' , J
' ' ' ' ' '
PATOM(l,4) = PATOM(l,5) = PATOM(l,6) = r·l
'
__ ,
' \ '
' '
I
' ' ' ,
(:'\ ' ' , '
ll ' ' ' f
' ' ·-' ' ' , !'l , ' J
I j
' ' ,
' ' ' r· l
IYROM(l,l} = ' IYROM(l,2) = ' IYROM(l,3) = p
' ' ' !' ,
' ' ' _...__, ' ' _, ' ' r '
' '
__ ,
' ' J
' '
' '
t ] IYROM(l,4) = ' IYROM(l,5) = 'I IYROM(l,6) = ' ' ' ' J --' ' , ___ ,
' ' _, ,
' _, ' , , ... I
' ' :
' ' ' ' ' \,.I ~ .,
' ' c
..t..-·~' c
5-34
I
I.
r·
I.
l
l
I.
I_
(,
I.
I.
OPERATION AND MAINTENANCE (O&M) COSTS (Continued)
OMHYD(4)
OMVHYD(4)
PATHOM(l0,4)
Fixed O&M for conyentional hydro and energy
storage, $/kW/yr.
(Relative to year in which costs are quoted.)
(1) -Conventional Hydro.
(2)-(4) -Energy Storage.
May not input OMDB to override on individual
unit basis.
Variable O&M for conventional hydro and
energy storage, $/MWh of generation.
(Relative to year in which costs are quoted.)
{1) -Conventional Hydro.
(2)-(4) -Energy Storage.
May not input OMVDB to override on
individual unit basis.
I . '-Type
L__Inflation Multiplier
O&M inflation multiplier.
5% input as 1.05.
Initialized to 1.0.
IYRHOM(l0,4) L L-Tyoe
Calendar Year
OMHYD = ---' ___ , ___ ,
---'
OMVHYD =
Year inflation multiplier becomes
effective (4 digits, e.g., 1982).
If omitted, program will insert first
year of study (for first year only).
___ , ___ ,
---' ___ ,
5-35
Conventional Hydro
Energy Storage 1
Energy Storage 2
Energy Storage 3
I
,..,.,
OPERATION AND 1\f\AINTENANCE (O&M) COSTS (Continued)
PATHOM(l,l) = IYRHOM(l,l) ::; Conv. Hydro r~i ' _, '-, ' ' ' , ,
' ' , f, , ,-' ' ' l"'~l , ' ' '
PATHOM(l, 2) = ' IYRHOM ( 1 , 2) = ' , Energy
Storage ,-1 , ' , ' ' , ' ' Type l
' , ' '
' ' ' ' r·1
PATHOM(l, 3) -' , IYRHOM(l, 3) = ' ' Energy
' ' ' ' Storage ("\
' ' ' ' Type 2 , ' ' ' , ' ' ,
r,<:~,
• J
PATHOI-1( 1, 4) ~ ' IYRHOM(l,4) = ' ' Energy :
' 1 ' ' Storage , ' , ' Type 3 r "·
' ' , ' ' ' ' '
5-36
RETIREMENT POLICY
NYRET(lO)
Default
NYRET = ' 40
' 40
' 40
) 40 ___ , 40
_, 40
~ 1000
' 1000 , 1000
' 1000
i·
.,.
Unit life, in years, by type for Generation Model
and manually installed units. Also see IYRAUT,
page 5-83, and NSICMT, page 5-85.
Thermal Type 1
Thermal Type 2
Thermal Type 3
Thermal Type 4
Thermal Type 5
Thermal Type 6
Conventional Hydro
Energy Storage Type 1
Energy Storage Type 2
Energy Storage Type 3
5-37
1
i ~ ..
~
i
I
f
I
l tr·
fORCED OUTAGE RATES
FORM\tl( 3, 6)
F'ORATE(3,6)
MW ratings for mature forced outage rate standard tabl~ .•
Three Mlv ratings for each of the six thermal types.
Mature forced outage rate, p.u • ., associated with the MW
ratings.
5% input as 0.05.
Mature forced outage rate is calculated by linear
interpolation betweek ratings. It is assumed constant
below the minimum and above the maximum ratings.
.. _. -------
FOBMW{l:l) .... -----~-' FORATE(l,l) = ----, Type l
c~;·":_,.
M __ , -' ________ }
'
FG&'-fi'l(l, 2) = ' l)rpe 2 FORATE(1,2) =
-.-~-.. ..__,, ,
' ,
FORMW(l, 3) = _, FORP..'l'E(1,3) = ----, Type 3
_, -.::----,
'
FORMW(1~4) --· ' ~-~ --FORATE(1,4) = ----Type 4
_,
-· 1 '
FQ.RMW ( 1, 5) = , FORATE(l, 5) -· Type 5
' ,_, ' ---, '
FORHW(l,6) .., ~ F0RATE(l,6) = _, Type 6
' ~'
... ~---~---' -~:.-:
5-38
i
' t
·. 1
' J
r· '
' J
' '
I
\. J l
'
L ' ~
= I
\:.~) J'!'l
l
t
i
l l.J j
r~
r
r··
r
r
I
I
I
I
I
I
I
l
..,;' f.:., ';: i
PLANNED OUTAGE RATES
PORHW(3,6) MW ratings, for mature planned o~tage rate standard table.
Three MW ra't~ings f'or each of the six thermal types ..
PORATE(3,6) Mature planned outage rate, p.u., associated with the MW
ratings.
5% input as 0.05.
Mature planned outage rate is calculated by linear
interpolation between ratings. It is assumed constant
below the minimum and above the maximum ratings.
PORHW(l,l) = ----POR.ATE(l,l) Type ..
' = .J.
' ' '
PORMV/{1,2) = ----, PORATE(l, 2) = Type 2
'
J '
PORMW(l,3) = ----' PORATE(l,3) = Type 3
' ,
'
PORMW(l,4) = ----, PORATE(l,4) = J Type 4
' ' ' '
PORMW(l,5) = ----' PORATE(l,5) = ' Type 5
' '
' '
PORMW(l,6) = ----' PORATE(l, 6) = J Type 6
' ,
' '
5-39
r
r
I
I
MANUAL MAINTENANCE
If manual maintenance is not used, the program will automatically schedule
planned maintenance for production costing and reliability calculations.
IPATRN(l2,25)
~Pattern Index
Month
Manual maintenance patterns.
Maximum of 25 patterns.
0 = Unit not on maintenance in that month.
1 = Unit on maintenance in that month.
Initialized to 0.
(See MPATDB, page 5-57.)
NOTE: The number of manual maintenance
patterns input to the Data
Preparation Program is the maximum
number af patterns that will be
printed by the Generation Planning
Pr'ogram.
IPATRN(l,l) = ' IPATRN(l,2) = , IPATRN(1,3) = ' ' ,
' ' ' ' ' , , ' ' ' ' , ' ' ' ,
' ' ' ' ' ' ' '
' '
IPATRN(l, 4) = IPATRN (1, 5) = IPATRN (1, 6) = ' ' , ' ' ' ' ' ' , , ' ,
' '
' ' ' ' ' '
' , ' ' --'
' ' '
5-40
I
;--,
r-.,
r--. .,.1
r '
f I,
,, I
·~
l , ' i l,~ I
I
I MANUAL MAINTENANCE (Continued)
I IPATRN(l,7) = ' IPATRN(l,8) = IPATRN(l,9) = '
' ' ' , , '
I , '
. ' ' ' , '
I ' ' '
' _ _,_, '
' ' ' , ' ' I ' ' , '
IPATRN(l,lO) = ' IPATRN(l,ll) = IPATRN(l,l2) = ' I '
' '
' , ' I J '
' ' '
' ' ' I ' ' ' _, , '
' ' ' , ' ' I ' ' '
IPATRN(l,l3) = ' IPATRN(l,l4) = ' IPATRN(l ,15) = J
' , J
' ' ' , ' _, ' '
' ' ' , ' '
' ' ' I, ' ,
l::lil ' ' '
' '
' '
NOTE: The user may define a maximum of 25 maintenance patterns.
5-41
~··
THERMAL CHARACTERISTICS
XHRDB( 6)
XPOWl( 6)
XFINl( 6)
XHRDB = ·-----' ·----'
---...--'
·---'
Net station heat rate, Btu/kWh, at production cost
maximum rating.
Applied to units considered £or automatic additions.
Also applied to manual additions and Generation Model
units if heat rate data not supplied for individual
units.
Minimum load output in p. u. of production cost full
load output.
Applied to units considered for automatic addit~ons.
AJ so applied to manual additions and Generation Model
units if minimum load data not supplied for individual
units.
Fuel input at mn~mum rating in p. u. of production
cost full load fuel input.
Applied to units considered £or automatic additions •
. Also applied to manual additions and Generation Medel
units if minimum load fuel input data not supplied for
individual units.
Example: 25% of full load output requires 28% of full
load fuel input.
XPOWl = _____ , _____ ,
-----' -----' _____ ,
-----'
XFINl = __ ..,... __ ,
-, _____ , _____ ,
-----' _____ ,
fl
~ •. _,· .. ·
. >
. '
!
I .
> .
'
I
I
I
I
I ...__,
.1;'
• >
I
1-.
I
PLANT AND REGION IDENTIFICATION
IPNAME( 2,100)
IREGN(lOO)
Plant
ID
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
12-Character
Plant Name -
IPNAME =
60H
60H
60H
60H
60H
'
'
'
'
Region
ID
IREGN =
'
f ,
'
'
'
'
' ,
,
'
'
'
'
' ,
' ,
'
,
J
··'
'
Plant name, 12 characters each •
Region number for each plant (1 ~ IREGN ~ 25).
Default is 25.
Plant
ID
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
12-Character
Plant Name
60H ~----
60H-;..._ ___ _
-----' 60H -----
Region
ID --
---' ---' ___ , ___ , ___ , ___ ,
---'
---'
---' ___ , ___ , ___ ,
---' ----.-' ___ , 60H ____ , ,
-----' 60H ~----
___ , ___ ,
---' ---'
---' ___ ,
---' ___ ,
-----' ___ ,
NOTE: A maximum of 100 plants can be defined.
5-43
PLANT AND REGION IDENTIFICATION (Continued)
KPLANT( 6)
IRNAME( 2, 25)
KPLANT =
Region
ID
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
'
.,
'
'
'
Plant index for assigning individual units
to plants by unit type ..
May be overridden unit by unit.
Region name, 12 characters each.
12-Character
Region NamEL_
IRNAME = 60H --------
~
' 60H
~~
' 60H
------'
5-44
< J
' ' , l
fl
)
i
' J
r1
r ' '
l.
\ ;
L.i
LJ
i.il-J.Itl ... l!l
II [;
~
ENVIRONMENTAL DATA (OGP-6A only)
.
.
• r:
~
I '
I
I '
I
IJ
I!J .,
11
I
E •
ID .,
IJ. kl
L
'
KEYENV = , --
Thermal type data:
HREJ ( 6)
SORM (6)
PREFF ( 6)
HREJ .. ..
Fuel type data:
SOTAB (20)
PCSULF ( 20)
CFCTAB ( 3' 20)
CFNTAB ( 3, 20)
CFPTAB ( 3, 20)
CFWTAB ( 2, 20)
'
'
'
'
' ,
Option to perform f'uel consumption and environmental
discharge calculations.
0 = Omit •
1 =Calculate fuel consumption and emissions (OGP-6A).
-1 =Calculate fuel consumption only (OGP-6).
Atmospheric allocation of waste heat rejection, (p.u.).
(1-HREJ rejected to water.)
SuJ,fur removal efficien:~y, (p.u.).
Precipitator efficiency: (p.u.).
SORM = ' PREFF = ' ' '
' '
'
' ,_, , t
Sulfur content, lbs/unit fuel.
Percent sulfur (for printing purposes only).
Carbon monoxide coefficients (lbs/hr, lbs/MWh, Scalar).
Nitrogen oxide coefficients (lbs/hr, lbs/MWh, Scalar).
Particulate coefficients (lbs/hr, lbs/MWh, Scalar).
Water consumption coefficients (gals/hr, gals/MWh).
l I~ l .,
·C lc ,,.
\1:: li:
jl"'
f
1
!
J
r I
..
' '
r~
ENVIRONMENTAL DATA (OGP-6A only) (Continued)
f"l
Fuel type data (continued) :
(
' 1
SO TAB = J PCSULF = ' ' f?'l
I 1
' ' ' '
' ' ' ' "
: ' 7
' ' ' '
f"'l
' ' ' ·• ' j
' ' ' '
' ' ' ' r···
l 1
' ' 1
' ' '
CFCTAB(l,l) = r·1 , ' -' ' '
' ' ' i
' ' ' ,_l
' , ' ;
'
~ '
' ' ' ' r" • 1
' ' ' '
' ' ' . .. • t
r·r·"t ,,
' _, ' '
' ' ' 7
' ' ' ' 7
' ' ' ' '
CFNTAB(l,l) = -' ' ' !
' ' ' ' .!
-. ' ' ' , '
' ' ' '
' ' '
' ' ' t '
' J,
' ' '
' ' ' ' '""'
' _.,~'i. ' ' ,
i 1
' ' _, ' '
' ' ' '
,,
' ' ' ' ' LJ
L~j
5-46
.f;:.~ .·
' '
'j
~ .
.. ' .. · ' ·;
~,
J
tn. IW
ENVIRONMENTAL DATA (OGP-6A only) (Continued)
Fuel type data (continued) :
CFPTAB(l,l) = ' ' '
' ' '
'
J , J
' J '
J '
' ~ ' '
' ' J
' ' '
' J J
' J '
' ' '
CFWTAB ( l, 1) = ----, ' ,
----' ' ' ____ ,., ' '
' '
----' ' ' ----' ' '
' ' ----' J J
5-47
J
J '
'
J
J
' J
' . ' '
' '
' '
J
'
____ ,
_, ---'
' ----'
' ----'
'
' ----'
' ------'
' ----'
FUEL AND ENERGY LIMITS (OGP-6A only)
LIMIT = --------'
LIMCF = ----'
ELIMIT( 6)
PUELIM(l2,6)
~ Thermal Type
Month
FLIMIT(20)
PUFLIM(l2, 20)
I · LFuel Type
L_Month
ELIMIT = -----'
-----'
-----'
0 = No limiting factors.
1 = Fuel and energy limits apply.
-1 = Only the energy limits apply.
-2 = Only the fuel limits apply.
0 = Carry-over of unused energy or fuel not
allowed.
1 = Carry over the unused portion of the '· 1
limit for energy or fuel consumption
into the next month (carry-over into 11
next year is not allowed).
Energy limiting factor by thermal unit type
(assigned to each unit of the type).
0 = No limit. ¥
>0 and <1.0 = Capacity factor limit.
>1.0 = Actual ~Ih limit.
Monthly p.u. multiplier for
Limit will be multiplied by
establish actual energy
particular month.
Initialized to 1.0.
energy limits.
this factor to
limit for
Fuel consumption limit by fuel type
in units of fuel usage.
Associated input HVTAB, page 5-28.
a
Monthly p.u. multiplier for fuel limits.
Limit will be multiplied by this factor to
establish actual fuel limit for a particular
month.
Initialized to 1.0.
5-48
Fl
,....,
. '
r 1
' J
[ '
' J
. ' ' ..
I )
r
rr
~
~
~
~
n
D
n
E
B
B
I
·' fJ lj•
11 ,.
I ;,
!; at . . _,
t:
ij
l
I
li II ;t
~! ' ' :t
j
l
,1 • i u d
li
·~
i r 1
1M
I
i I
', .
:, . (4
··~·
FUEL AND ENERGY LIMITS (OGP-6A only) (Continued)
PUELIM(l,l) = , PUELTivl{l, 2) = _,
' , , ' , ' , ,
' ,
' !
' ,
' '
' ' , ,
' ,
PUELIM(l,4) = PUELIM(l, 5) = ' ,
, ,
' ' ' '
' '
' ' ' ' ' '
' ,
' ' , ' ' J
FLIMIT = PUFLIM(l,l) = ' ' ' ,
'
__ ,
'
' '
' ' , ,
' '
' ' ,
' ,
,
'
'
------' ------'
5-49
PUELIM(1,3) ::
PUELIM(l, 6) =
PUFLIM(l,2) =
, ,
'
'
' ,
,
'
'
,
'
,
'
J ,
,
J ,
'
' ,
'
'
'
J
'
'
'
'
'
'
'
-. "' . ·,. ~i/·:. :~~--:·_:.:-_ ~-:_:·:
r
i
-
f"'
ff1 " ~
FUEL AND ENERGY LIMITS (OGP-6A only) (Continued) j1
, PUFLIM(1,3) = ' PUFLIM (1, 4) = ' PUFLIM(1, 5) = ' !'fl· I
1 ' ' ' · .. ]
' , ' J'( ' ' , ~'TI l 'i ' , ' J
J
' ' '
f
' ' r"' ' , \!
i ' ' w _, ' '
' ' r~ , I ,.
u ' '
PUFLIM(l, 6) = ' PUFLIM(1, 7) = PUFLIM(1,8) = '
,r I ' ' ' f ,
' ' ' r· ' ' ' ' ' ' ' ' ' , ' t ' ' ' ' ' '
'
PUFLIM(l, 9) = , PUF LIM ( 1 , 10) = ' PUFLIM(1,11) :: ,
' ' ' ' ,
' ' ' , ' ' ' ' '
' ,
~' , '
' '
' ,
I. ..•
' ' ' '
PUFLIM(l,12) = ' PUFLIM(1,13) = ' PUFLIM (1, 14) :: ' t J ' ' ' ' J ' J L.~ • .J
' J ' ' ,
' ' ,,
' '
't '
'
~~ '
l' , ' .1
I
r i
5-50 i
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FUEL AND ENERGY LIMITS (OGP-6A only) (Continued)
PUFLIM.(l, 15) = PUFLIM(l,l6) = ' PUFLIM(l, 17) = '
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PUFLIM(l,l8) = PUFLIM(l, 19) = PUFLIM(l, 20) =
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DESIGN CRITERIA OPTIONS
MONPR = ____ ,
STEP = ____ ,
Option to identify month to be used for percent
reserve calculations. Program will use installed
capacity, hydro and contracts. relative to MONPR.
0 = Program will set MONPR equal to month associated
with annual peak load.
X = Program will use MONPR specified by user.
~v step of probability table (optional).
If inputted, program will use user-supplied step size
thJ;"oughout study; may change annually at Generation
Planning level.
Default (recommended):
Program will determine MW step each year, based on the
following table:
Annual Peak Step Size
>MW MW -
0 5
2 000 10
10 000 25
50 000 50
100 000 100
200 000 200
5-52
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ANNUAL POOL PEAKS
POOLMW ( 30) Option ~.~; override annual pool peaks read from the
Load Model file, for each year of OGP study.
POOI.MW = -----' -----' -----' _____ ., _____ ,
------' ___ ,
--·--' -----' ·----'
' I
0 = Use MW loads from original Load Model~
X = Use new MW annual pool peak.
May override all annual peaks or selected years only.
If Load Model contains more than 1 company, program
1-l'il.l use company/pool ratios as defined on original
Lc.,ad Hodel..
--..---'
-----'
--·--' -----'
---~' _____ , ______ ,
_,
--------_____ , ___ ,
----'
-----' -----'
-----·'
5-53
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OUTPUT OPTIONS
M3D = ----'
GMOUT = ____ ,
MLOUT = ----'
KPRINT(30)
LPRINT(30)
KPRINT --
J _,
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LPRINT =
,
Ending $
Option to receive case identification, program
error messages and end of calculation message
over terminal.
0 = Omit.
7 = Output file to be printed at terminal.
Initialized to 7.
Option to print Generation Model file that was
read.
0 = Do not print.
1 = Prir.:.~~.
Initialized to 1.
Option to print master list of units.
0 = Do not print.
1 = Print.
Initialized to 1.
Option to print Generation Model, by year.
0 = Omit.
1 = Print.
Option to print Load Model, by year.
0 = Omit.
1 = Print.
Initialized to LPRINT(l) = 1.
' ' _,
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End of General Data.
'
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(REPLACE COMMA FOLLOWING LAST PIECE OF DATA WITH $)
5-54
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GENERATION 1\riODEl OVERRIDES AND MANUAL INSTALLATIONS
It is possible to override, on a unit-by-unit basis, unit characteristics
read from the Generation Model as well as those assigned fpom the standard
tables by the Data Preparation Program. It is also possible to specify
additional units to be included in the system. In either case, the original
Generation Model will not be changed.
The Generation Model overrides are done sequentially by record. Each unit
is referenced by its position within the record, which can have a maximum of
25 units.
The manually installed units, which are input with a maximum of 25 units
per record, follow the Generation Model overrides. Any unit characteristics
not input will be assigned from the standard tables. As with the Generation
Model, manually installed units are referenced by their position in the record •
Each record of input data, whether it is an override or a manual
installation, must begin with a $INPUT and must close with an ending $a
NOTE: All costs are input relative to the year in which costs are quoted.
The variables used for the Generation Model overrides and manually
installed units are the same variables used to input data to the Generation
Model Program (page 4-5). They are also listed below:
NREAD
MANUAL
KMORE
$INPUT
IMAX = ___ ,
NAMEIDB( 2, 25)
In general data, it indicates the first Generation Model
record to be modified.
In override data, it indicates the next Generation Model
record to be modified.
Option to add units manually.
Input in general data.
0 = No manual additions.
1 = Manual additions data will be supplied.
Input with manual additions data.
0 = More sets of manual additions data wi11. be x-ead.
1 = Current set is last set of manual data.
Each record of input data begins with $INPUTa
Number of units described in record.
Input only if IMAXnew ¢ IMAXold•
IMAX < 25.
If IMAX=O, entire record will be ignored.
Station identification (12 characters).
5-55
GENERATION MODEL OVERRIDES AND MANUAL INSTALLATIONS (Continued)
KINDB(25)
KCODB(25)
*KPLDB( 25)
INSTDB(25)
MINTDB(25)
KRETDB(25)
MRETDB(25)
*INORDB( 25)
OPCTDB(25)
*CAPDB( 25)
*HRDB(25)
*PMINDB(25)
*FMINDB ( 25)
*FMAXDB(25)
*FMAXDB ( 25)
Types 1-6 = Thermal.
Type 7 = Conventio,nal Hydro.
Types 8-10 = Energy Storage.
Company index in pool list.
Plant ID.
Year of installation -1900.
e.g., input 72 if the unit was installed in 1972.
Mont.h of installation, e.g., input 5 if May.
Omit if January.
Retirement year (4 digits).
Month of retirement, e.g., input 5 if May.
Omit if January.
Original installation year (4 digits).
Input only for units that are installed as direct
replacements for other units on the system.
Percent owned by company.
0 ::; 100% owned.
25 = 25% owned.
Maximum net output (MW).
Net station heat rate (Btu/kWh).
P.U. MW output at minimum rating.
If < 1, computed as PMINDB*MW (MW is production cost
rating.
Fuel input at minimum rating (p.u.).
If < 1, computed as Fl4INDB*HR*MW*0.001 (MW is productio11
cost rating).
Production cost rating.
If < 1, computed as PMAXDB*CAPDB •.
Fuel input at maximum rating.
If < 1, computed as FMAXDB*HR*MW*O.OOl (MW is production
cost rating).
NOTE: If partially owned units are described in more than one r~cord, the
user must override the information in all pertinent records.
* Indicates variables that are input only for thermal units, Types 1-6.
5-56
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GENERATION MODEL OVERRIDES l\ND MANUAL IN.STALLATIONS (Continued)
*KFTDB( 25)
*KFIDB(25)
*FPCTDB( 3~ 25)
*FCDB(3, 25)
*CMBTU(25)
f:FUICDB( 5, 25)
*FUBCDB( 5, 25)
*OMDB( 25)
*OMVDB(25)
DKWDB(25)
*FORDB(25)
*PORDB( 25)
*MPATDB(25)
*MRDB( 25)
CMINDB(l2, 25)
GMAXDB ( 12, 25)
ENGYDB(l2,25)
PONDES(l2,25)
PUMPES ( 12, 25)
GENES(l2, 25)
Fuel type ID.
Fuel cost inflation pattern number •
Percent of time for 3 fuel types, e.g., 60, 40, o.
Sum of the 3 must equal 100.
Cost (c!MBtu) for 3 fuel types.
NOTE: FPCTDB and FCDB can be replaced by CNB'IU.
Fuel cost (c/iMBtu), non-nuclear thermal units only.
NOTE: CMBTU replaces FPCTDB and FCDB.
Fuel inventory cost ($/yr/kW).
Fuel burnup cost (¢/MBtu).
Fixed O&M ($/kW/yr).
Variable O&M ($/hr/1-iW or $/MWh).
Plant cost ($/kW).
Mature forced outage rate (p.uu).
Mature planned outage rate (p.u.).
ID of manual maintenance pattern.
Unit minimum uptime rule.
Monthly minimum output (MW), conventional hydro.
Monthly maximum output (MW), conventional hydra.
Monthly energy (GWh), conventional hydros
Monthly pond size or storage capacity (MWh), energy storage.
Monthly pump or charging rating (MW), energy storage.
Monthly maximum net output (MW), energy storage~
NOTE: If partially owned units are dt?scribed in more than one record, the
user must override the information in all pertinent records.
* Indicates variables that are input only for thermal units, T;rpes 1-6~
5-57
GENERATION MODEL OVERRIDES AND M.\NUALINSTALLATIONS (Continued)
If an input variable is omitted, the program will assign the following
standard table values:
NAMEDB
KPLDB
KRETDB
INORDB
HRDB
*PMINDB
*FMINDB
*PMAXDB
*FMAXDB
KFTDB
KFIDB
CMBTU
COMMITTED n, where n = 1 through 84.
Plant ID defined in KPLANT by unit type.
Retirement policy in years, defined in NYRET, by unit type.
INSTDB for unit.
Net station heat rate Btu/kWh, defined in XHRDB, by unit
type.
MW output at minimum rating, defined in XPOWl, by unit type.
Fuel input at minimum rating, defined in XFINl, by unit
type.
CAPDB for unit.
(Heat rate)*(rating)*(O.OOl), where heat rate is Btu/kWh as
defined by XHRDB or HRDB.
Fuel type defined in IFTAB, by unit type. If type 2 unit,
program will examine ITFOSS(K,N), where K is company index
and N=l, if automatic or manual addition unit, and N=2 if
Generation Model unit.
Fuel inflation pattern associated with the fuel type
assigned to the !,lnit by user input, IFTAB or ITFOSS (see
KFTDB).
Fuel cost associated with the fuel type assigned to the
unit by user input, IFTAB or ITFOSS (see KFTDB).
* Denotes variabl~s for which the user must input -1 in order t.o have the
program assign a 0 rather than the standard table value.
5-58
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GENERATION MO'::"'JEL OVERRIDES AND 1\1ANUAliNSTAllATIONS (Continued)
FUICDB
FUBCDB
*OMDB
*OMVDB
*DKWDB
*FORDB
*PORDB
MRDB
Ending $
$/yr/kW defined in FUICST{N) where N=l, if .first nuclear
type and ~r~2, if second nuclear type. Time variat1ons
defined by FUICPU(I,N) will also be applied.
tS/MBtu defined in FUCOST(K), where K refers to unit fuel
type. Time variations defined in FUBCPU(I,N) where I=time
variation, N=l, if first nuclear type and N=2, if second
nuclear type.
NOTE: Must input as many values for FUICDB and FUBCDB as
required by NUCBRK (page 5-30).
Standard table, fixed O&M, by unit type.
Standard table, variable O&M, by unit type.
Standard table plant cost, by unit type.
Standard table, forced outage rate, by unit type.
Standard table, planned outage rate, by unit type.
KCYCLE rule associated with unit type. (See Generation
Planning input.)
End of record.
(REPLACE COMMA FOLLOWING LAST PIECE OF DATA IN RECORD WITH $)
* Denotes variables for which the user must input -1 in order to have the
program assign a 0 ra·ther than the standard table value.
5-59
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GENERATION MODEL OVERRIDES AND MANUAL INSTALLATIONS (Continued)
ENVIRONMENTAl DISCHARGE ClVERRIDES (OGP-6A ONLY)
The following variables are available only in OGP-6A:
HREJDB(25)
SORMDB(25)
PREFDB(25)
CFCODB( 3, 25)
CFNODB( 3, 25)
CFPTDB( 3, 25)
CFWCDB(2, 25)
ELIMDB(25)
Atmospheric heat rejection, (p.u~).
Sulfur removal, (p.u.).
.Precipitator efficiency, (p. u.).
Carbon monoxide coefficients.
{1) -lbs/hr (2) -lbs/MWh {3) scalar.
Nitrogen oxide coefficients.
(1) lbs/hr (2) -lbs!MWh (3) scalar.
Particulate coefficientse
(1) -lbs/hr (2) lbs/MWh (3) scalar.
Water consumption coefficients.
(1) -gals/hr (2) gals/MWh.
Energy limit override input.
P.U. multipliers associated with unit still apply.
If an input variable is omitted, the program will assign the following
standard table values:
*HREJDB
*SORMDB
*PREFDB
*CFCODB
4 CFNODB
*CFPTDB
*CFWCDB
*ELIMDB
P. U. heat rejection defined in HREJ(K), where K refers to unit
thermal type, 1-6.
P. U. sulfur removal defined in SORM(K), where K refers to unit
thermal type, 1-6.
P.U. precipitator efficiency defined in PREFF(K), where K refers
to unit thermal type, 1-6.
Carbon monoxide coefficients defined in CFCTAB(N,K), where K
refers to unit fuel type, 1-20.
Nitrogen oxide coefficients defined in CFNTAB(N,K), where K
refers to unit fuel type, 1-20.
Particulate coefficient defined in CPFTAB(N,K), where K refers
to unit fuel type, 1~20.
Water consumption coefficient defined in CFWTAB(N,K), where K
refers to unit fuel type, 1-20.
Energy limit associated with assigned thermal type.
* Denotes variables for which the user must input -1 in order to have the
program assign a 0 rather than the standard table value.
5-60
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GENERATION PlANNING PROGRAM
For the Generation Planning Program, the following order of input data
must be observed:
la General data.
2. Annual data (optional).
Annual data for year XXXX will be read by the program only if the previous
set of data contained IYREAD=XXXX.
Unless otherwise stated, all values have been initialized to 0.
5-61
0
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I GENERfl~TIOf'J PLANNING
7<''
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ALPHABETIC LISTING OF INPLJT VARJABLES
Variable Page Variable Page Variable Page Variable Page r· .,
• I ADJPSH 5 .,h ID2 5-89 KSPARE(4) 5-88 *NTOTAL 5-89 -"'f
BTUNIT 5-90 IDCTRT 5-76 KWHERE 5-74 *NTRIM 5-81
CAP 5-90 IFCPAT 5-91 KZONE 5-6.8 NUMZON 5-68 r -·,
I CAP COS 5-91 *IFSP 5-84 LCOMIT 5-68 NYPOVR 5-82
CEFFES 5-89 IF TYPE 5-90 LIMCF 5-92 *NYPWTH 5-89
COEFCO 5-92 D1STYP 5-65 LIMIT 5-92 NWUSER 5-87 r -l
COEFNO 5-92 *IMSYRS 5-65 IMAINT 5-67 OM 5-91
II COEFPT 5-92 INHMNT 5-67 LMBSES 5-82 OMHYD 5-89 I COEFWC 5-92 IPATRN 5-89 LPLOLP 5-87 OMV 5-91 r· .,
CSTENG 5-63 IPLANT 5-90 LSPARE(l) 5-87 OMVHYD 5-89
I CTRINC 5-76 IREGN 5-90 LSPARE( 4) 5-68 PC TRIM 5-81
CTRTMW 5-76 IVCSUB 5-83 *M3D 5-87 POR 5-90
DKWYCT 5-76 IYRAUT 5-83 *M4D 5-88 PORSHK 5-65
I DMWHCT 5-76 IYREAD 5-84 MATOR 5-79 FOWl 5-90
ECOMIT 5-69,5-70 KBREAK 5-68 MIX 5-79 POW2 5-90
I EDISP 5-69,5-72 KCALCL 5-84 MMPAT 5-90 PRBMIN 5-85
EERATE 5-63 KCTRT 5-76 MNTPKM 5-67 PRECEF 5-92
I EEPRNT 5-88 KCYCLE 5-68 MONAUT 5-79 PRGOAL 5-78
ELIMIT 5-92 KEYCMT 5-69 MONRET 5-83 PROVER 5-82
ESIZEG 5-89 KEYENV 5-84 MPRINT 5-86 PUELIM 5-92
I ESIZEP 5-89 KEYPRC 5-78 MSTRUN 5-90 Pli'FLIM 5-92
ESIZES 5-89 KEYPSH 5-74 MYRAUT 5-80 PUHREJ 5-92
EULIM 5-92 *KEY SUM 5-87 MYREXT 5-67 PUSORM 5-92
I EXCHYD 5-74 KIND 5-90 NALLOC 5-85 PWRATE 5-63
EXCMAX 5""74 KLOLP 5-78 NATRIM 5-81 RANFOR 5-68
;jj EXPh"WH 5-63 *KODE2 5-86 NDVOM 5-84 PATEIC 5-76
EXMXPU 5-63 *KODE3 5-86 NENTRY 5-78 RATEPC 5-76
I EXRATE 5-63 KODE( 6) 5-87 *NFIRST 5-85 RELENG 5-74
FAIL 5-79 KODE( 7) 5-84 NHCTRT 5-76 SHKFOR 5-65
FINl !>-90 KODE( 9) 5-88 NIMMOR 5-65 SHKPOR 5-65
FIN2 ~)-90 KOPT 5-79 NKODE(l) 5-84 SO CO NT 5-92
FIXCHG 5-89 KOPOVR 5-82 NKODE(2) 5-81 SPRES 5-64
FLIMIT 5-92 KORDER 5-74 NKODE(4) 5-85 SRCRDT 5-64
FOR 5-90 KOSTPC 5-84 NKODE( 5) 5-80 SRMULT 5-64
FORSHK 5-65 *KPCUMT 5-87 NKODE(7) 5-85 STEP 5-84 ,. FUCOST 5-91 KPRENV 5-86 NKODE(8) 5-65 TEMPC 5-91
FUIC 5-91 KPRES 5-88 NKODE(lO) 5-87 *TYCST 5-84
GRMLTI 5-80 KPRSMY 5-88 NLPW 5-79 UNCLL 5-81
GRMLTP 5-80 KPRSUM 5-87 NNAHED 5-89 UNCLM 5-81
GSTART 5-75 *KPSUM2 5-87 NNMANY 5-89 UPFUEL 5-85
'li HRINMX 5-78 *KPSUM4 5-88 NOKOPT 5-79 YRINMX 5-78
~~ HYDFCR 5-89 KPVIOL 5-88 NSBASE 5-80
IDl 5-89 KRMAX 5-80 NSICMT 5-85
Ji r;
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l NOTE: All data input in Generation Planning, except those indicated
by *, may be overriden annually through the use of IYREAD.
.. _ _,
5-62
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GENERAL DATA
$INPUT
PWRATE = ___ ,
EXMXPU = ___ ,
EXDMWH = ___ ,
EXRATE = ___ ,
CSTENG = ___ ,
EERATE = ___ ,
Present worth interest rate.
Initialized to 1.06.
Option to sell off-peak excess energy when sum of
minimum generation exceeds load.
0 = Do not sell.
Program will print err•,or message, summarize
and step ..
X.XX = Maximum sell limit, percent of sum of
minimum loadings.
e.g., 0. 25 is 25 percent.
Cost associated with sale of off-peak excess
energy ($/MWh).
(Rel:tiv~ to year in which costs are quoted.)
Inflation rate associated with off-peak excess
sale.
6% input as 1.06.
Initialized to 1.0.
Cost of emergency tie assistance in production
costing calculations, $/MWh.
(Relative to year in which costs are quoted.)
Initialized to 10.
Emergency energy cost inflation rate.
Initialized to 1.0.
5-63
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SPINNING RESERVE
SPRES =
SRMULT = ----'
SRCRDT = ----'
---'
----'
If SPR&~ < 0.0, program calculates:
Spinning reserve = SPRES*MW rating of largest
unit in system and not on maintenance in
month being studied.
If 0.0 < SPRES < 1.0, program calculates:
Spinning reserve = SPRES*monthly peak load in
MW.
If SPRES > 1. 0, spinning reserve = SPRES
in MW.
Minimum spinning reserve (MW).
If inputted, program will compute spinning
reserve using SPRES rules and will use
larger of SRMULT or calculated spinning
reserve.
Maximum unused energy storage capacity
to take as spinning reserve credit
(p.u. of total energy storage generating
capacity).
5-64
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OUTAGE RATE IMMATURITY MULTIPLIERS
NKODE( 8) = ___ ,
or
NIMMOR =
SHKFOR( 6)
SHKPOR( 6)
IMSTYP( 6)
or
IMSYRS =
----'
FORSHK(l0,6)
J 1 , Thermal Type
Step
PORSHK(l0,6)
I ·1--Thermal Type
L-step
SHKFOR = ---SHKPOR = ___ , ___ , ___ ,
Outage rate immaturity multipliers to use.
0 = Use single-step multipliers ..
1 = Use multi-step multipliers.
Single-step immaturity multipliers on forced
outage rate, by type.
10% increase input as 1.10.
Initialized to 1.0.
Single-step immaturity multipliers
planned outage rate, by type.·
15% increase input as 1.15.
Initialized to 1.0.
on
Number of years for which single-step imma-
ture forced and planned outage rates apply.
Per-unit immaturity multiplier for forced
outage rate.
15% increase input as 1.15.
Each step remains in effect for one year.
Per-unit immaturity multiplier for planned
outage rate input.
15% increase input as 1.15.
Each step remains in effect for one year.
___ , ___ , ___ , ___ , ___ ,
---'
IMSTYP = ---
5-65
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OUTAG·E RATE IMMATURITY MULTIPLIERS (Continued)
FORSHK(l,l) = , FORSHK(l,2) = FORSHK(l,3)
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FORSHK(l,4) = ' FORSHK(l,5) = ' FORSHK(l,6)
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PORSHK(l,l) = ~ PORSHK(l, 2) = ' PORSHK(l,3) , '
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PORSHK(l,4) = PORSHK(.:,~ 5) = PORSHK(l,6)
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5-66
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r·1
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'
' ,. '"\
'
'
'
'
= '
' ,
'
'
'
= 7
'
'
'
'
'
'
I
I
1 r
1 r
1 r~,
I f~
1 r~
I
I f-1
t J
I r~
~ J
I {l ~
_j
I ~-;
"'· 'f l.J
I f1 :l
'"
I {! ~
t~
i fl
1i J,l ~! ~
r-1 ~I 1"1 ~ l ;
I ~
f ;
{ u I
'
r'l:
LJ
MAINTENANCE SCHEDULING
MNTPKM = ------'
INHMNT = ___ ,
---'
--:..--'
• 3 ___ ,
LMAINT = ___ ,
MYREXT = ,
Option to inhibit program frcm scheduling planned
maintenance during peak load month.
0 = Normal maintenance scheduling.
1 = Do not maintain units in peak load month.
-XX = Do not maintain units in Month XX.
Option to define maximum of 5 months in which to
inhibit scheduling of planned maintenance.
0 = Normal maintenance scheduling.
N = Do not schedule maintenance in month Ne
-1 = Do not schedule maintenance in peak load month.
Initialized to INfMNT = 5* 0.
If INHMNT data is not supplied, program will use
MNTPKM data.
Option to save/read production cost maintenance
schedule on File 14.
0 = Omit.
1 : Save annual maintenance schedule on File 14.
Must provide appropriate control card.
-1 = Read annual maintenance schedule from File 14,
which had been written to by a previous OGP
execution; must provide appropriate control card.
NOTE: This option may be used only on fixed, i.e.,
manual expansion runs, not on automatic
expansion runs.
Option to schedule planned maintenance for units
installed/retired in mid-year.
0 = Do not schedule planned maintenance.
1 = Schedule prorated planned maintenance or
pertinent manual maintenance pattern.
Initialized to 0.
5-67
.. ·--..~~~--. .. . ' .
I
l '
[
c ~
l
l
1
L -
THERMAL UNIT COMMITJ\1ENT AND DISPATC~i
Default -·
KCYCLE :: ' 1
2 _,_, 3
' 3
3
' 3
NUMZON =
Default
KZONE ::= ' 4 } ' 4
' 4
----1 12
12 }
' 12
KBREAK = 1
4
5
' 6
LCOMIT :: ___ ,
or
LSPARE(4) = '
RANFOR = ___ ,
~linimum uptime rule for each thermal type. r·
Rule -1 -Must run unit.
Rule 1 -If committed, must run all week.
Rule 2 -If committed fot• weekday, must. run all
f <-'' 1-1eekdays.
If committed for weekend, must run all
weekend.
Hule 3 -If committ.ed, must run all hours in r ,
commitment zone period~
Number of commitment zones (maximum of 6).
Initialized to 6.
Number of hours in each commitment zone.
Weekday.
Weekend.
Index in KZONE list which points to first and last
zone in weekday and first and last zone in weekend
day.
Optional treatment of must-run units in determining num-
ber of units committed to mmet load plus spinning reserve.
0 = Use maximum rating of mwst-run units.
1 = Use minimum rating of must-run units and then
delta sections, if economical.
Initialized to Oo
Option to consider rcmdom forced outage.s in production
costing calculationso
0 ~ Do not use random forced outages; extend
maintenance by amount of forced outage rate.
+1 = Use random forced outages in decision passes and
-1 =
optimum pass.
Use random forced outages in optimum pass only.
In decision passes, program will extend
maintenance by amount of forced outage rate.
5-68
I F ~ i~
f F t f ",
{ --,~
#""' • l .
'I ;:..; .~
lt f ; ..
1 F 1 1 I I
( r L~
r r~ l.
[ r-:·
Lj
r ' ~ l. L.-~·
[ [~
I ( r~
,, J
t.A
r
f ; ~
L • L~
l q u t_"'
j. L· ... ~ f . . t~
THERMAL UNIT COMMITMENT AND DISPATCH (Continued)
KEYCMT = ----Option to use in determining commitment list.
0 = Order unit commitment by full load operating
cost (regular production cost priority).
1 = 'Use weighted costs (see ECOMIT). In OGP-6A, all
environmental characteristics are considered (see
ECOMIT, page 5-70).
~1 = Order unit commitment by uptime rules and then by
cost. Costs will include ECOMIT factors.
COMMITMENT AND DISPATCH WEIGHTRNG FACTORS (OGP-6 only)
ECOMIT( 25)
EDISP(25)
-
ECOMIT = _____ 1
-----'
-----' _____ ,
-----' -----' -----'
---·-' -----'
-----'
-----'
------'
-----'
-----'
-----'
-----'
Regional weighting coefficients for full load
$/M"wh used i.n unit commitment.
Regional weighting coefficients for incremental
$/MWh used in unit dispatch5
EDISP = ---·-'
-----'
-----' _____ , _____ ,
-----'
-----'
--·---'
-----'
-----' -----'
-----'
-----'
5-69
r-r
' ;
~
r r
0
I
lf..,
n
{
t
l'l
J
L
r-
--~ . -
r ,
l ~-
r
L
f A
t
(
b
"'··'·-~
r
L ~'-.J
,-_
t
L r ·;:,s .... ;
r
f.--,
-l. ...... ""'~
t ~
~ ~~
l
ENVIRONMENTAL WEIGHTING FACTORS (0GP-6A only)
ECOMIT( 25, 8)
I . L__Emission Factor
L___Region
Weighting coefficients, by region and
emission factor, for determining unit
commitment.
Heat Rejection Heat Rejecli.2!1 into Atmos:ehere into Water Full Load 1 $/MWh HBtu/MWh MBtu/MWh so 2 , Toris/MWh
ECOMIT(l,l) = ' ECOMIT( 1, 2) = , ECOMIT(l,3) = ECOMIT(l,4) ' ' ' ' '
' '
' ' ' ' '
' ' ' ' ' ' ' ' ' ' ' ,
' ' ' ' ' '
,
' J '
' J
' ' ' ' ' ' ' ' ' ' ' ' ' ' ' J
' , ' ' '
,
' ' ' 'i
' J
' '
NOTE: Full load $/MWh matrix initialized to 1.0.
All other matrices are initialized to zero.
':, ~.
(Input data for region 25 if there are
lumped fossils and gas turbines, i.eo,
lumped Unit Types 2 or 3, in study.)
5-70
5-71
= '
'
'
'
'
' ,
'
J
'
'
'
'
'
'
'
'
'
g __ ,
._.-:--,
'
'
'
,.,
l-
-,
""""' il
[ """"""
~
;, l
-t' r r": 4
t ,, ' >
~
#.::~.~ .. . ..,.,
(
ll
l ~-<I
t i
r • t
"'
F""
r---. • r . ~ .
'
' 1\, '
f'.7r'""•
r r::"" 'I
I
lJ
;-"':-
r ;-'
{ I
L I
·-~
r '!-'l
I
L
r r-·
L t -
1? r~·· t . '·
I r ~--, [
\J L--.~
I
r r··--
' L
[ <__. __
r
_) ~ 'l L
r
t iL.·-~)
k '. l::~~
r• •. ,
L
~ ~;.::.;
L
ENVIRONMENTAL WEIGHTING FACTORS (OGP-6A only) (Continued)
NOX' Tons/MWh
CO, Tons/MWh
ECOMIT(l, 5) = ~ ECOMIT(l,6) = ' ' ' ' __ ,
' ' ' ,
' ,
' ' ' ' ,
' ' #
' ' ' ' ' ' ' _,
' ' ' ' ,
' ' ~
' ' ' ' '
__ ,
' ' ' ' ' ' ' '
5-71
Particulate,
Tons/~1Wh
ECOMIT(l, 7) = '
' -'
'
'
'
'
'
' ,
'
'
'
'
' ,
'
'
' __ ,
'
'
'
'
'
Water Consumptiqn,
1000 gal/MWh
ECOMIT(l,8) = '
'
'
'
'
'
'
'
'
'
'
'
'
'
'
' _,
'
'
'
'
'
'
I
,'"'"
ENVIRONMENTAL WEIGHTING FACTORS (OGP-6A only) (Continued)
EDISP( 25, 8)
j 1----Emission Factor
~---Region
Weighting coerficients, by region and by
emission ractor, ror detenaining unit
dispatch.
Heat Reje.,ction Heat Rejection
into Atmos2here into Water so 2 , Tons/MWh Incrementall $/MWh MBtu/Mv~'h_ MBtu/MWh
EDISP(l,l) = '
'
'
'
'
'
' ,
'
'
'
'
'
'
' ' ,
' ,
'
' ,
,
'
EDISP(l, 2) = __ , EDISP(l,3) = , EDISP(l,4)
' '
' ' __ ,
' ' , '
' ' ' ' , ' ,
' '
' '
' ' ' ,
' , , '
' » _, ' ,_,_, ' __ , ,
' ,
' '
' , , '
' '
NOTE: Incremental $/MWh matrix initialized to 1.0.
All other matrices are initialized to zero.
(Input data ror region 25 ir there are
lumped rossils and gas turbines, i.e.,
lumped Unit Types 2 or 3, in study.)
5-72
=
r:--,~
f"l
' \. "
' r---:
' . r
' 1
'
'
'
7
f ., ,
f J
' ' '
'
' ,
'
'
'
,
'
'
' .
'
-
-
-
ENVIRONMENTAL WEIGHTING FACTORS (OGP-6A only) (Continued)
Water Consumption+
1000 gal/MWh
NOX, Tons /MWh
EDISP(l, 5) = __ , ___ , ___ , ___ , ___ , ___ , ___ , ___ ,
_, ___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ ,
CO, Tons/MWh
Particulate'-
Tons/MWh
EDISP(l,6) = __ EDISP(l, 7) = ___ , ___ ,
_, ___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ ,
___ , ___ , ___ , ___ , ___ , ___ , ___ , ___ ,
5-73
\)
_, ___ , ___ , ___ , ___ ,
---~ ___ ,
___ ,
....----' ___ , ___ , ___ ; ___ , ___ , ___ , ___ , ___ ,
EDISP(l,8) = __ , ___ , ___ , ___ , ___ , ___ ,
_, ___ ,
___ , ___ , ___ ,
___ , ___ , ___ ,
HYDRO AND ENERGY STORAGE CALCULATIONS
KWHERE :: ---'
EXCHYD = ---'
EXCMAX = ___ ,
RELENG(l2)
ADJPSH = ___ , ___ ,
---~
KEYPSH = ___ , ___ , ___ ,
KORDER= ___ ,
:;;. ,-,
Default
1
2
3
Conventional hydro scheduling mode (produ~tion
cost calculations).
0 = All weeko
1 = Weekdays only.
Option to spill or carry forward excess hydro
energy.
-1 = Carry forward from month to month, including
into the following year.
0 = Carry forward from month to month but not
from year to yeara
1 = Spill excess each month.
Maximum amount of con'lentional hydro
excess, in MWh, to be carried forward.
excess over this amount will be spilled.
energy
Energy
Conventional hydro energy for reliability
calculation only.
MWh of energy, by month, which can be used to
shave hourly loads which had been modified for
non-zero hourly contracts and resorted. If not
supplied, program will use production cost energy
(ENGYDB) with run-of-river portion derated.
Adjustment on pumping or charging cost, by
energy storage typea
Pumping cost is multiplied by ADJPSH before being
compared with generating cost .•
Initialized to l.O.
Option to evaluate certain pumping/generating
periods for energy storage types.
0 = Weekday pump, weekday generate.
Weekend pump, weekday generate.
1 = Weekday pump, weekday generate.
Weekend pump, weekday generate.
Weekend pump, weekend generate.
-1 = Daily cycle only.
Weekday pump, weekday generate.
Weekend pump, weekend generate.
Order of energy storage dispatch.
5-74
1/
I
I
[
>
r
r <
r~:
t
r-,
~
u <
" t;!t
HYDRO AND ENERGY STORAGE CALCULATIONS (Continued)
GSTART(l2,3)
GSTART(l, 1) =
t
'
'
'
t
t
'
t
'
GSTART(l, 3) = t
'
'
'
-----' -----' _____ ,
-----'
Free energy input, MWh, energy storage by month.
5-75
GSTART(l,2) = -----'
RELENG =
-----'
-----' _____ ,
-----' -----'
-----' _____ ,
-----' -----'
-----' -----'
-----' -----'
~---'
-----' _____ ,
-----'
-----'
--~--' -----' _____ , _____ ,
~
~
~
~
FIRM CONTRACTS,. PURCHASES AND SALES
(J:.iaximum of 10 contracts)
IDCTRT(lO)
NHCTRT(lO)
KCTRT(lO)
DKWYCT(lO)
RATEIC(lO)
DMWHCT(lO)
RATEPC(J.O)
CTRTHW(l2, 10)
CTRINC(lO)
Hollerith identification of contract.
6 characters/contract.
Number of hours each day the contract will
modify the load.
NOTE: If NHCTRT:O, contract will modify the
loads for reliability calculations
only ..
.
Code for application of contract.
0 = All week.
1 = Weekdays only.
Demand charge, $/krl/yr.
(Relative to year in which costs are quoted.)
Investment cost calculations.
Demand charge inflation multiplier.
Initialized to 1.0.
Energy charge, $/MWh.
(Relative to year in which costs are quoted.)
Production costing calculations.
Energy charge inflati.on multiplier.
Initialized to 1.0.
Contract in MW, by month.
12 entries for each contract.
Positive entry is a purchase, i.e. , a load
reducer.
Negative entry is a sale, i.e., a load adder.
Difference between 12-month contract and
actual MW used or sold (MW).
Added to CTRn~w in investment cost
calculations •.
5-76
_,-I f
', :'
J
.-_._
....~
~J
~~
l
f"
·t=-FIRM CONTRACTS, PURCHASES AND SALES (Continued)
t IDCTRT = 60H
' NHCTRT = , ' , ' , , ' , ' '
~>o-,~
t KCTRT ... ' ' ' ' ' ' ' ' ,
DKWYCT = ' ' ' ' ' ' ' ' ' , F-:<"·
RATEIC ~~ = ' ' ' ' ' ' ' ' ' ' DMWHCT = ' ' , ' , ' ' ' ' ' •t--:-RATEPC t_ ~
' ' -' ~---' ' ' '
__ ,
' CTRINC =
' ' ' '
-· ---· ~' 7 7 ·-' ' ,
}'"'",.....
t' L CTRTMW(l,l) = CTRTMW(l, 2) = CTRTMW(l, 3) = CTRTM"W(l, 4) = '
,
-, _,
' ' ' '
\"· l u ' ' , ,
' ' ' ' ___ ,
' ' L. ' ,
' ,
' ' ' ,
J J ""~·· r-' , , , f,
' , , t.~. '
' ' ,
J r· CTRTMW(l, 5) = ' CTRTMW(l, 6) = j CTRTMW(l, 7) = ' CTRTMW(l, 8) ::
' --.L
' ,
' ' ' ' , t" ; }
' '
~ .
t" ' ,
' ' ' , ,
' ' ' , r -
t~-' ' ,
. " -.' 7
' , , f ' ,
' ' --!-' l ...
' ' ,
' CTRTMW(l, 9) = ' , CTRTMW(l, 10) = , , ~
ll' j
~ ' ' '
f
' ' J _,
' ' 6 , , , f
t.;
' r ' 1 ,
L
,L.
iF -5-77
DESIGN CRITERIA
PRGOAL = ---·'
KEYPRC = ---'
l'RINMX = ---'
HRTIR-lX =
KLOLP(l) = ---
KLOLP( 2) = ---'
KLOLP(4) = --·-'
NENTRY(24)
NENTRY = ' _,
'
'
Percent reserve goal.
e.g., 25.0 = 25 percent reserve goale
If not input, program will expand system to meet
LOLP.
If input, program will expand system to meet PRGOAL.
Option to compute percent reserve as
0 = (Capacity + contracts -load)/load.
1 = ((Capacity + other contracts) -(load -con-
tracts at 0 hrs)]/(load -contracts at 0 hrs) ..
-1 = (Capacity (load contracts)]/(loed
contracts).
Risk index, days/year, used in system reliability
calculations.
Initialized to 0.1.
Risk index, hours/year, used in system reliability
calculations.
Initialized to l.Oo
Option to design system to hourly risk.
0 = Design to daily risk.
1 = Design to hourly risk.
Initialized to G.
Option to calculat~ hourly risk if designing to
daily risk.
0 = Do not calculate hourly risk.
1 = Calculate hourly risk in all passes.
-1 = Calculate hourly risk in optimum pass only.
Initialized to 0.
Option to schedule hydro and energy storage units
when calculating risk.
0 = Use derated values.
1 = Do actual scheduling of units.
Hourly reliability calculation.
Hours to be evaluated.
Initialized to 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24.
;:"··
J _, ' ' ' ' ' '
' ' J
' ' '
5-78
' j
1,,,-
l
r·
f
"
r
L
OPTIMIZATION
FAIL = ___ ,
KOPT = , Type 1
, Type 2
' Type 3
, Type 4
' Type 5
, Type 6
' Type 7
, ES-1
, ES-2
, ES-3
MIX =
NOKOPT = '
' ' __ ,
'
' '
' '
MA'l'OR = '
NLP\-1 =
MONAUT = ---'
..
Type of expansion.
0 = Automatic, i.e., add units until system
reliability index is met.
l =Manual, i.e., add committed units only.
NOTE: Even if FAIL=l, KOPT list must contain at
least one zero entry.
Code to define types to be e·valuated in the
optimization.
0 = Evaluate.
l = Do not evaluate (list is initialized to 1).
NOTE: Program requires at least one zero entry in
list.
Program sets KOPT(7)=l each year.
Check unit availability matrix for years
of installation (XSIZES and MANFYR, see page
5-17).
Option to mix types of automatic units added in
any one year.
0 = Add only one type in one year.
1 = Allow multiple unit types in one year.
Code to define types to be optimized on only in
the mix logic.
0 = Evaluate type alone and in the mix logic.
l = Evaluate only in the mix logic.
Option to select minimum cost expansion based on
mature forced and planned outage rates of units
added automatically in study year.
0 = Use immature rates in decision passes.
l = Use mature rates in decision passes.
Initialized to 1.
NUmber of years over which to levelize fuel costs
and O&M costs of all units in the decision passes
to select minimum cost expansion.
(If NLPW < 1, use actual fuel costs and O&M
costs.) -
NLFW ~ 30.
Initialized to 10.
Option to install all automatic units in month
other than January.
e.g., MONAUT = 3, Install units in March.
Omit if units are to be installed in January.
CAUTION: Do not install units after month in
which peak load occurs.
5-79
OPTIMIZ~TION (Continued)
MYRAUT =
KRMAX =
NNMANY = -----'
NNAHED = -------'
GRMLTI = ----'
GRMLTP =
NKODE(5)= ---
or
NSBASE =
Option relative to installation of mid-year
automatic additions.
0 = Original logic.
Install units as designated by MONAUT in
decision passes and optimum pass.
1 = Decision passes--Install j_n January for
production and investment calculations.
Install in MONAUT for reliability and percent
reserve calculations.
Optimum pass--Install in MONAUT for all
calculations.
Initialized to 0.
Maximum number of passes through reliability
calculations for each type of unit to be
evaluated in the optimization. If exceeded,
program will print summary and terminate.
Initialized to 20.
Unit size guide (nuclear and base fossil only).
Add NNMANY units in NNAHED years.
Unit size guide (nuclear and base fossil only).
Add NNMANY units in NNAHED years.
Multiplier for choosing size of intermediate
units on which to optimize. Size chosen wlll be
closest size to GRMLTI times current year's load
growth.
Initialized to 1.0 ..
Multiplier for choosing size of peaking units on
which to optimize.
Size chosen will be closest size to GRMLTP times
system capacity.
Initialized to 0.01.
Option to alter logic used in choosing size of
base load units on which to optimize.
0 = May not choose a size smaller than already
used in previous year (default).
1 = lvlay choose optimum size even if smaller than
what was used previously.
5-80
fl
I
i
i,. '!
L j
..
L_.
;;
' L.~
Led
TRIM LOGIC
PCTRIM =
NTRIM =
----'
----' ____ ,
----'
·---'
----'
NKODE(2) = ----'
or
NATRIM = ____ ,
Percent trim code, (p.u. by type).
Option to meet minor MW deficiency by
installing trim units instead of unit
type being evaluated.
Used only when evaluating thermal units
(Types 1-6).
If MW deficiency is less than PCTRIM for the
unit type times the size of the unit being
evaluated, the program will add trim units.
0 = Do not trim.
X.XX = Use trim logic.
e.g., 25% = 0.25.
Thermal type to use for percent trim option.
Initialized to Unit Type 3.
Option to alter trim logic.
0 = Default logic.
1 = Do not trim unless at least 1 unit of
the type being optimized on has been
added.
LOAD FORECAST UNCERTAINTY
UNCLM(lO)
UNCLL(lO)
P. U. multipliers on peak load forecast read from load
model.
Omit if load forecast uncertainty option not used.
Likelihood of load level occurring (i.e. , weighting
multipliers for load variations).
Sum of entries must equal 1.0.
Omit if load forecast uncertainty option not used.
NOTE: Load forecast uncertainty used only in reliability calculations.
UNCLM = ' UNCLL = '
' ' ' '
' ' _, ' _, _, '
5-81
ij
~ ..
[
~;) '-0,,.
,·:',• a·~ '>;:-·~-i
ECONOMIC OVERBUILDING
NYROVR(30)
KOPOVR(lO)
PROVER = ---
LMBSES = ---
NYROVR = '
'
' , , , ,
'
'
, ,
,
Option to perform economic ov·erbuilding for each
year of study.
0 = Do not overbuild in given year.
1 = Overbuild in given year, if economical.
Initialized to 0.
Code to tag thermal or energy storage type as
candidate for overbuilding.
0 = Overbuild with type, if economical.
1 = Do not overbuild with type.
Initialized to 1.
Associated input: KOPT and NOKOPT.
Maximum installed percent reserve to expand the
system to, if economical.
After enough units have been added automatically
to meet desired risk index or percent reserve
goal, program will continue adding units that are
candidates for overbuilding as long as it is
economical to do so, or until maximum installed
percent goal is reached.
e.g., 50.0 = 50 percent maximum percent goal.
Initialized to 0.
If maximum installed percent reserve has not been
reached when overbuilding with each type above,
option to mix best base load type with best
energy storage type before entering MIX logic.
0 = Do not mix best base load with best energy
storage.
1 = Mix best base load with best energy storage
prior to entering MIX logic.
Initialized to o.
NYROVR(l6) = ___ , ___ ,
---'
---
---' __ , ___ , ___ ,
5-82
KOPOVR :: ---
___ ,
I
_," J
r
:t -
< j
( ,I
t ...... d
i
jl
'l .J
!
RETIREMENT OF AUTOMATIC UNITS
Option to retire units added automatically by the program.
In the Data Preparation Programt
reti1 .. ement of existing units or
IYRAUT defines the number of
automatically:
NYRET defined the number of years before
committed unit.s. In Generation Planning,
years before retirement of units added
IYRAUT(lO)
IVC'..SUB(lO)
MONRET = ---
IYRAUT = ,
' ,
,
J ,
'
Number of years before units added automatically
are retired, by type.
Initialized to 100.
Option to subtract investment cost of units added
automatically, upon their retirement, by type.
0 = Do not subtract.
1 :: Subtract.
Initialized to 0.
Refer to NSICMT, i.e, NKODE( 4) for retirement of
units committed manually.
Month of retirement for units added automatically.
e.g., MONRET=3, retire unit at beginning of March.
Omit if units are to be ,retired at beginning of
January.
IVCSUB = ,
' ,
' ,
'
'
5-83
PROGRAM OrTtONS
KEYENV =
KODE( 7) =
or
KCALCL =
KOSTPC =
IFSP =
TYCST =
NKODE(l) =
or
NDVOM =
IYREAD =
STEP =
---'
___ , ___ ,
---'
'
___ ,
---
---' ___ ,
___ ,
Option to perform fuel consumption environmental
discharge calculations.
0 = Omit.
1 = Calculate fuel consumption and emissions
{OGP-6A).
-1 = Calculate fuel ct:msumption only (OGP-6).
Option to bypass probability calculations.
0 = Compute probabil~ty calculations.
1 = Bypass probability calculations.
Initialized to 0.
If KODE(7)=1, must input FAIL=l, or plan to meet
a percent reserve goal.
Option to bypass production cost calculations.
0 = Bypass production cost calculations.
1 = Compute production cost calculations.
Initialized to 1.
Option to develop data to be used
Financial Simulation Program. Data
by
will
the
be
stored on File 11, which must be saved
permanently on tape or permanent file by the use
of an appropriate control carda
0 = Do not develop file.
1 = Develop file without printing.
-1 = Develop file and print on Report 06.
Annual carrying charges for generation capacity
installed prior to start of study (in million $).
Option to redefine variable O&M.
0 = $/fired hr/.MW.
1 = $/MWh.
Option to read annual data.
0 = No annual data to be reade
N = Year in which next set of data will be read
(4 digits).
Option to allow user to input step size of
probability table instead of allowing program to
determine step size based on annual peak load.
(Refer to page 5-52. )
5-84
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PROGRAM OPTIONS (Continued)
NKODE(4)=
or
NSICMT =
PRBMIN =
NFIRST =
NKODE(7)
or
NALLOC =
=
UPFUEL(20)
UPFUEL =
___ ,
___ ,
'
'
'
, ,
' , ,
'
Option to alter investment costing logic.
0 = Default logic.
1 = When a thermal unit is retired from the system,
subtract its investment cost from the total
investment cost. (Applies only to those committed
units added during the study. Refer to IVCSUB for
retirement of units added automatically.)
Probability tal:le cutoff point.
Initialized to l.OE-15.
1 = Each year's costs occur in December.
0 = Each year's costs occur in January.
Initialized to 1.
Option to alter allocation of units among companies.
0 = Siting allowed in all companies (default).
1 = Do not add units to companies which have load but
no capacity.
Switch to tell program how to assign fuel costs to
units, by fuel type.
0 = Use TEMPC data, indexed on master list.
User may override TEMPC at general data level or
annually.
1 = Use FUCOST data, indexed on fuel type.
User may override FUCOST at general data level or
annually.
Initialized to =dro.
NOTE: Gene raJ. data--costs are input relative to year
in which costs are quoted.
,
'
,
'
'
Annual data--must deflate by current year fuel
inflation multiplier, since program reads data
first and then multiplies by appropriate fuel
inflation multiplier.
5-85
!
)
]
I OUTPUT OPTIONS
KODE2(30)
J
I
KODE3( 30)
I
I MPRINT(l2)
KPRENV(4)
KODE2 = ~ ' , ' , ' , ,
' ' , ,
' ' , '
' ,
'
' '
' J
' ' , ' , ,
Option to print annual production cost output, by year.
0 :: Omit.
1 = Print annual production cost output for all
decision passes.
-1 = Print annual production cost output for optimum
pass only.
Option to print monthly production cost output by year.
0 = Omit.
1 = Print monthly output in addition to annual output.
Associated input: KODE2 and MPRINT.
Option to print production cost output for selected
months.
Must input KODE3 data to initiate monthly print.
0 = Do not print monthly output.
1 = Print monthly output.
List initialized to 1.
Option to print fuel consumption report or
environmental emission report (OGP-6A only) by the
following categories: Unit, Plant, Region, or Fuel
type.
0 = Print.
1 = Omit.
Associated input: KODE2 and KEYENV.
KODE3 = ' ' MPRINT
' ' , ' , ,
'
'
' ,
' ' , ,
' ' _, , , , , ' , , KPRENV ,
5-86
= _, _,
_,
·'
'
~· ,
' ,
,
'
'
=
' ,
_)
l 'i ,,
' ~
~
I
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~"It
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I . '
..-,
I
,-
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OUTPUT OPTIONS (Continued)
NKODE(lO) = ,
or
NWUSER =
LSPARE(l) = ' or
LPLOLP = '
KODE(6): ' or
KPRSUM =
KPCUMT = ---'
KPSUM2 =
M3D = ---'
KEYSUM =
Option to save production cost and reliab~lity results
for subsequent use by user-written program.
Will write output to File 12. This file must also be
saved on tape or permanent .file by the use o.f an
appropriate control card.
0 = Do not save production cost results.
1 = Save results.
NOTE: Associated input KODE2 and KODE3.. A production
costing pass will be saved .i.f and only i.f it is
printed.
Option to print monthly LOLP on Reports 06 and 07.
0 = Omit.
1 = Print on Reports 06 and 07.
Option to print Summary 1 output.
(Detailed summary o.f decision passes in the
optimization.)
0 = Omit.
1 = Pr:Lnt.
Initialized to 1.
Option to print components of cumulative present worth
o.f annual charges in Summary 1.
0 = Omit.
1 = Print cumulative .fuel, O&M and investment costs in
Summary 1.
Initialized to 0.
Option to print Summary 2~
(Summary o.f unit additions by unit type and company.)
0 = Do not print.
1 = Print.
Initialized to 0.
Option to receive
messages and end o.f
(Summary of unit
reliability. )
Summary 3 output, program error
calculations message via terminal.
additions, annual costs, and
bulk output. 0 = Printed only as part of
7 = Write output on Report
terminal. Will also be
Initialized to 7.
07 and receive output via
printed on hard copy.
NOTE: M3D input to Data Preparation Program
carry through to Generation Planning
Each is an independent input item.
does not
Program.
Option to print summary of yearly cost and present
worth values.
1 = Omit.
0 = Print one-page summary following Summary 2 and two
additional summaries on Summary 3.
5-87
I
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_,
I
I
OUTPUT OPTIONS (Continued)
KPRSMY =
or
KSPARE(4)
M4D =
KPSUH4 =
KPRES =
or
KODE(9) =
EEPRNT =
KPVIOL =
Ending $
'
= '
'
---'
___ ,
___ ,
Referring to KEYSUM input, option to print summary on
Report 07 or 08.
0 = Do not print on Report 07 or 08.
7 = Print on Report 07.
8 = Print on Report 08.
Initialized to KPRSMY=O.
Option to receive Summary 4 output.
(Summary of 10 best decision passes each year.)
0 = Printed only as part of bulk output.
8 = Write output on Report 08 and receive output
via terminal.
Will also be printed on hard copy.
Option to print an additional line of output in
Summary 4.
Reprint annual component costs of minimum cost
expansion in XXX.XXX millions of dollars.
0 = Omit.
l = Print additional line of component cost output.
Option to print energy storage calculations
output.
0 = Do not print.
1 = Print hourly loads for each month, before and
after energy storage modification.
(Not recommended to print if run is an automatic
expansion type run because output will be printed
every time energy storage calculation module is
accessed.)
Initialized to KPRES=O.
MWh cutoff for printing trEMERGENCY TIE ASSISTANCE"
message.
Refers to "SUMMARY OF VIOLATIONS 11 output, which is
printed following "CASE TOTALS 11 output on hard copy
output.
Initialized to 5~0.
Also refer to KPVIOL.
Number of "SPINNING RESERVE" and "EMERGENCY ENERGY"
violations to print.
0 = Do not print.
N = Print N number of violations.
Initialized to KPVIOL=250.
End of Data.
(REPLACE COMMA FOLLOWING LAST PIECE OF DATA WITH $)
5-88
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.1! • J
t ... l
L .. t
't;;. ~; .....
OVERRIDE DATA
The following variables were input to the Data Preparation Program or
created by Data Preparation and are stored on a transfer file, which is read
in the Generation Planning Program. They may be overridden in the general
data or annually.
IDl
ID2
NNMANY
NNAHED
NTOTAL
NYPWTH
IPATRN(l2, 25)
FIXCHG( 25, 6)
HYDFCR ( 25,4)
CMHYD( 4)
OMVHYD( 4)
CEFFES ( 12, 3)
ESIZEG( 3)
ESIZEP( 3)
ESIZES( 3)
Hollerith identification, 60 characters.
Hollerith identification, 60 characters.
Unit size goal, number of units.
Unit size goal, span of years.
Number of years to study.
Must be < number of years studied in Data
Preparation Program (general data override only).
Year of reference for present worth.
Manual maintenance patterns.
Annual fixed charge rate, 6 thermal types for each
company.
(Input 0.125 for 12.5%.)
Annual fixed charge rate, conventional hydro and
energy storage types, for each company.
(Input 0.125 for 12.5%.)
O&M cost, fixed.
Conventional hydro and energy storage.
(See note in Cost Data, page 5-91.)
O&M cost, variable, $/IMWh.
Conventional hydro and energy storage.
(See note in Cost Data, page 5-91.)
Cycle efficiency of energy storage, by month.
Overrides Data Preparation input.
Size of MW block of generator to add automatically,
energy storage types.
Size of MW block of numping or charging rating to add
automatically, energy storage types.
Size of MWh blocks of storage capacity to add
automatically, energy storage types.
5-89
; ·.;,
OVERRIDE DATA (Continued)
UNIT CHARACTERISTICS q
The following variables may override the data describing the individual
units. Index k in each list I'efers to the Unit ID assigned to each unit by r1
the Data Preparation Program.
CAP(k)
FINl(ld
FIN2(k)
IFTYPE(k)
FOR(k)
POR(k)
POWl(k)
POW2(k)
KIND(k)
MSTRUN(k)
MMPAT(k)
BTUNIT(k)
IPLANT(k)
Maximum rating, MW.
List used in probability calculations.
Review all associated input, i~es, POW2, FINl, etc. -
Fuel input, MBtu/hr at minimum production cost rating.
Fuel input, MBtu/hr at maximum production cost rating.
Fuel type. Review all associated input, i.e., TEMPC, BTUNIT, etc •
...-
Mature forced outage rate, (p.u.).
Mature planned outage rate, (p.u.).
Output at minimum rating, (MW).
List used in production cost calculations.
Output at maximum rating, (MW).
List used in production cost calculations.
Rev.iew CAP(k).
Unit type.
Review all associated input.
KCYCLE Rule.
Manual maintenance pattern.
Heating value, Btu/unit fuel.
Plant index assigned to unit k.
1 < Plant index < 100. -
PLANT CHARACTERISTICS
IREGN(I)* Region index assigned to plant I.
1 ~ Region index < 25.
* Index I refers to plant index.
5-90
~~~~~~:-~·:;:::--~,-------·-•·"·---··-···--------~·--·--·~--~----~-:·-.. ·------"~·--·--·..,...., ....... ~-~----,..-,..,..~.----,.. ___ .,.,,. -~--·.._.,.,..,_....,_.,~
..
~,.
OVERRIDE DATA (Continued)
COST DATA
NOTE: If cost data is input at the general data level, the data must be
relative to the year in which costs are quoted. If the data is read in
annual data, it must be deflated by the amount of the inflation
multiplier, because at the beginning of each year, the program reads in
all costs and then modifies them by the corresponding inflation
multiplier. Index k in each list refers to the Unit ID assigned to
each unit by the Data Preparation Program.
CAPCOS(k)
FUCOST(I)
FUIC(l,L)
IFCPAT(k)
OM(k)
OMV(k)
TEMPC(k)
Plant cost, $/kW.
Fuel cost, $/MBtu, input by fuel type. Index I points
to fuel type. (See UPFUEL on page 5-85.)
NOTE~ Dollars, not cents.
Nuclear fuel inventory cost, $/yr/kW. L is index
which points to nuclear identification. Input one
entry per unit, $/yr/kW associated with first step of
inventory cost.
Fuel cost inflation pattern.
Fixed O&M costs, $/kW/yr.
Variable O&M costs, $/MW/fired hour or $/MWh.
Fuel cost, $/MBtu, input by unit. (See UPFUEL on page
5-85.)
NOTE: Dollars, not cents.
5-91
OVERRIDE DATA (Continued)
The following variables were input to the Data Preparation Program for
OGP-6A or created by Data Preparation and are stored on a transfer file, which
is read in the Generation Planning Program. They may be. overridden in the
general data or annually.
LIMIT
LIMCF
FLIMIT(20)
ELIMIT( 6)
PUELIM(l2,6)
0 UFLD1 ( 12, 20)
Option to use fuel and/or energy limits.
Option to allow carry-forward.
Fuel consumption limit, by fuel type.
Energy limit factor, by thermal type.
Monthly p.u. multiplier for energy limits.
Monthly p.u. multiplier for fuel limits.
The following may override the data describing the individual units.
Index k in each list refers to the Unit ID assigned to each unit by the Data
Preparation Program.
EULlM(k)
COEFCO(k,l)
COEFCO(k, 2)
COEF CO (k, 3)
<DEFNO(k, 1)
COEFNO (k, 2)
COEFNO(k,3)
COEFPT(k,l)
COEF PT (k, 2)
COEFPT(k, 3)
OOEFWC(k,l)
COEFWC(k, 2)
PRECEF (k)
PUHREJ(k)
PUSORM(k)
SOCONT(k)
Energy limits.
P.U. multipliers associated with unit still apply.
Carbon monoxide coefficient, lbs/hr.
Carbon monoxide coefficient, lbs/MWh.
Carbon monoxide coefficient, scalar.
Nitrogen oxide coefficient, lbs/hr. ·
Nitrogen oxide coefficient, lbs/MWh.
Nitrogen oxide coefficient, scalar.
Particulate coefficient, lbs/hr.
Particulate coefficient, lbs/MWh.
Particulate coefficient, scalar.
Water consumption coefficient, gals/hr.
Water consumption coefficient, gals~h.
Precipitator efficiency, p.u.
Atmospheric waste heat rejection allocation, p.u.
Sulfur removal efficiency, p.u.
Sulfur content, lbs/unit fuel.
5-92
()
I
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OGPOUTPUl.
Section Index
BULK OUTPUT FROM DATA PREPARATION PROGRAM •
Listing of Data Preparation
Unit Type Identification •
Generation Model • • • • •
Standard Tables • • • o • •
Input •
Outage Rates • • • .. •
Thermal Characteristics
Fuel Data • • • • • •
O&M Costs • • • .. • •
• • • •
• • • •
• • • •
• • •
• • •
• • • •
• • • •
Manual Maintenance Patterns
Plant Costs • • • • • • • •
•
•
•
0
•
•
•
•
0
•
•
•
Fixed Charge Rates • • • • • 5 •
Units Available for Automatic Addition
Energy Storage Data • • • • • • • • ~
Master List of Units • • • • • • • •
Fuel/Energy Limits • • • • • • • • •
Environmental Characteristics • • • •
Plant Information • • • • • • • • • •
Nuclear Data • • • • • • • • • • • •
Generation System Data • • • • • • •
Load Model • • • • • & • • • • • • o
•
•
•
•
•
•
•
•
•
•
•
•
•
•
..
•
•
•
•
• •
•
• •
• •
• •
• • .. •
.. •
• •
• •
• •
• •
•
• •
• •
• •
• •
• •
• •
• •
• •
"
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
• • • • • • . " • ..
• • • • • .. • • • •
• • • • • • • • • •
• • • • • • • • • •
• . .. • • • • • • •
• • • • • • • • • •
0 • • • • • • • • •
• • • • • • • • • •
• • • • • • • • • •
• • • • • • • • • •
• • • • • • • • • •
• • • • • • • • • •
• • • • • • • • .. •
• 0 • .. .. • • • • •
• 0 • • • • • • • •
• .. . • • • • • • •
• • • • • • • • • •
" • • " . • • • • •
• • • • • • • • • •
• • • • • • • • • •
• • • • • • 0 G • •
SUMMARY OUTPUT FROM DATA PREPARATION PROGRAM • • • • • • • • • • • • •
BULK OUTPUT FROM GENERATION PLANNING PROGRAM
Listing of Generation Planning Input
Master List of Units • • • o • • •
Outage Rate Immaturity Multipliers
Load Uncertainty • • • • • • • , •
Cycling Rules • • • • • • • • • •
Regional Environmental Coefficients •
Production Cost Summaries • • • • •
•
•
•
•
•
June 1985 • • • • • • • • • •
Annual 1985 • • • • • • • • •
Annual 1989 • • • • • • • • •
•
•
•
Contracts • • • • • • • • • • • • • •
Optimization Decision Passes (Summary
System Mix through Time (Summary 2) •
Annual Costs • • • • • • • • • • • •
•
•
•
"
•
•
•
•
•
•
•
1)
•
•
• ..
• •
• • •
• • •
• • •
• • •
• •
• • •
• • •
• • •
• • 0
• • "
• •
• • •
• 5 •
SUMMARY OUTPUT FROM GENERATION PLANNING PROGRAM •
Yearly Additions--Thermal (Summary 3) ••••
Yearly Additions--Hydro and Energy Storage
Annual Costs and Reliability ~ • • • • • • •
•
Monthly LOLP • • • • • .. • • • • • • • • •
Costs in $/MWh • • • • • • • • • • • • • • •
Percent Mix • • • • • • • • • • • • • • • • •
Optimization Decision Passes (Summary 4) • •
Remote Terminal Summary • • • • • • • • & • •
6-i
• • •
• • •
• • •
0 • •
• .. •
• • •
• • •
• •
• • •
• • •
• • •
• • •
• • •
• • •
• • •
• • •
• • •
.. . .
• • •
• • •
• • •
• • •
• • •
• • • • .. • • •
• • • • • • • •
• • • • • • • •
• • • • • • • •
• • " • • • • •
• • • • • • • •
• • • • • • • •
• • • • • • • •
• • • • • • • •
n • • • • • • ..
• • • • • • • •
• • • • • • • •
• • • • • .. • •
• • • • • • • •
• • • • • • • •
• • • • • e • •
• • • • • • • •
• • • • • • • •
• • • • e e • •
• • • • • • • •
• • • • • • • •
• • • • • • • •
• • • • • • •
• • • • • • • •
Page
• 6-1
• 6-2
• 6-5
• 6-6
• 6-9
e 6-9
• 6-9
• 6-10
• 6-13
• 6-13
• 6-14
.. 6-14
• 6-15
• 6-15
• 6-16
" 6-17
• 6-18
• 6-19
• 6-20
• 6-21
• 6-23
• 6-25
• 6-26
• 6-27
• 6-28
• 6-29
• 6-31
• 6-31
• 6-32
.. 6-33
• 6-33
• 6-38
• 6-43
• 6-46
• 6-47
• 6-50
• 6-52
• 6-53
• 6-53
• 6-54
• 6-55
• 6-56
• 6-57
• 6-58
• 6-59
• 6-60
~
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04/0B/63 1872XIJ OGP-6A
0!3? • GA USERS Mi\NLIAL EXAMPLE FILE UM6A
B1\SE CASE
········~················~··•********~···············
**************~*************************••··~········
*"' *"'
** COPYRIGHT 1971 1 GENERAL ELECTRIC COMPANY **
:t:t< OGI~-Go. PIWI.~Ri\!1 rUB I. I SllrD ONLY I N A Ll 111 'I ED, "'*
:t:k COPYRIGHT SE~I:>E, 1\ND 1\LL R!GIHS, INCLUDING **
li<JI( TR/\J:IE BECRI:T R I (;I ITS, 1\RE RFSf~RVFO. "'*
** *""
******"'***********•··············•*******************
*****************************************~***********
I MAILING LABEL-SEE SEcriON 2 FOR INS'IRUCTIONS. I
*****************************************************:~************************'************
**************'***'*********"'***************~~··••t•••··············~···············'*****
** **
~· **
** **
** ** .
** **
"'* MAIL ~UTPUT TO **
** ••
ll<llt **
** **
ll<ll "'*
*"' ** -ll<ll INPUT UP TO AND INCLUDING 6 LJ NES OF **
** •:t:
** USER NAI1E AND MA I L I NG ADDRESS, USER ID **
** ll<:t:
** **
"'* **
** DO NOT USE HIE CHJ\R/\CTER COLON **
** ** -** **
** **
** **
** **
*************************=******************************************"'********************"'
***"'*"'**"'*****************************$************"'**************************************
--·------"--------·---~ --
..
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##
##
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GENERAL ELECTR C COMPANY, EUSED, DATA PREP TO GENERATION PLANNING PROGRAM OGP-6A V6.20
OGP-6A IJSERS MA NUAL EXAMPLE FILE UM6A
DASE CASE
LISTINO OF INPUT CARDS
1
2 INPUT ,1Jp TO AND INCLUDING 6 LINES OF
3 USE:R NAME AND MAILING ADDRESS, USER ID
4
15 DO NOT USE THE CHARACTER COLON
6
7 $IMPUT
8 ID1~'0GP-6A USERS MANUAL EXAMPLE FILE UM6A', -9 ID2~'BASE CASE '
10 NSTART=-19135,
11 NTOTAL=5,
12 NYCOST:::J982,
13 NYPWT1i=1982,
14 I DTYf'E=' Nl•CLEAR FOSSIL-OIL GAS TURBINE C-CYCLE .
J 115 'F-COAL-HS F-COAL-LS CONV, HYDRO PUMPED HYDRO', 16 'COI"IPR. AIR ENERGY ST0-3 ',
17 IDTeJNE='NUCL. F-OIL G.T. CCYGLEHSCOALLSCOALHYDRO.PSH CII.ES ES-3 18 KTTYPE=-1,0,2, 1,0,0,
19 CAPI11 N::O. 1,
20 GTII1ES=O,
21 NNI11\NY= 1,
22 NI'I/'IHED= 1,
23 CErFESC1, 1)=12~0.7,
24 CEFrES ( 1 , 2) =< 1 2* 1 • 33,
25 DEmWD=2*0.99,0.925,0.99,
""" Unr::"~-n A'f--
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30 XSIZES( I ,4)!:€15, I 15,
31 XSIZ~SCJ,5J~200,400,600,
32 XSI7.ESC1,61=200,400,600,
33 MANFYRCI,1l=l990, . 34 MAtiFYRt I, 2) =2:t 1985,
35 M/\I'IFYRC 1, 3 l =31< 1985,
36 MANFYRCI,4l=2:t1985,
37 MANFYRCI,5l=2:t1985,1994,
38 MI\I'IFYRCI,&l=2rl905, 1994,
39 PLCMW=2*1000,2~l00,2*1000,
40 PLCDKW=IOOO, 65~, 200, 390, 925, 900,
41 ?LCDF=.16 1 .09, 2*.0001, 2*.09, ..... r'I.~A""'"'--1· .. "'··-. --· -~
_,_,-, ~ • ., .. ,~. ... vv.J
45 PATPCC 1 ,4)=1-'_07,1.05,
46 PATPCCI,51=1.07,1.05,
47 PATPC(l,Rl=I.07,1.05,
48 IYAPC(1,1l~1982,1905,
49 fYRPCCt,_gl=198~, 1985,
50 IYAPCCI,3l=l9A2, 1985,
51 1Ynrcc1.4J~I992,1905,
52 IYAPCCI,5l=1982, 1985,
53 IYRPC!I,nl=l982,1985,
54 PLCIJV0:7nO, 720,670,
515 PATHPCCI, ll=I.07,1,05,
.
'
-~
PAGE 1
04/06/63 11.741
JOB NUMBER l872XU -
00000220
00000230
00000240
00000250
00000260
00000270
00000280
000002!:10
00000300
00000310
00000320
00000~30
00000340
00000350
00000360 GENERAL DATA--00000370
000003fllt_ ORDER OF DATA WimiN
00000390
00000400
000001110
00000420
00000430
00000440
00000450
00000460
00000470
00000480
00000490
00000500
00000510
00000520
00000530
00000540
00000550
00000!360
00000570
00000580
0000(1590
00000600
00000610
00000620
00000630
00000640
00000650
00000660
00000670
00000680
00000690
00000700
00000710
00000720
00000730
00000740
00000750
00000760
__..,.J
SE:r IS ARBITRARY
c
' ' -_,..J 'W/I!.'!fll('l~
1-
II
II
~ ..._.;;
-
' } -
---
-
,•
r,o:.
'·
I;
·t :·· J
1
!
r
v
. / . . .... . . -
0'\
I w
--.....
I ..
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!
ii:
I
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Ill
~ > .,
!
1-z
i
D.
~
~
D.
.J
~ ~ Ill z
:r '-·
~ ===-fi!IIIIWIIlll -------·
56 PATI-IPCC 1,21= I. 07,1. 05,
57 PATI-trC(1,3J=I.01,1.05,
56 1YAHPCl1,1J=l982 1 1985,
59 IYRUPCll,2l:I9B2,1985,
60 1YRHPCCI,31•1982,1985,
61 FIX~HG( 1 I l =16
62 F I XCHG ( 1 , 2 I= 16,
63 F f XCHG ( 1 , 3 I= 17,
64 FIXCHGC 1, 4 I= 16,
65 F.IXCHGC 1 5)=16
66 FIXCHG( I I 6)= 16,
67 HvorcRc 1,11=i6,
68 HYOFCR( I, 21=16,
69 H\'OFCRC I 31=16
70 FCOPT=O,
71 N~lfUEL= • U308 LB. CIIL 6 BBL OIL 2 BI3L HSCOALTON LSCOALTCIN
72 FUCOST=57,700,830,150,185,
73 IPATFC=I 2 2 I 1
74 NUCBRK=5,
75 NIJCSTP= 1,
76 FUBCf'U: I . 06, I. 0, • 97, 2:ti.O,
77 HVTAB;:J2.2+8 6+6 5.9+6 2.4+7 1. 76+7
78 FUICST=5.85,
79 IFfAB=1,2,3,3,4,5,
80 KFTES=0,3,0 1
81 PATFCC I t ) = 1 • OS 1 , 05
82 PATFCCI,21=1.065,1.055,
63 IYRFCCI, 11=1962,1985,
84 IYRFCli,21=1P8~. 1985,
85 oMrtw-= 1 ooo l"OO I 1 oo I 1 oo 1 sop soo
66 OMDKW=?9,1,7,.3,.3,16, 15,
67 OMOF=.2,.15,2*.0001,2*.15,
66 OMOIIP.::-I.I:t:C),.:!, 3,
89 PATOI1l 1 I 1 ) = 1 • 07 I 1 • 05
90 PA'Iot1~ 1, 2):1.07,1.05,
91 PAT0!1C 1,31=1.07, 1.05,
92 PATOI"l( 1, 4) = 1. 07, 1. 05,
93 PA'rOM( 1 5>=1.07 1.05
94 PAfUMC1,GJ=I.07, 1.05,
95 IYROI1C l 1 1 >=1962 1 1985,
96 IYP.OIH 1, 2.1 = 1932, 1985,
97 IYA011ll 3J:19132 1965
96 IYP.OIH !,4)=19132, 1935,
99 IYROIH 1, 5): 1913?, 1985,
100 IYROI1( 1,1;):190.2, 1985,
101 OMUY0=1 1 1 4 I
102 PA l'HOM ( 1 • 1 I= 1 • 07 I 1 . 05.
103 PATHOMC 1,?.>=1.07, 1.05,
104 PATHOMC 1. 3) =I. 07 I 1. 05,
105 IYAHOI"'C 1 1 ) : 1 982 1 1 985 1
106 I YP.IIOI-H 1 , 2 I-1 9'1?., 19n5,
107 IYRIIOI'IC 1 ,3)=19Cll?, 1985,
106 NYRET~6*40,2•1000,30,1000,
109 FOI:I'JH,-1 00 !500 800 I 100150018001 50 1 1 00 1 2001
110 l?OO, --1 on, 6!JO, 100,500,1\nn, 100,!300,800,
111 FOnATE=.08,.03, .09, • 03 •• 05 J • l 0 • . 07,. 06,. 05,
112 3:t:.05, .111.12,.12, • 07 •• 09' • 1 0.
113 POJ'U11-1= 1 00 I 500 I 000 I 100 1500 1DOO, 50 1 1 00 1 200 1
114 :?00. ·1 00, t;Ot), 100,5(10,800, 100,500,800,
115 PORATE,.3=-.17G, • 05, • I 1 , • I 5, 3t,04,
1 16 3:t:, II, .05, .12, .176, .05, .12, .176,
117 IPATRNll 1 )::2:1(0 2*1 8:t0
118 lPiHR~IC 1,2.)-:-S·ro, 2>t 1' 2*0,
119 XHJmo= 1 03no, t:~noo, 12000. 8070, 9!550, 9400,
' . ' ' " ---,-~
. '
~ ' ~
il!l!llllllll!! ------
00000770
00000780
00000790
000008(10
00000810
00000820 -00000830
00000840
00000650
00000860 -00000870
00000680
00000690
00000900
00000910
' 00000920 ' 00000930
00000940
00000950 I J 00000960 GENERAL DATA
00000970
00000980 -~ 00000990
00001000
00001010
/.''--,r}t.~ t.r__..J
000010~0
000(11030
00001040
0001)1050
OOOOIOGO
00001070
00001080
00001090
00001100
00001110
00001120
00001130
00001140
00001150
00001160
00001170
00001160
00001190
00001200
00001210
00001220
00001230
00001240
00001250
00001260
00001270
00001280 ;
00001290
I
00001300
00001310
00001320
00001330
0000i340
00001350
000013GO
00001370
00001380 ,;;
00001390
000011100
·---"---
'l
i I
~ !
~
l
f
I
.l
1
,.l ~1
j
I
I
0\
I
-'=
![:----, .
---' rr:.~
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
136
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
156
159
160
161 .... 162 1 .. 163
! 16.<1
i 165
I 166
Ill 167
~ ~68
tf---. 169
0 170
; 171
1-172 z
i 173
IL 174
.Ill 175 0
"' 176 n. 177
·~
~
1 " ~
.. -
XPOWt:,25,.20,.05,.20,.25,.25, 00001410
XFIN1=.3,.25,.26, .25,.28,.28, 00001420
KEYENV=l, 00001430
HREJ~t,.22, 1,.45,.22,.22, 00001440
SCRM=0,.9,4:t0, 00001450
PREFF=4:t0 .85 .93 00001460 -SOTAB=0,70,20,3.78,1.26, 00001470
PCSULF=0,3.5, 1~1,5,.5, 00001480
POOU1W( 11 1=7018, 7229, 7445, 7669, 7900, 00001490
LI111T=1 0000i500
LINCF=1, 00001510
ELit11 T(3) =I.), 2, 00001520
I PI'IJ\!1E=!lGHCOASTAL CENTRAL HILtS! DE J 00001530
I RliAt1E"'24HNORTH SOUTH 00001540
IREGN=l,2,2, 00001550
KPLANT= I, 2, 3, 2, 3,3, 00001560 l M3D=7, (10001570
MAiiUAL= 1, 00001580
KP.Rli'IT= 1, 00001590
LPRII'IT=t, 00001600
NREAD=I$ 00001610
$lliPUT 00001620
CAPDB~2W830, CAPDB(5):500, 00001630
[ OVERRIDE DATA I MPATDB-:: 1, 2, 00001640
MP.DBC3l=-1, MRDBC15l=-1, 00001650
KPLOB=1 1 1 3 3 1 t 2 2 2 2 3 a 3 1 00001§QO :.
NREAD=O$ 00001670
$1 lfPUT 00001680 ?
IMAX=3, 00001690
NAtiEDB= 'HARBOR-GT 03CONV. HYD 03COMPRESS A I R' 00001700
INSTDB=84,85,88, 00001710
KlliDI3=3, 7, 9, 00001720
KCOOB-:3:r1, 00001730
CAPDB=100 000017.<10
GMI~DBC1,21~12*10, 00001750
GMAXDBfl,2J=I2*100, 00001760
ENGYDBC 1 ,2J:J2·lH30, 00001770
GEMESC1.3>=12*220 00001780
PUI1F'ES C 1 , 3 J = 12*250, 00001790 I MANUAL ADDITIONS I POHDESC1,3J=12:J2200, 00001800
KPLOB=l, 00001810 I K110RE=O$ 00001820
r~
'-'
$lliPUT 000016:30
IMAX=1, 00001840
NAiiEDB= 'PURCHASE I 00001850 ' INSTDB=85 000018GO
KRETDB=198G, 00001870
KlliDB=6, KCODB=l, CAPDB=100, 00001880
FOROB=~t, PORDB=-1, CMBTU=200, HRDB=lOOOO, 00001890
KPLDB=3 00001900
Kt101~E=O$ 00001910
$li•!PUT 00001920
1'1AX=1, 00001930
I
NAilF.DB= 'BAY VIEW 02' 000019.<10
INSTDB=67, MINTDB=6, 00001950
KINDB=G, KCCliJB::: 1, CAPDB=50, 00001900
KPLD13=1, 00001970
Kt101~E= l$ 00001()80
·---·-------
-- - - -----------
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GENEHAL ELECTRIC C011PANY, EUSEO, DATA PREP TO GENERATION PLANNING flROGRAM CIGP-6A V6.20 PAGE 2 I
OGP·6A USERS MANUAL EXAMPLE
SASE CASE --
t-'f' ~
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Fl LE UI"I6A 04/0a/83 11 • ·;41
JOB NL.NSER 1 8 ;'2XU
---
EDISON
COMPANY COMPANY
INDEX NAME POOL AND lX.t1PANY NAMES--
1 EDISON m:AD ERG! IJ:lr!..U MJDEL
-·
TYPE OF GENERATION CODE
NUCLEAR 1
FOf;S!L-OIL 2
GA'.) TURSI NE 3 THEao!AL, lf'!DRO, AND ENERGY S'roRJ\GE
__ ~-CYCLE 4 TYPES OF UN!m IN THIS RUN .. F-COAL-HS 5
F-COAL-LS 6
CONI/, HYDRe 7 STP.NDARD TABLES EOR ALL TYPES SI:IXJLD
PUMPED IWDRG 8 3E PROVIDED. CONPR. AIR 9
ENERGY ST0-3 10
KIND CIF
THERNAL TYPE TYPE rUEL TYPE GENERATION
. NUCLIO:AR 1 t NUCLEAR
Fos::: 1 L -cJ~ 2 2 BASE LOAD FOSSIL
GAS .vRBI w: 3 3 PEAKINO
C-CYCLE 4 3 iNTERMEDIATE
F-COAL-HS 5 4 SASE LOAD FOSSIL
F-COP.L-LS 6 5 BASE LOAD FOSSIL
COI'IV. HYDRO 7 HYDRO
PIJNPEI.! HYDRO a 0 STORAGE
COMPR. AI.R 9 3 STORAGE -ENERGY ST0-3 10 0 STOI~AGE
FUEL TYPES ASSIGNED ro UNIT TYPES -KIND OF GENERATION tJ'"SED IN --
BY E~t-1. lllDIVIDUAL tJNIW MAY DETERMINOO SIZE OF tJNIW ON
' HAVE UNIQUE Fti'EL TYPES. (20 FUEL WHICH 'ro OPTIMIZE.
-I TYPES M.1\XlMU·H.
L -·
-----II
__ . ___ __., _ _ _ __ . __ .. __ ____ .. __ II ~~--.. ~
~·-.o:;.$~·~--.-~~: .... :.-. .:l_:_·;·~~ ,.. ~-..,~ ~~'":..' ,.--, ·'""'""'·;.-•,·-~• ·;>·;:•,... ~4f': ... r·.,;. . .w; .• :,; ;-. __ ·.,. ... ·~.:-.:•-•
0
"'
c:
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,-;;·
, j ... i~~·:· •· .• • '(' •. ~"· lt." --. ~ ' l / ; ;,.
__. r_ ~ I ·"' .,. ''"' ~ ·"' . ll--~ -~ r--/ I ., ,. , ' • -• ; •' ,~;}'j{. "-"' ~#''"-_;;_ -• ~ -' / •
\ · .. ' -. ' ?1 . :1 ... • , ....... ·~ > _._..: • • _, ._.. ' ' . '-y ., . . .:. " ~ .. ' ~<I? ~tel ~r-~ r ~'It • .(.. ~../-' II • '~ ,., , .,_ ~. ~ ~ f• j' --.. ':3.. ~ cr ~
~;
~
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r: ~GENERAL ""ECTRIC COMPANY. EUSED, 0\TA PREP TO GENERATION PLANNING PROGRAM OGP-6A V6.20
OCP-6A I.ISERS 11/\Hli.O.L EXAMPLE FILE U!16A
BM€: CASE
ei::NER/\ Tl ON f•IODEL
.. -1!!1 ·-~ -
PAGE 3
04/06/tJ3 11.741
JOB NUMBER 1872XU -
c p RATING **** FUEL **** **COEFFICIENTS**
T Cl L liT '>A,TE MW/1-'. U. OUTAGE T I 1982 CARBON MONOXIDE
y A BD!LKWH ( ~.O.P J 0 + M RATE Y N COST NUCL LIMITS ATMCI NITROGEN OXIDE
p I N INSTL HETIRE PCT Cl'lA'f) CPOW2> (FIXED> !POR) P F C/ $/KW/ I ENG'() HEAT S02 PREC PARTICULATE
ID STATION 1\'.'I.ME E D T YEAR MO YEAR 110 01-11'1 O'liNJ {POW1J !VARIB> !FOR) E L MBTU YEAR IFliEL> REJ REM. EFF WATER CONSUM
1 SEASHORE 01 1 1 1 197"0 0 2010 0 o. _, o. 830.0 o. o. 0 0 0. o. o. o. 0. 0. 0. o. 0 o. o. 0. 0.150 o. o. o. o. o. o. o. o. o. o. o. o. o.
I
o. o. o. 0.
0. 0.
2 SEASHORE 02 1 ' 1 1978 0 2018 0 o. 0. 830.0 o. o. 0 0 o. o. o. o. o. o. o. o. o.
0. o. o. o. o. o. o. o. 0, o.
r-----· 0. o. 0. 0. 0 o. _,.Q.._ o. o. o. o. o. 0,
1~ .. HARB:JR 01 2 1 1 1948 0 19tl8 0 0. 12000. 135.0 o. 0. 0 0 o. o. '0. 0 0. 0 0 0
o. o. o. o. o. o. o. o.
I 0. 0', o. o. o.
o. o.
r--lLINCOLN 01 2 1 3 1950 0 1990 0 o. 0. ~50.0 o. 0. 0 0 o. o. 0 ... o. o. o. o. o.
o. o. o. o. o. o. o. o.
o. o. 0, o. o. ,, __ .. 0 o.
~-STA1ESIDE 01 2 1 3 1975 0 20.5 0 o. o. 500.0 0. o. 0 0 o. o. o. 0. o. o. o. o. o. o. o. o. o. o. 0. o.
0. 0. o. o. 0.
o. 0.
I ~ HARBOR-GT 01 3 1 I 1960 0 2000 0 0. o. 50.0 0. o. 0 0 o. "). o. o. 0. o. 0. 0. o. o. 0. o. o. 0 0. 0. ... o. o . o. o. o. ~
"' o. o,. :
ii: 7 HARBOR-GT ~3 1 1 1965 0 2005 0 o. 0. 100.0 0. o. 0 0 0. o. o. o. o.___ o. o. 0
I o. o. o. o. o. o. o. o. :; o. o. o. o. o. >tJ
~ o. o. ... .,
8 RIVERSIDE,01 \l 3 1 2 1975 0 2015 0 0. o. 100.0 o. o. 0 0 o. o. o. o. o. o. 0, o.
~ 0. 0. o. 0 0. o. o. o. 1-o. o. 0. 0. 0. z
it 0. 0.
lL
Ill A LISTING OF ALL UNI'l'S RmRIEVED FRCM " GENEPATION MODEL, FOLIOOED BY ALL UNIW <
II. _, __ ADDED MANUALLY. OUTPUT SHClm IOCLUDES
·~
3: OVERRIDE DATA.
~ OPTIONAL OUTPUT (GfJUT}. z I ;.:
]I ---. ~-·--.. -_.,_ --·--T -' --·--~·-::t ·-' ~--
I
I
I
I
... .. 81 ---.. ... ~ -I~ -.. --
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GEN:t::RAL ELECTRIC CClf'lPANY, EUSED, DATA PREP Tel GENERATION PLANNING PROGRAM OGP-6A V6.20 PAGE 4
OGP-6A USERS MANUAL EXAMPLE FILE U116A 04/08/83 11. 741
BASE CASE JOB NUMBER 1672XU -GfNERATION MODEL
c p RATING **** FUEL **** **COEFFICIENTS**
T 0 L HT H,•.Tr:.. M\Up,U. OUTAGE T I 1962 CARBON MONOXIDE
y A BTU/KWH (CAP! 0 + M RATE Y N COST NUCL LIMITS ATMO NITROGEN OXIDE
p I N INSTL RETIRE PCT !t'1AXl !P0\./2) (FIXED) (PORI P F C/ $/KW/ CENGY) HEAT S02 PREC PARTICULATE
l D STATION NAME E 0 T YEAR MO YEAR 1'10 OWN (!'liN> (P0\-11) !VARIB) !FORI E L NBTU YEAR !FUEL! REJ REM. EFF WATER CONSUM
.9 RIVERSIDE 02 3 l 2 1982 0 2022 0 o. o. 150.0 o. o. 0 0 o. 0. o. 0. 0. o. o. o.
0. o. o. o. o. o. 0. o.
o. o. o. o. o.
(), o.
10 NORTH S~OEOl 4 1 2 1956 0 1996 0 o. 0. 300.0 0. o. 0 0 o. 0. o. o. o. o. o. o.
o. o. o. o. o. o. 0. o.
i 11 BLUE LAKE 01
o. o. o. o. o.
•' 0. ..Q_,_
4 1 2 1967 0 2007 0 0, 0. 400.0 o. o. 0 0 o. o. o. 0. o. o. o. o.
l o. o. o. o. 0. , o. o. 0. o. 0. 0 0. 0.
o. o.
12 MIDLINE 01 5 1 3 1952 0 1992 0 o. o. 300.-~ o. o. 0 0 o. 0. 0. 0. o. o. o. o.
0. 0. o. o. o. o. o. 0.
o. 0. o. o. o.
o. 0.
13 MIDLINE 02 5 1 3 1973 0 2013 0 o. 0. 400.0 0. 0. 0 0 o. 0. o. o. 0. o. 0. 0.
o. o. o. o. o. o. o. 0. o. o. o. o. 0.
o. o.
14 FRONTIER 01 6 1 3 1958 0 1998 0 o. o. 170.0 0. 0. 0 0 o. o. o. o. 0. 0. o. 0.
I
o. o. o. o. o. 0. o. 0.
0. 0. o. o. o.
0. 0.
N
I ! 15 BAY VIEW 01 6 1 1 1980 0 2020 0 o. 0. 550.0 o. o. 0 0 o. o. 0. o. 0. o. o. o.
Cl o. o. o. o. o. 0. 0. 0. I
n._., o. o. o. o. 0.
I o. o. i ::;
Ill
t; ** END OF RECORD 1 ** (GENERATION MODEL TAPEj
~· .,
" 1 CONV.HYD 01 7 1 0 1950 0 2950 0 0. z ·r10NTHL. Y MIN. 1: 30. 30. 30. 40. 40. 40. 40. 40. 40, 20. 20. 20. E MON'fHL Y 11AX. !: 50. 50. 50. 60. 60, 60, 60. 60. 60. 50, 50. 50. z
it 110NTI-IL Y ENERGY : 32000. 32000. 32000. 38000. 36000. 38000. 38000. 38000. 38000. 28000. 28000. 28000.
D.
~
<I
1
ll
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I ~ z
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G:[NERAL ELECTRIC COMPANY, EUSED, DATA PREP TO GENERATION PLANNING PROGRAM OGP-6A V6.20 PAGE !5
Ot:'\P-GA IJSERS MANUAL EXAMPLE FILE UM6A 04/08/83 11. 741
BA>gE CASE JOB NUMBER 1G72XU -GENF.RJ\TlON MODEL c p RATING **** FUEL **:~<* **COEFFICIENTS**
T 0 L HT RATE 11W/P,U, OUTAGE T I 1982 CARBON MONOXIDE
y A BTU/KWH CCAPl 0 + M RATE Y N COST NUCL LIMITS ATMO NITROGEN OXIDE
p I N INSTL RETIRE PCT UlAXl CPOW2) CFIXEDJ CPORl P F C/ $/KW/ CENGYl HEAT S02 PREC PARTICULATE
10 :STATION NAME E D T YEAR MO YEAR 110 OWN CMJNl CPOI-/1) CVARIBJ CFORJ E L MBTU YEAR CFUELl REJ REM. EFF WATER CONSUM
~_f.ONV.HYD 02 7 1 0 1965 0 2965 D o.
I10NTHLY MIN. ,. 10. 1D. lD. 10. 10. 10. 10. 10. 1 o. 1 o. 10. 10.
110NTH'-Y MAX. "' 100. too. 100. 100. 100. 100. 100. 100. too. 100. too. 100.
110NTHI_ Y ENERGY = 60000, 60000. 60000. 60000. 60000. 60000. 60000. 60000. 60000. 60000, 60000 . 60000,
. 3 OTTER PSH 8 1 0 1978 0 2978 0 o.
f10NTHL Y GEN. a 300. 300. 300. 300. 300. 300. 300. 300. 300. 300. 300. 300.
l10NTHLY PUMP "' 320. 320. 320. 320. 320. 320. 320. 320. 320. 320. 320. 320. 11 ,f/
l10~:THL Y ENERGY : 2400. 2400. 2400. 2400. 2400. 2400. 2400. 2400. 2400. 2400. 2400. __ ?400.
'u 'END OF RECORD 2 •• (GENERATION MODEL TAPE)
1 HARBCIR-GT D3 3 1 1 1984 0 2024 D o. o. 10D.O 0. D. 0 D D. 0. ~0. D. D. 0 0. o.
D. D. o. o. o. o. o. D. o. D .. o. o. o.
o. o. h~'· 11110 03 7 1 D 1985 D 2985 D D.
l~i!lTiiLI' MIN. ,. 1 o. 10 .. 10. 10. 10. 1 o. l o. 1 o. 1 o. 10. 1 o. 1 o.
n IITHLY MAX, "' 100. 100. 100. 100. 100. 100. 100. 100. 100. 100. tOD. 100.
__ j_'f..JNTI-IL Y ENERGY : 60000. 60000. 60000. 60000. 60000. 60000. 60000. 60000. 60000. 60000. 150000. 60000.
·~ CC!I1PRFSS A I R 9 1 0 1988 0 2018 0 o.
MOl'ITHLY GEN. • 220. 220. 220. 220. 220 . 220. 220. 220. 220. 220. 220. 220.
l10NTHL Y PUI1P "' 250. 250. 250. 250. 250. 250. 250. 250. 250. 250. 250. 250.
110NTI-!L Y ENERGY = 2200. 2200. 2200. 2200. 2200. 2200. 2200. 2200. 2200. 2200. 2200. 2200. 0
** END OF RECORD 3 *• CMANUAL INPUTJ
~
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OGP-GA USERS MANUAl~ EXAIMPLE FILE UMGA 04/06/83 11.741
B!~SE CASE JOB NUMBER 1672XU -STANDARD T/\BI_ES
I FORCED OUTAGE RATE
NUCLEAR FOSSIL-OaL GAS TURBINE C-CYCLE F-COAL-HS F-COAL-LS
RATING P.U. RATING P.U. RATING P.U. RATING P.U. RATING P.U. RATING P.U.
CMW) RATE CMI·D RATE CMW) RATE <MW> RATE CMW> RATE Cf>1W > RATE
100. 0.060 100. 0,030 50. 0.070 200. 0.050 100. 0.110 100. 0.070
500, 0,080 500. 0.050 100. 0.060 400. 0.050 500. 0.120 500, 0.090
800. 0,090 800. 0.100 200. 0.050 600. 0.050 .. ,..,.. n 1,.,n ann n 1nn
1-
FORCED AND PLANNED QU'l'..AGE RATES WILL
I PLANNED ... ,._ ?.1\GE RATE BE ASSIGNED F.RI:l>l STANDARD TABLE IF
USER DID NCJl' SUPPLY DATA '10 INDIVIDUAL -NUCLEAR FOSSIL-OIL GAS TURBaNE C-CYCLE UNITS. MAY BE OVERRIDDEN BY INPUT 'ro
RATING P.U. RATING P.U, RATING P.U. RATING P.U. GENERATION PIANNING PROORAM.
Cl1Wi RATE CMW> RATE CMW) RATE CMW> RATE ·-
100, 0.176 100. 0.050 50. 0,040 200. o. 110 100. o.oso 1 oo. 0.050
500. 0.176 500. o. 110 100. 0.040 400. 0.110 500. o. 120 500, 0. 120
800. 0.176 800. 0.150 200. 0.040 60~. 0. 110 800. 0.176 800. 0. 176
CONSTANTS USED TO COMPUTE THERMAL CHARACTERISTICS
OUTPUT F'UEL INPUT NET STATION ATMOSPHERIC
AT AT HEAT RATE RET I RF.:i"'ENT Ll M I T1 NG HEAT S02
MIN. RATING MIN. RATING PLANT POLICY ENERGY REJECTION REMOVAL PRECIPITATOR
I'IUL T I PL I ER MULTIPLIER BTU/K\~H 10 YEARS FACTOR COEFFICIENT COEFFICIENT EFFICIENCY
NUCLEAR 0.250 0.300 10300. 1 40 o. 1. 00 o. o.
I FOSSIL-OIL 0.200. 0.250 9600. 2 40 o. ~ ~,.. ~ ....... ...
lj GAS TURBINE 0.050 0.260 12000. 3 40 0.200 r-, "' C-CYCLE 0.200 0.250 8070. 2 40 o. OOl-ETliNTS ARE ASSIGNED F.OC.M STANDARD e F-COAL-1-JS 0.250 0.280 9550. 3 40 0. TABLE IF USER D!D NJT SUPPLY DATA 'IO ii F-COAL-LS 0.250 0.280 9400. 3 40 o. INDIVIDUAL UNITS. MAY BE OVERRIDDEN 1-_i CONV. HYDRO 1000
1~ Plll·tPI::D HYDRO 1000 (EXCEPT REriruMENT YFAR) IN GENERATION
; COI1PR. J\ I R 30 PLANNING P:RCX;RAM. ~ ENERGY ST0-3 1000 ,_
1:1 z MONTHLY PER UNIT 11ULTIPLIERS FOR ENERGY LIMITS
1-JAN. FEB. MARCH APRIL MAY JUNE JULY AUG. SEPT. OCT. NOV. DEC. z
it NUCLEA~ 1. 000 1.000 1. 0.00 1. 000 1. 000 1.000 1.000 1. 000 1.000 1. 000 ).000 1. 000 I n FOSSIL-OIL 1. 000 1.000 1.000 1.000 1. 000 1.000 1. 000 1. 000 1.000 1. 000 1. 000 1. 000 I ~ GL\S TUm~ l NE 1.000 1.0(10 1.000 1. 000 1. 000 1. 000 1. 000 1.000 1. 000 1.000 1. 000 1. 000
« C ·CYCLE 1.000 1.000 1.000 1. 000 1. 000 1 • 000 1.000 1. 000 1. 000 1.000 1. 000 ; .000 ~ F-COAL-HS 1. 000 1.000 1. 000 1. 000 1. 000 1. 000 1. 000 1. 000 1.000 1.000 1.000 1.000
~ F-COAL-LS 1. 000 1.000 1.000 1. 000 1.000 1.000 1. 000 1. 000 1.000 1.000 1. 000 1. 000
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GENERAL ELECTRIC COI1PANY 1 EUSED, DATA PREP TO GENEI1ATION PlANNING PROGRAM OGP-6A V6.20 PAGE 6 j OGP-6A USERS MANUAl. EXAMPLE FILE UMGA 04/08/03 11 . 741
B!\SE CASE JOB NUI'IBER 1872XU
STANDARD TABLES
I
r-aRCED OUTAGE RATE
NUCLEAR FOSSIL-OIL GAS TIJRB I'NE C-CYCLE F-COAL-HS F-COAL-LS
RATING P.U. RATING P.U. RATING P.U. RATING P.U. RATING P.U, RATING P.U.
CMWl RATE CM\.11 RATE CMW) RATE CMW> RATE C!':!Wl RATE CMW> R.li!E
100. 0.060· 100. 0.030 50, 0.070 200. 0.05C 100. o. 110 100. 0.070
500, 0,080 500. 0.050 100. 0.060 400. 0.050 500. 0.120 500. 0.090
800. 0.090 800. o. 100 200. 0.050 600, 0.050 on" n 1,..,n ann n 1rtn -
FORCED AND PLANNED OUTAGE RATES WILL
PLANNED O>UTAGE RATE BE ASSIGNED FRCM STANDARD TABLE IF
USER DID tV!' SUPPLY DATA ro INDIVIDUAL 1-NUCLEAR FOSSIL-OIL GAS TURBINE C-CYCLE UNI'IS. MAY BE OVERRIDDEN BY INPUT 'lO
RATING p,u, RATING P.U. RATING P.U. RATING P.U. GENERATION PLANNING P)aooRJl.M. ,.
C Ml·l.l RATE CMW> RATE CMW> _8ATE CMW> RATE -,_
100. 0.176 1 oo. 0,050 50. 0.040 200. 0.110 too. 0.050 1 oo. o.oao
500. 0.176 500. 0, i 10 too. 0. C:40 400. 0.110 500. 0.120 500. 0 120
800. 0.176 800. 0.150 200 .• 0.040 600. 0. 110 800. 0.176 800. \), 176
CONSTANTS .USED TO COMPUTE THERMAL CHARACTERISTICS
OUTPUT FUEL INPUT NET STATION ATMOSPHERIC
AT AT HEAT RATE RETIREMENT LIMITING HEAT S02
MIN. RATING MIN. RATING PLANT POLICY ENERGY REJECTION REMOVJI~L PRECIPITATOR
/1UL T I PLI ER MULTIPLIER BTU/KWH ID YEARS FACTOR COEFFICIENT COEFFIGIENT EFFICIENCY
NUCLEAR 0.250 0.300 10300, I 40 o. 1. 00 Cl. o.
FOSSIL-OIL 0.200 0.250 9800. 2 40 o. ,.. ........ "' ........ ,..
tf GAS TIJHBINE 0.050 0.260 12000. 3 40 0.200 ·-I ., C-CYCLE 0.200 0.250 8070. 2 40 0. <X>NSTAN'IS ARE ASSIGNED FRCM STANDARD
:! F-COAL-HS 0.250 0.280 9550. 3 40 o. TABLE IF USER DID OOT SUPPLY DATA 'lO ii F-COAL-LS -0.250 0.280 9400. 3 40 o. INDIVIDUAL UNI'IS. f.!AY BE OVERRIDDEN 1-j CONV. ;-JYDRO 1000
1~ PUI·trr::o HYDRO 1000 (EXCEPT REI'IREMENT YEAR) IN GENERATION
~ C0f1PR. A I R 30 PLANNING PROGRAM. ~ ENERGY ST0-3 1000 1-
u z MONTHLY PER IJNIT MULTIPLIF.RS FOR ENERGY LIMITS 1-JAN. FEB. MARCH APRIL MAY JUNE JULY AUG. SEPT. OCT. NOV. OEC. z i NUCLEAR 1. 000 1.000 I. 000 1. 000 1.000 1.000 1. 000 1.060 1.000 1.000 1. 000 1. 000
n FOSSil--OIL 1. 000 1.000 I .000 1 • 000 I .000 1.000 1 . 000 1.000 l .000 I .000 1.000 1. 000 ~ GI\S TIJRI31 NE I .000 l. 000 1.000 1. 000 I. 000 1. 000 1. 000 t.ooo 1.000 1. 000 1. 000 1. 000
~ C·CYCLE 1.000 t .000 1. 000 1,000 I. 000 1 • 000 1.000 1.000 1. 000 1. 000 1. 000 1. 000 I .I F-COAL-HS I. 000 1. 000 1.000 1. 000 1.000 I. 000 I, 000 1. 000 1. 000 1. 000 1.000 1. 000
l ~ F-COAL-LS 1. 000 1.000 I. 000 l. 000 1 • C'OO 1,000 1. ooo l. 000 I. 000 1.000 1.000 1.000
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OGP-SA USERS MANUAL EXAMPLE FILE liN13A
7 PAGE
04/08/83 11 • 741
BASE CASE JOB NUMBER 1872XU
• • * * * * * * * FUEl-TYPE TABL.ES * * * * * * * * *
TYPE COSTS INFLATION HEAT! NG VALUE LIMITING SULFUR CONTENTS CARBON NITROGEN PARTICULATE WATER
10 Nl\ME UNITS C/11BTU PJ\TTEHN BTU/liN IT FUEL UNITS LBS/UNIT PERCENT MONOXInE OXIDE CClEFF. CONSUMP.
COEFF,
U308 LB. 57. 1 0. 122000E 10 0. o. o. 0.
o. o.
2 OIL 6 BBL 700. 2 0.600000E 07 o. 70.000 3.50 o.
o.
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o.
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0.
0.
5 LSCOAL TON 185. 1 0. 176000E 08 o. 1. 260 0.50 o.
o. o.
MONTHLY PER UNIT MU~TIPLIERS FOR FUEL LIMITS
JAN. FEB. MARCH APRIL NAY JUNE
U308 LB. 1.000 1. 000 1.000 1. 000 1. 000 1. 000 . ........... 1 """"' 1 ......... ' nnn ' nnn t nnn OIL 6 8BL loVVV loVVV loVVV OoVVV oovv~ OoVVV
J .vvv •• vvv f •'-'VV I •'~'JV I •Vl.IV 1 .v•Jv OIL 2 BBL 1 nnn 1 nnn 1 nnn 1 nnn 1 nnn 1 nnn
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FUEL DATA .ASSIGNED FRCM STANDARD
TABLE IF OOT SUPPLIED FOR. INDIVIDUAL
AUG.
1. 000
1.000
1.000
1 .ooo
1.000
UN I 'IS. MAY BE OVERRIDDEN IN GENERATION
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SEPT. OCT. NOV. DEC.
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1. 000 1. 000 1.000 1. 000
1.000 1.000 1,000 1 .000
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GENERAL ELECTRIC COMPANY., EUSED, DATA PREP TO GENERATION PLANNING PROGRM'I OGP·6A V6. 20
OGP-6A USERS MANUAL EXAMPLE FILE UM6A NUCLFAR FUEL BURNUP 1rnD INVEN'IORY I BASE Ct\SE O:::STS ASSIGNED FRCM S'l'ANDAIID TABLE
IF NOT SUPPLIED roR INDIVIDUAL UNI'lS
NUCLEAR COSTS ( 2 NUCLFAR TYPES MAXIMtM) • FUEL FUEL
SERVICE BURNUP COST INVENTORY COST SERVICE BURNIJP COST
YEAR C/MBTV CP. U.) $/KW/YR CP. U.) YEAR C/MBTU
1 57.00 1.06 5.85 1.00 1 o.
~ 1.00 1. 00 2
3 0,97 1.00 3
4 1 .00 1.00 4
15 1.00 1.00 5
FUEL COSTS, FOSSIL UNITS * COMPANY * MANUAL + AUTOMATIC GENERA Tl ON FILE
INDEX NAME F\l"~L TYPE FUEL TYPE
1 EDISON 2 2
NOTE -PROGRAM WILL USE FUEL COSTS
STORED IN GENERATION MODEL FILE
(J
r-FUEL TYPES EOR TYPE 2 UNI'IS ARE -
TRFATED ON A O...."""iPANY BASIS. MAY
BE OVERRIDDEN BY INPUT ro GENER..l\TION
..... PlANNING PROGRAM •
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PAGE 8
(;'1/08/83 11.741
,JOB NUMBER 1 872XU
COSTS
FUEL
INVENTORY COST
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GENERAL ELECTRIC COMPANY, EUSE'D, DATA PREP l'CI GENERATION PLANNING PR CIGRAM OGP-6A V6.20 PAGE 9
OGP-GA USERS I'IANL'AL EXAMPLE FILE I.IN6A 04/08/83 11 . 741
BASE CASE JOB NUMBER 1872XU
r-·
FUEL COST INFLATION PATTERNS
YEAR 1 2 3 41 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
1964* 1.oso t.oo~ 1.~oo 1.aoo 1.ooo 1.ooo t.ooo 1.ooo 1.ooo 1.ooo 1 .ooo 1.ooo 1.ooo 1.ooo t.ooo 1.ooo t.ooo 1.ooo 1.ooo 1,ooo
1965 1.050 1.055 1,000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1 .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
1986 1.050 1.055 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1
1987 1.050 1.055 1.000 1.000 1.000 1.000 1.000 ~.000 1.000 1.000 1
.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.00Q
.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
1986 1,o5o 1.o5s 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo t.ooo 1 .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
1989 1.050 1.055 1.ooo t.ooo 1.ooo 1.ooo 1.eoo 1.ooo t.ooo 1.ooo 1 .ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
1990 1.050 1.055 1.000 1.0DO 1.000 1.000 1.000 1.000 1.000 1.000 1 .ooo t.ooo t.ooo 1.ooo 1.ooo t.ooo 1.ooo 1.ooo 1.ooo 1.coo
1991 1.050 1.055 1.000 1.0DO 1.000 1.000 1.000 1.000 1,000 1.000 1 .ooo t.ooo 1.ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
1992 1.050 1.055 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1 .000 1.000 1.000 ).000 1.000 1.000 1.000 1.000 1.000 1.000
1993 I . 050 1 • 055 I . 000 1 • 0!00 1 • ooo I . 000 1 • 000 1 . ooo 1 • 000 ; 1 • 000 1 .ooo t.ooo t.ooo 1.ooo 1.ooo 1.ooo t.ooo t.ooo 1.000 1.ooo
1994 1. 050 L 055 1. 000 1. 0(00 1. 000 I . 000 1. 000 1. 000 1.000 'I. 000 1 .000 1.000 1.000 1.000 1.QOO 1.000 1.000 1.000 1.000 1.000
1995 I . 050 1 , 055 1 . 000 1 . Of•)O I .. 000 I . 000 1 . 000 1 . 000 I . 000 11 . 000 1 .ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
1996 1 . 050 l . 055 1 • 000 1 • 000 I , 000 1 • 000 1 • 000 1 . 000 I • 000 11 • 000 1 .ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo t.ooo 1.ooo 1.ooo
1997 I • 050 1 . 055 1 • 000 1 • 000 I "000 1 • QOO 1 , 000 I . 000 1 • 000 II . 000 I .ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo t.ooo
1996 t.o5o 1.055 1.ooo t.ooo t.ooo 1.ooo 1.ooo t.ooo t.ooo n.ooo t .000 1.000 1.000 1.000 1.000 1.QOO 1.000 1.000 1.000 1.000
1999 t.oso 1.055 1.ooo 1.ooo t.ooo t.ooo 1.ooo t.ooo 1.ooo ~.ooo 1 .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2000 1.o5o 1.055 1.ooo 1.ooo 1.ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1 .ooa t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
2001 1.oso 1,055 t.ooo 1.ooo t.ooo 1.ooo 1.ooo 1.oo~ 1.ooo 1.ooo 1 .ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
2002 1.oso 1.05~ 1.ooo 1.ooo J.ooo 1.ooo t.ooo 1.ooo t.ooo t.ooo 1 .ooo 1.ooo 1.000 1.000 1.ooo t.ooo 1.ooo 1.000 1.noo t.ooo
2003 1.050 1.055 1.000 1.000 1.000 1.000 1.000 1.000 J.DOO 1.000 I .ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
2004 1.050 1.055 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1 .ooo 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
200!3 ).050 1.055 1.000 1.000 1.000 1.000 !.DOD 1.000 1.000 1.000 1 .ooo 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2006 1.050 t.055 t.ooo 1.ooo t.ooo 1.ooo 1.ooo.1.ooo 1.aoo t.ooo t .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2007 t.oso t.055 1.ooo t.ooo 1.ooo 1.ooo t.ooo t.ooa 1.aoo t.oon t .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
201)6 1.o5o t.o55 t.ooo 1.ooo 1.ooo t.ooo t.ooa t.ooo 1.aoo t.ooo 1 .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2009 l.o5o 1.055 1.ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.aoo 1.ooo 1 .ooo 1.ooo 1.ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
2010 1.050 1.055 1.ooo 1.ooo 1.ooo 1.ooo t.ooo 1.ooo 1.aoo 1.ooo 1 .ooo t.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo 1.ooo
2011 1.050 1,05D 1.000 1.000 1.000 1.000 1.000 1,000 1.000 1.000 1 .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2012 I. 050 1. 055 l. 000 1. 000 1. 000 I. 000 l.IOC·v 1. 000 I. 000 1. 000 1 .ooo 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2013 f • 050 I . 055 t . 000 I . 000 I . 000 I . 000 1 ,1000 I . 000 1. 000 1 . 000 I .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
2014 .. 1.050 1.055 1.000 1.000 1.000 1.000 1.~00 1.000 1.000 1.000 1 .000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
1 "' COI'IPOS I TE I NFLAT I ON MIJL 'f; •?L I i::RS lQ
~ IJSED l F COSTS QUO TEO ar:;·CIRE START OF STUDY a:
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f!:ill
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11.741
BASE CiJlSE JOB NUMBER l672XU
I OPERA Tl Ne + MAINTENANCE COSTS 0 + M COST INFLATION
u SET POl NT u
(MWl $/KW/YR D FACTOR $/1-lRII"rrr YEAR NUCL. F-OIL G.T. CCYCLE HSCOAL LSCOAL HYDRO PSH
191:14* 1.070 1. 070 1. 070 1. 070 1. 070 1.070 1.070 1.070
NllCLEAR 1000. 29.00 0.20 o. 1965 1.050 1.050 I ,050 1.050 1.050 1.050 }.05Q 1.050
FOSSIL-OIL 500. 1 :1o 0.15 o. 1986 1. 050 1. 050 1.050 1. 050 1. 050 1.050 1.050 1.050
G,I\S TURBI !167 1. 05C 0 1. 050
C-CYCLE O&M Ol3TS ARE ASSIGNED F'RCM STA&."'DARD !108 1. 050 O&M INFLATION MULTIPLIER PATTERN.S, 0 1 .050
F-COAL-H!: TABLE UNLESS INPUT FOR INDIVIDUAL 389 1. 05C BY 't'n'Ey USED IN STUDY. 0 1. 050
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COI"'PR. AI
ENFI~GY ST0-3 1. uu u. * COMPOSITE INFLATION MULTIPLIERS
USED IF COSTS QUOTED BEFORE START OF STUDY
* * * *l"iANUAL MAINTENANCE PATTER~IS* * * *
PTRN J F M A M J J A s 0 N D
1 0 0 1 1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0 1 1 0 0
I
NOTE WHEN USED PATTERNS OVERRIDE THE
COMPUTED P.O.R.-A 1 INDICATES
SCHIWULEO MA I NTENAi'JCE, L MANUAL MAINmlil\IOl PATTERRJ -~EFINED BY USER., I
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o;)P-E!A USERS MA!~UAL EXAMPLE FILE UM6A 04/08/83 11. 741
eASE C/\SE JOB NUMBER 1872XU
PLANT COSTS PLANT COST INFLATION
** SET POl NT **
CMWl S/KW 0 FACTOR YEAR NUCL. F-OIL G.T •. CCYCLE HSCOAL LSCOAL HYDRO. PSH
198'1* 1. 070 1. 070 1 > 070 1. 070 1.070 1. 070 1.070 ].070
NUC:..EAR 1000. 1000. o. 1600 1985 1. 050 1 .Ol:'O 1.050 1. 050 1. 050 1.050 1,050 1.050
FOSS I' ..... tnf"''ln C:Do:< n nnnn 1986 1.050 1.050 1.050 1. 050 1.050 1.050 1.050 1.050
GAS T PLAl'IT' c:.a3TS ASSIGNED FRCM STANDARD 1987 1. 050 1. I 1 .050
c~cyc 1968 1. 050 1. PLl\NT COST INF"'J.A'riON MULTIPLIER I 1. 050
.F-COA TABLE IF NOI' SUPPLIED FOR INDIVIDUAL 1989 1. 050 1. PATI'ERNS, BY TYPE, USED IN STUDY. I 1. 050
F-COA UNITS-USED ONLY FOR UNITS ADDED AFlER ca1PQ3ITE APPLIES IF cn3TS QUOTED CONIJ. ~ STJl..RT OF THE STUDY. MAY BE OVER-PRIOR TO START OF STUDY. PUI1PE
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EN ERG * COI1POS I TE I NFLA T I CJN MULTI PL I ~='RS
USEIJ IF COSTS (JIJOTF.D BEFORE START OF STUDY
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INDEX NAME NUCL, F-OIL G.T, CCYCLE HSCOAL LSCOAL NUCL. F-OIL G.T. CCYCLE HSCOAL LSCOAL HYDRO PSH
1 EDISON 1.000 1.000 1.000 1. 000 1 .000 1. 000 o. 160 0.160 0.170 0.160 0.160 0. lGO o. 160 o. 160
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OGP-6A USERS MANUAL EXAMPLE FILE UM~A 04/08/83 11.741
BASE CASE JOB NUMBER 1872XU -LIST OF UNIT SELECTIONS
NUCLEAR FOSSIL-OIL GAS TURBINE
EARliEST EAt~Ll EST EARL! EST
UNIT RATING SERVICE UNIT RATING SEf~VI CE UNIT RATING SERVICE
TYPE 10 MW YEAR TYPE 10 MW YEAR TYPE .10 MW YEAR
1 19 250 1990 2 G.O 80, ]985 3 2~· 50 1985
0 0 o. 0 3 23 75. 1985
0 0 o. 0 UNIT SIZES AVAILABLE FOR A~""'!ATIC 3 24 150. 1985
C-CYCLE ADDITION BY GENERATION PLANNING P.ROGIW-1 F-COAL-LS
EARLl EST WHEN PlANNING CRITERION (RISK INDEX OR EARLIEST
UNIT RATING SERVICE PERCENT RESERVE GOAL) HAS lPl' BEEN UNIT RATING SERVICE
TYFE ID MW YEAR SATISFIED. TYPE 10 MW YEAR
4 25 85. 1985 5 27 200. 1985 6 30 200. 1985
4 26 1 15. 1985 5 28 400. 1965 6 31 400. 1965
0 0 o. 0 5 29 600. 1994 G 32 600. 1994
E N E R G Y S T 0 R A G E D A T A
ES FUEL HEAT RATE DERATION
I DENT TYPE TYPE BTU/KWH 11ULTI PL I ER "'******:tl(:t MONTHLY CYCLE EFFICIENCY CPU> JcliCliC:tll:*"'***
PSH 1 0 o. 0.99 0.700 0.700 0.700 0.700 0.700 0,700 0.700 0.700 0.700 0.700 0,700 0.700 _I CAES 2 3 4100. 0.92 1.330 1. 330 1.330 1. 330 1. 330 1. 330 1 . ~
ES-3 3 0 o. 0.99 0.700 0.700 0.700 0.700 0.700 0.700 o. j CHARACTERISTICS ASSIGNED 'ID ENERGY
S'IORAGE UNI'IS. DERATION MULTIPLIER
1965 FIRST YEAR OF STUDY USED IN RELIABILITY CALCUIATIONS. -,_
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OGP-SA USERS MANUAL EXAMPLE FILE UI16A 04/08/63 11.741
BASE CASE JOB NUMBER 1872XU
UNIT CHARACTERISTICS USED IN THE GENERATION PLANNING PROGRAM
RATING FUEL INPUT MATURE MATURE 1962 1982 1982 FUEL
POOL MW MEGA BTU/I-IR FO~CED PLANNED CHM 'PLANT FUEL COST
UNIT co. INSTALLATION PCT, CMIN, l CMIN.) NUCLEJI.R CIUTAGE OUTAr.E COST COST COST INFT
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3 HARBOR 01 2 1 1948 1 1.00 2.7. 405. 0 0.032 0.055 2.311 0. 7,000 2
135, 1620.
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4 LINCOLN 01 2 1 1950 1 1.00 2.000 o. 7.000 2
MASTER LIST OF UNI'IS '!0 BE ST®IED:
GJ!EERATIOO M)DEL UNITS tiJ:r RE:riRED PRIOR
5 STATESIDE 01 2 1 1975 1 1. 00 '!0 STUDY, MANUAL ADDITICN, II AD'ICMATIC" 1. 700 o. 7.000 2
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CHARlCI'ERISTICS 001.' PRENIOtELY INPUT EUR
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7 HARBOR-GT 02 3 1 1965 1 1.00 STANDARD TABLES. 0.300 0. 8.300 2
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OGP-6A USERS MANUAL EXAMPLE FILE UM6A 04/06/83 11 • 741
BASE CASE JOB NU~IDER 1872XU
TYPE • • * * *OPERATIN~ LIMITATIONS BY MONTH• (CARR'( OVER TO NEXT MONTH IS ALLOWED)*
UNIT CUNIT> :e * ,.. "' * * * * * ROW 1 -F""!!::RGY L1 M I TS I N MWH * * * * * ID. STATION NANE (FUEU ~ • * • * * • * * ROH :Z-FUEL Llf11TS IN UNITS OF FUEL * * * * *
1 SEASHORE 01 1 o. o. o. o. o. o. 0. o. o. o.
1 o. o. o. o. o. 0. o. 0. o. o.
2 SEASHORE 02 1 0. o. o. o. o. 0. o. o. o. o.
1 o. o. o. o. lr .. 0, o. o. o. o.
~ HARBOR 01 2 o. o. o. o. o. o. 0. o. o. o.
2 o. 0. 0. o. o. 0. o. o. 0. o ..
4 LINCOLN 01 2 o. o. o. o. 0, 0. o. o. o. o.
2 o. o. o. 0, o. o. 0. 0. o. o.
5 STATESIDE 01 2 0. 0. o. 0. o. 0. o. o. 0. o.
2 o. o. o. o. o. o. o. o. 0. o.
6 HARBOR-GT 01 3 7440. 6720. 7440. 7200. 7440. 7200. 7440. 7440. 1200. 7440.
3 0. o. o. o. 0. 0. o. o. o. o.
7 HARBCJR-GT 02 3 14660. 13440. 14
'[ EUEL AND ...m:;y IJMITS FOR UNITS IN I 14680, 14400. 14660.
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8 RIVERSIDE 01 3 14860. 13440. 146
THE MASTER LIST.
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BASE CP.SE
ENVIRONMENTAL DISCHARGE UNIT CHARACTERISTICS
P.U. P.U, HEATING SULFUR ****** UNIT UNIT FUEL PLANT HEAT 502 PREC BTU/ CONTENT/ CARBON
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NUCLEAR DATA
FUEL FUEL
NUCLEAR UNIT RAriNG BURNLIP COST INVENTORY COST
I DENT ID STATION NAME MW $/I'IBTU $II<WIYR
1 1 SEASHORE 01 830. 0.604 5.85
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2 2 SEASHORE 02 830. 0.604 5,85
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PAGE 23
0<:1/08/83 11.741
JOB NUMBER 1672XU
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UNIT COMPANY RAriNG FUEl COST
10 STA Tl ON NAME TYPE I DENT. MW $/I1BTU
1 SEASHORE 01 1 EDISON 830, 0.570
2 SEASI-Ir)RE 02 1 EDISON 830. 0.570
3 HARBOR 01 2 EDISON 135. 7.000
4 LINCOLN 01 2 EDISON 250. 7.000
5 STATESIDE 01 2 EDISON 500. 7.000 --6 HARI:'OR-GT 01 3 EDISON 50. 8.300
7 HAI~I30R~GT 0:?. 3 EDISON 100. 8.300
6 RIVEI?SII"lf:: 01 3 EDISON 100, 8.300
9 RIVERSIDE 02 3 EDISON 150. 8.300
10 NORTH SIDE01 4 EDISON 300. "'-· 300 __ 1 1 BLUE LAKE 01 4 ANNUAL PRIN'IOUT OF ALL GENERATION ON 12 MIDLINE 01 5
13 Ml DLI NE 02 c '!HE SYSTEM. OPTIONAL OUTPUT (KPRINT) •
14 FRONTIER 01 6
15 BAY VIEW 01 6 EIJISON 550. 1. 850
16 HARBOR-GT 03 3 EDISON 100. 8.300
17 PUI~CHASE 6 EDISON 100. 2.000
CONV. 1-!YDRO 260.
PU!1PED HYDRO 300.
C011PR. AIR o.
ENERGY ST0-3 0.
****** 5825.
TOTAL MW
EDISON 5825.
ltltltll:liCliC
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JOB NUMBER 1872XU
FUEL INV.
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BASE CASE
1965 SYSTEM
CONV. HYDRO
M.!\X. GENERATION MIN.GENERATION ENERGY GEN.RATING
BY MONTH BY 110NTH BY MONTi-1 BY MONTI-I
230.00 50.00 152000.00 300.00
250.00 50.00 152000.00 300,00
250.00 50.00 152000.00 300.00
260.00 60.00 158000-00 300.00
260.00 60.00 toaooo.oo 300.00
260,00 60.00 158000.00 300.00
260.00 60.00 150000.00 300,00
260.00 60.00 100000.00 300.00
260.00 60.00 156000.00 300.00
250.00 40.00 1413000.00 300,00
I
250.00 40.00 148000.00 300.00
250. OC· 40.00 148000,00 300.00
I COMPR. AIR
GEN.RATING PUMP RATING STORAGE GEN.RATING
BY MONTH BY 110NTH BY MONTH BY MONTH
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04/oo/e3 11. 741
JOB NUMBER l672XU -
PUMPED HYDRO
PUMP RATING STORAGE
BY MONTH BY MONr'f-1
320.00 2400.00
320.00 2400.00
320.00 2400.00
320.00 2400,00
320.00 2400.00
320.00 2400.00
320.00 2400.00
320.00 2400.00
320.00 2400.00
320.00 2400.00
32Q..&9 2400.00
320.00 2400.00
ENERGY ST0-3
PUMP RATING STORAGE
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Fl LE 1Jt16A
. -·
LOAD MODEL FOR YEAR 1985
POOL PEAK IN MW 5000.
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TOTAL MWH 26280000.
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04/08/83 11.741
JOB NUMBER 1872XU
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OGP-GA USERS MANUAL EXAMPLE FILE IJM6A 04/08/83 11 • 741
j .BASE CASE JOB NUMBER 187.2XU ~ l
i985
SEPT. OCT. NOV. DEC.
PROBABILITY PROGRAM LOADS PROBABILITY PROGRAM LOADS PROBABILITY PROGRAM LOADS PROBABILITY PROGRAM LOADS
DURATION MW P.U. DIA"ATION MW P.U. DURATION MW P.U. DURATION MW P.U.
o. 4710. 1.000 o. 4430. 1. 000 o. 4815. 1. 000 o. 4685. 1. 000
0.2 42)~. 0.895 0.2 4275. 0.965 0.2 4622. 0.900 0.2 4680. 0.958
0.4 4121. 0.875 0,4 4120. 0.930 0.4 4430. 0.920 0.4 4470. 0.915 f./
1.0 3947. 0,83B 1.0 3912. 0.883 1. 0 4228. 0.878 1 .o 4074. 0.834
I-IOURLY HOURLY HOURLY HOURLY HOURLY HOURLY HOURLY HOURLY
WEEKDAY WEEI<END WEEKDAY WEfi~END WEEKDAY \o/EEKEND WEEKDAY ~EEKEND
MW LOAD MW LOAD MW LOAD NW LOAD f1W LOAD MW LOAD MW LOAD MW LOAD
20 DAYS 10 DAYS 23 DAYS 8 DAYS 20 DA.YS 10 DAYS 21 DAYS 10 DAYS 0
4710. 3702.· 4430. 3528. 4815. 3761. 4885. 4025.
4373. 3449. 4186. 3351. 4543. 3738. 4325. 3885.
I
4212. 3249. 4127. 3203. 4482. 3565. 4126. 3567.
4197. 3203. 4046. 3173. 4309, 3423. 4126. 3514.
4075, 3073, 3957, 3077. 4263. 3368. 4094. 3428.
4014. 3012. 3927. 2966. 4225. 3251. 4081. 3275.
I 3983. 2~96, 3861. 2877. 4165·. 3219. 4036. 3202.
3960. 2958. 3794. 285u. 4127. 3101. 3914. 3188.
3906. 2897. 3691. 2826. 4006. 3101. 3830. 3082.
3815. 27S9. 3676. 2789. 3946. 2858. 3766, 2930.
3769. 2605. 3669. 2752. 3802. 2818. 3554. 2890.
3731. 2582'. 3565. 2500. 3741. 2818. 3522. 2750.
3616, 2429. 3477. 2404. 3606. 2669. 3502. 2750.
3601. 2375. 3395. 2375. 3523. 2574. 3457. 2631. Q
2827. 2291. 3048. 2338 . 3265. 2480. 3045. 2571. . N 2759. 2834. 2917. 2536. I 'i 2222, 2249. 3077. 2409. .. 2659. 2184. 2575. 2198 . 2774. 2339. 2743. 2432.
:! 2544. 2069. 2442. 1990. 2630. 2260. 2601. 2406. a: H~Ol. 1969. 1924. 1879. 2071. 2056. 2202. 22<16.
' 1787. 1854. 1755. 1761. 2003. 1867. 2171. 1941. I ::E Ill 1603. 1739. 1585. 1628. 1621. 1859. 2003. 1908.
1-1534. 1609. 1518. 1599. 1731 . 1772. 1900, 1855, .,
>-1473. 1509. 1451. 1465. 1550. 1670. 1759. 1762. "' " 1396. 1447. 1259. 1311. 1504. 1364. 1605. 1576. z
1-2130703. MWH 2179237. MWH 2243027. MWH 2305164, MWH z
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------------------~----------=--
BLIST L5G70107;L,WS5
BEGIN FILE -"L5G70107
SNUMB = HLSG7, ACTIVITY t = Olr REPORT CriDE = 07, ~ECORD COUNT~ 000034
GENERAL ELECTRIC COHPANY, DATA PREP TO PLANNING PRORR~H OBP-6A V6.20
01/12/83 13.959 .JOB NIJiiBER 1l1LSG7
COPYRIGHT, 1971' GENERAL ELECTRIC
OGP-6A ELECTRIC SYSTEHr FILE UMOGP6A
USERS MANUAL EXAMPLE
NAHELIST DATA RECORI'l 1 HAS FIE EN READ
NAHELIST DATA RECORJ) 2 HAS BEEN READ
NAHE"LIST DATA RECORtt 3 HAS BEEN READ
NAMELtST DATA RECORD 4 HAS BE: EN READ
NMIELIST J:tATA RECORD 5 HAS FIE EN READ
NAMELIST IIA'fA RECORit 6 HAS BE: EN READ
****** ENit OF NAHELIST fiAT A CHECK!NG ***t**
PROORNl WILL CHECK .1-'.LL NAMEr~IST DATA
110R ERRORS PRIOR 'IO EXOCUTI0.N.
~------~·--------------------END OF NAMELIST DATA WILL BE PRINTED
IF 00 FATAL DATA ERHORS CCCUREU!D.
GENERAL ELECTRIC COMPANY, DATA PREP TO PLANNING PROGRAM OOP-6A V6.20
01/12/83 13.959 JOB NUiiBER 11iL5G7
COPYRIGHT, 1971, GENERAL ELECTRIC
OGP-6A ELECTRIC SYST£M, FILE UMOGP6A
USERS MAHUAL EXAMPLE
ALL AVAILABLE DATA HAVE BEEN PROCESSED
READY [ INDICATES PROGRAM EXOCUTED NORMALLY.
6-25
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** ** ** COPYRIGHT 1971, GENEhAL ELECTRIC COMPANY ** --** OGP-61\ PROGRAM PUBLISHED ONLY IN A LIMITED, **
"'* COPYRIGHT SENSE, AND ALL R I GI·ITS, INCLliDING **
** TRADE SECRET R I GI·ITS, ARE RESERVED. **
** **
****************************"'************************
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JOB INUI-1BER 2672XU Otl/08/83 I I. 803
BASED ON OP.TA PREP JOB 1872XU OArEil 04/08/83
COPYRI~HT, 1971, GENERAL ELECTRI~
' 3 P~TRIM=2~.25, 2:t0, 2*,25,
4 SPilES=. 15,
5 MIX=1,
7
8
I
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EXD11WH=20,
10 RMII-OR=-,,
11 C~TENG=~!5,
12 ~ERATE=I,O?,
(1,61=1.5, 2*1.2, 7*
23 POilSIII<.CI,Il=1.2, 1.1, 6*1,
24 PORSHK( I, 2).:3:~<1.2, 7*1.0,
Ll S Tl NG 'OF I NPUT D.ATA
00002)70
00002180
00002190
00002200
00002230
00002240
00002350
00002360
60
00002390
00002400
[ GENERAL DATA J
25 . PORSHI<C I. 3 h•
26 POllS HI< ( 1 , 4 J =;j;; j : 1, 7*-1, :::· .. ~:.:::::-: '::: I
27 POt! Sill{( 1, 5 > :::J~:t: I • 2, 7:~~. 1,
28 POilSIIK ~ ~, 6 > =::ll:tt 1. 2, 7* 1,
1 29 PRGO/,L=20',
30 YRII'If1X= I 0,
31 IDCTRT::: '/\BCl'f!EXYZTIE' I
32 NHCTRf=O,l2,
35
36
37
38
39
40
' RATE I C=2:tc 1 • Oi:,
DMHHCT=20,25,
RATEPC::: 2* I • Oi,',
CTI1Tf'IW(I,ll=li2*50,
CTRTI1\UI,2l=::Jt:t25, 6*35, 3*25,
UNCLM=.95, I, 1,05,
' 43 KODE3=1, MPRI~T=5lk0,1,2*0,1,3*0,
44 KPnE:NV=4·to,
47
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OGP-6A USERS MANUAL EXAMPLE FILE liM6A 04/08/G3 11.803
BASE CASE 2872XU
PRESENT AND FUTURE SYSTEM CHARACTERISTICS
·-· MW INPUT MATURE MATURE 1962
RATING (MEGA BTIJ/HR> FORCED'ri:" MINF.D O+M COSTS
UN1T INST. UNIT FUEL PLANT REGN. U11 N. > (I'll N. ) OUTAGE OUTAGE FIXED VARIABLE
ID YEAR STATION NAME TYPE TYPF.: ID ID CMAX. -PC> CMAX. 1 RATE RATE !i/KW/YR $/MW/HR
CMAX.-R)
1 1970 SEASHORE 01 1 1 1 1 208. 2565. 0.150 o. 176 30.793 o.
-< 830.
630.
8549.
2 1978 SEASHORE 02 1 1 1 1 208. 2565. 0.090 o. 176 30.793 o.
830. 8549.
830.
3 J94U HARBOR 01 2 2 1 1 27. 405. 0.032 0.055 2. 311 o.
135. 1620. I MASTER LIST OF UNUS TO BEM STUDIED.
-
4 1950 LINCOLN 01 2 2 3 2.000 o. D.'\TA GENERATED BY DATA PREP PROGRl\M
TRANSFERRED VIA FILE 03.
5 1975 STATESIDE 01 2 2
INCLUDES OVERRIDE DATA FRCM GENERATION
3 PLANNING GENERAL DATA. 1. 700 o.
---.
6 1960 HARBOR-GT 01 3 3 1 1 3. 156. 0.070 0.040 0.300 o.
50. 600.
50.
7 1965 HARBOR-GT 02 3 3 1 1 5. 312. 0.060 0.040 0.300 o.
100. 1200. too .
8 1975 RIVERSIDE 01 3 3 2 2 5. 312. 0.060 0.040 0.300 0,
100. 1200,
100.
9 1982 RIVERSIDE 02 3 3 2 2 8. 466. 0.055 0.040 0.300 o.
150. 1800 .
150,
10 1956 NORTH SIDE01 4 3 2 2 60, 605. 0.050 0.110 0.300 o.
300. 2421.
300.
11 1967 BLUE LAKE 01 4 3 2 2 60. 807. 0.050 0, 110 0.300 0.
400. 3228.
400.
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1982 FUEL 1982
FUEL COST PLANT
COST INFLAT. COST
$/MBTU PATTERN S/KW
0.604 1 0.
0.604 1 o.
7.000 2 o. I
7.000 2 o.
7.000 2 o.
8.30(') 2 o.
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2 1. 200 1.200 28
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4 1 ,ooo 1 .000
5 1. 000 1.000
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6 1. 000 1. 000
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10 1. 000 1. 000
1 1.500 1.200 30
2 1. 200 1.200 31
3 1.200 1.200 32
4 1. 000 1. 000
5 1.000 1,000
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04/08/83 11.803
2872XU
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1982 PRESENT 'WORTH AT 12.00 PERCENT INTEREST RATE
TARGET RISK INDEX = 10.000 DAYS/YEAR
TARGET PERCENT RESERVE = 20.00
EMERGF.NCY ENERGY COST 35.00 DOLLARS PER MWH
Ef1ER<~ENCY ENI:RGY COST I NI"LA Tl ON FACTOR = 1. 070
LOAD UNCERTAINTY
LOAD L I KEL I HOC:iD
MULTIPLIER OF LOAD -' ~ ...
0.95 o. 10 OOAD UNCERTAINTY DATA APPLIES ONLY
1.00 0.80 '!') RELIABILITY CAICUIATIONS.
1.05 0.10 -----,-'
WEEKDAY WEEKEND CXM-!I'IMENT ZONES USED IN
COI1M I TTMENT ZONES 1 2 3 4 5 6 PRODUCTION CCST CAI.CULATIONS. NUf1BER OF HOURS 4 4 4 12 12 12 -.. ~ ..
MINII'IUM UP TIME POLl,;. 1 :: NO SliUTDO\o/N
2 = SHUTDOHN ON HEEKEND ONLY
3 = SHUTOO~/N ANYTIME
NUCLEAR 1
FOSSIL-OIL 3 MINIMW UPTlME RULES, BY UNIT TYPE.
GAS TURBINE 3 USER MAY OVERRIDE FOR INDIVIDUAL C·CYCLE 3
F-COAL-HS 2 UNI'IS (MSTRIJN) •
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EMISSION COEFFICIENTS -UNIT COMMITTMENT -
HEAT REJECTION PARTIC-WATER REGION S/f'IWii ATMOS. WATER S02 NOX co ULATE CONSUMP
1 NORTH 1. 0000 0. 0. o. o. o. o. o. 2 SCI LIT I-f 1. 0000 o. o. o. o. 0. 0. o. 25 UNSITED 1 .oooo o. o. -0. o. o. o. o.
EMISSION COEFFICIENTS -UNIT DISPATCH
HEAT REJECTION PART! C-WATER REGION S/MWH ATMOS. WATER S02 NOX co ULATE CONSUMP
1 NORTH 1. 0000 o. o. o. o. o. o. o. --2 SOUTH 1. 0000 o. o. o. o. 0. o. o. 25 'N'31 TED 1.0000 o. o. o. o. o. o. o.
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OGP-GA USERS MANU~' EXAMPLE Fl LE UM6A [ MONJ.HLY c:xm?UT J 04/08/83 11.803
BASE CASE _ _ 2872XU
OPT I MIJi-1 _
M:>NTHLY FDROCAST J?CX)L PEAK SPINNI~ G T I
RESERVE, Ac; SPECIFIED BY INPUT. 1985 JUNE • • PRODI,ICTION COST SUM MJNTHLY PFAK REDOCED BY HYDOO & OJNl'MCTS. I
COSTS IN THOUSANDS OF DOl LA~S __
~-------------------------------------11 TERRITORY PEAK ~000. MW THERMAL PEAK 4410. MW
SPINNING RESERVE 750. MW
UNIT STATION NAME CO, UNIT FUEL RATING MAINTENANCE MIN. ENERGY HRS. CAPACTY FUEL OPER.+ FUEL FORCED PLANNED FUEL 1
I D I DENT.. T'(PE TYPE MW PTRN. MONTHS UP OUTPUT ON FACTOR COST MA INT. I NVT. OUTAGE OUTAGE PRICE
RULE M~IH L1 NE COSTS COSTS RATE RATE $/f"lBTU
15 BAY VIEW 01 EDISCH 6 5 550.0 OMAINT. -1 0. 0. 0. 0. 797. 0. 0.092 0,129 2.183
3 HARBOR 01 EDISO~ 2 2 135.0 0 -1 21335. 697. 0.219 2602. 31. 0. 0,032 0.055 8.376
1 SEASHORE 01 EDISO~ 1 1 830.0 1 1 507960, 612. 0.850 3518. 2525. 471. 0.\50 0.176 0.672
2 SEASHORE 02 EDISON 1 1 830.0 2 1 518590. 655. 0, 868 3604. 2525. 471, 0. 090 0. 17..§__ O. 672
13 MIDLINE 02 EDISON 5 4 400.0 0 2 204314. 635. 0.709 3487. 1888. 0. 0.118 0.103 1.770
I 1
.0 0 2 140386. 637. 0.650 2407. 1426. o. 0.115 0.085 1.770
UNIT ID CORRESPONDS TO MASTER LIST •. o o 2 78743. 667. o.643 1644. 733. o. o.o74 o.o62 2,183
_, _.o o 2 46511. 120. 0.646 1122. 47S. o. o. o 2.360
11 BLIJE LAKE 01 EDISOI'I 4 3 400.0 0 3 157980, 684. 0.549 13241. 12. 0. 0.050 0.110 9,932
10 NORTH SIDE01 EDISON 4 3 300.0 0 3 95978. 642. 0.444 8177. 9. 0. 0.050 0.110 9.9~2
5 STATESIDE 01 EDISON 2 2 500.0 0 3 137040. 598. 0.381 12080, 84. 0, 0.050 0.110 8.376
4 LINCOLN 01 EDISON 2 2 250.0 0 3 51989. 578. 0.289 4742. 49. 0. 0 038 0.073 8.376
9 RIVERSIDE 02 EDISON 3 3 .134 2870. 4. 0, 0.055 0.040 9.932
7 HARBOI~·GT 02 EDISON 3 3 UNITS ARE LISTED IN THE ORDER IN W'diCH .097 1665, 3. o. 0.060 0.040 9.932
8 RIVERSIDE 01 EDISOM 3 3 THEY~~ COMMITTED. .073 1212. 3. 0. 0,060 0.040 9.932
16 HARBIJR-GT 03 EDISml 3 3 .082 1221. :; 0 0-060 0.040 9.932
6 HARBOR·GT 01 EDISON 3 3 50.0 0 3 1892. 208. 0.053 450. 1. 0. 0,070 0.040 9.932
22 GAS TUimiNE EDISO~ 3 3 50,0 0 3 ]699. 183. 0.047 398. 1. 0. 0.070 0,040 9.932
22 GAS TURBINE EDISON 3 3 50.0 0 3 1234. 154. 0.034 318. 1. 0, 0,070 0.040 9.932
TIE ENERGY 3118 134.
1!----:T-:::O:TA-='L THERr1AL 5365.0 Z'J{JI400. 64891, 10573. 942.
CONV. HYDRO 260.0 158000. 26.
PUI1PED HYDRO 300. 0 ·1 7259 0. 30.
~ COI~PR. AIR 0. 0. 0. 0.
:l ENLRGY ST0-3 0, 0. 0, 0,
ii: PURCHASE + SALES 85.0 8400. 257
I
~ SYSTE!1 TOTALS 6010. 0 2150541 • 65148. t 0628, 942,
1-
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~ t NUCL. 1660. 1026550. 0.8569 7122. 5051. 11.86 ' I
o. 2 F·OIL 885. 210':1G4. 0.3301 191123. 164, 93,11 .
~ 3 G.T. 600, 37406. 0.0067 8134. 18, 217,65
~ 4 CCYCLE 700, 253957. 0.5039 21418. 21. 84.42
.J 5 liS COAL 700. 341700 I 0 6fl:J9 5~93. 3314. 26' 71
::: 6 LSGOAL 820. 125254. 0. 2122 2705, 2006. 38. 10
~ TIENG 3118. 134. 42.88
> ~ TOTAl 5365. 2001400 64891 10523~ _;rr._z-'--1---------------ll
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OGP-GA USERS MANUAL EXAMPLE FILE UM6A 04/0.13/83 11 '803
BASE CASE 2872XU -ENVIRONMENTAL REPORT
ll<ll<li<:I:JtJt:K'Jk GENERATING UNIT SUMMARY :1: Jt lt lit JIUI: 1k ~
.
1985 JUNE
AVG. HEAT REJECTION PARTICU-WATER
UNIT OPER. FUEL !MBTU X 1000) S02 NOX co LATES CONSUMP
' 10 UNIT EFF. CONSUMPTION ATI•IOS. .WATER CTONS) (TONS) !TONS) CTONS) CGX1 0001·
15 BAY VIEW 01 o. 0. TON o. o. o. o. 0. 0. o.
3 HARBOR 01 0.234 51764. BBL 52. 185. 362.3 o. o. o. o.
1 SEASHORE Ol 0.331 4289. LB. 3498. o. o. o. o. o. 0.
2 SEASIIORE 02 0.330 4392. LB. 3589. o. o. o. o. o. o.
13 MIDLINE 02 0.354 82091. TON 280. 993. 310.3 0. o. o. o.
12 MIDLINE 01 0.352 56670. TON 194. 687. 214.2 o. o. o. o.
14 FRONTIER 01 0,357 42795. TON 107. 378. 53.9 o. o. 0. o.
17 PURCHASE 0.334 2700G. TON 70. 247. 34.0 o. o. o. o.
11 BLUE LAKE 01 0,404 2259136. BBL 357. 437. 4519.4 o. 0. 0. o.
10 NORTH SIOE01 0.398 139539. BBL 223. 273. ~790.8 o. 0. o. 0.
5 ST1HESI DE 01 0.324 240:JG9. BBL 214. 760. 1682.6 o. o. o. o.
4 LINCOLN 01 0.313 94347. BBL 86. 303. 660.4 o. 0. o. o.
9 RIVERSIDE 02 0.171 48983. BBL 240. o. 979.7 o. 0. o. o.
7 HARBOR-GT 02 0.143 28411. BBL 144. 0. 568.2 o. o. o. o.
8 RIVERSIDE 01 o. 146 20679. BBL 104. o. 413.6 o. 0. o. o.
16 HARBOR-aT 03 0.163 20€145. BBL 103. o. 416.9 o. o. o. o.
6 HARBOR-GT 01 0.143 7673. BBL 39, 0. 153.5 0, o. o. o.
22 GAS TURBINE 0.145 6799. BBL 34. o. 136.0 o. 0. o. o.
22 GAS TURBINE 0,132 5427. BBL 28. o. 108.5 o. o. o. o.
TOTAL SYSTEM 0.334 9361, 4263. 13404.3 0. o. o. o.
I FUEL CX>NStMPTION AND ENVIH:>~ REPOR'lS ... (OPTIONAt) .. ~US OUTPtrr OBTAINED BY INPUTI'ING 'i
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OGP-GA U~ERS MANUAL EXAMPLE FILE UMSA 04/06/63 11.803
BASE CASE 2872XU
EI'!I!IRONMENTAL REPORT
***ll:lll~Jtli: rLANT SUMMARY ****·**** . 1985 JUNE
T
AVG. y HEAT REJECTION PART! CU-
PLANT ·OPER. p FUEL !118 TIJ X 1 000) S02 NOX co LATES
ID PLANT EFF. E CCN:'IUMPTION ATi-iOS. WATER CTONSJ CTONS> CTONS> (TONS)
1 COASTAL 0,323 1 8681. LB, 7425. 185. 1500.9 o. o. o.
2 51764. BBL
3 56930. BBL
2 CENTRAL 0.364 3 435169, BBL 924. 709. 8703.4 o. 0, o.
3 HILLSIDE 0,340 2 334715. BBL 1012. 3368. 3200 ~ 0. 0. 0.
3 12221J. BBL
4 1387GI. TON
5 6980i. TON
TOTAL SYSTEM 0.334 9361. 4263. 13404.3 o. o . o.
.
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04/08/83 11. 8(13
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******** FUEL Sllr-'IMARY ********
1985 JUNE
AVG. HEO.T REJECTION
TYPE OPER. FUEL CMBTU X 1000) S02 NOX
10 TYPE EFF. CONSUMPTION ATMOS. WATER CTONS> (TONS)
1 U30S 0.331 8681. LB. 7087. o. o. o.
2 OIL 6 0.310 386,!179. BBL 352. 1249. 2705.4 o.
3 OIL 2 0.334 50·'1 !32fJ. BBL 1272. 709. 10086.5 o.
4 HSCOAL 0.353 1387Gl, TON 474. 1600. 524.5 o.
0 LSCOAL 0.348 69801. TON 176. 625. 87.9 o.
[TAL SYSTEM 0.334 9361. 4263. 13404.3 0.
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04/08/83 11.803
2872XU
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GENERAL ELECTRIC COMPANY, EUSED GENERATION PLANNING PROGRAM 'JGP-SA V6.20 PAGE 17
OGP-6A USERS MANUAL EXAI1PLE FILE UMGA [ANNUAL OUTPur I 04/06/63 11.803
BASE '::ASE 2872XU
,,•:
OPT1!1UM '---
ANNUAL ~T POOL PEAK SPINNIOO G.T, ANNUAL PEAK REDUCED BY HYDRO &
RESERVE, AS SPECIFIED SY INPtJl'. 1985 YEARLY PRODUCTION COST SUMMARY <X>NTRI'C'lS. COSTS IN THOUSANDS OF DOLLARS -
TERRITORY PEAK 5000. MW THERMAL PEAK 4410. MW "'
SPINNING RESERVE 750. MW
UN IT STA T1 ON NAI1E co. UNIT FUEL RATING MAINTENANCE MIN. ENERGY HRS. CAPACTY FUEL OPER.+ FUEL FORCED PLANNED FUEL
10 !DENT. TYPE TYI"E MW PTRN. MONTHS UP OUTPUT ON FACTOR COST MAINT. INVT. OIJTAGE OUTAGE PRICE
RULE MWH LINE COSTS COSTS RATE RATE $/MBTU
15 BAY VIEW 01 EOISOtl () 5 550.0 0 MAY JUNE -1 2772077. 6625. 0.575 57586. 22725. o. 0.092 0.129 2.183
3 HARBOR 01 ED I SOli 2 2 135.0 0 AUG. -1 236395. 7759. 0.200 28857. 375. o. 0.032 0.055 8.376
1 SEASHORE 01 EDISON I 1 830.0 1 1 5074555. 6202. 0.698 35182. 30724. 5728. 0. 150 o. 176 0.6?2
2 SEASHORE 02 EDISON 1 1 830.0 2 1 5411716. 6639. 0.744 37530. 30724. 5728. 0.090 ...Qd76 0.672
13 MIDLINE 02 ED I SOli 5 4 400.0 0 FEB. 2 2545732. 7134. 0.727 43232. 21828. o. o. 118 0. 103 1. 770
12 MIDLINE 01 EO! SOli 5 4 300.0 0 NOV. 2 1740393. 7115. 0.662 29680. 164~7. 0. o. 115 0.085 1. 770
14 FRONTIER 01 ED I SOH 6 5 170.0 0 2 950122. 8112. 0.638 19845. 8921. o. 0.074 0.062 2. 183
17 PURCHASE EDISml 6 5 100.0 0 2 569597. 8760. 0.650 13729. 57.89. 0. o. 0. 2.360
11 BLIJE LAKE 01 EDISON 4 3 '100.0 0 JULY 3 17631108. 7535. 0.505 147977. 144. 0. 0.050 0.110 9.932
10 NORTH SIDEOl EDlSOI'I 4 3 300.0 0 JJ\N. 3 1066236. 7381. 0.406 91210. 108. o. 0.050 0.110 9.932
5. STATESIDE 01 EDISOI'I 2 2 500.0 o MJ\Y 3 1 51 69133. 71 1 I . 0.346 134984. 1022. o. 0.050 0.110 8.376
4 LINCOLN 01 EDISOtl 2 2 250.0 0 DEC. 3 547026. 6170. 0.250 50012. 601. 0. 0.036 0.073 8.376
9 RIVERSIDE 02 EDI SO~I 3 3 150.0 0 3 1~4355. 5070. o. 117 311366, 54. o. 0.055 0.040 9.932
7 HARBOR-GT 02 ED I SOli 3 3 100.0 0 APRIL 3 59871. 3945. 0,068 15950. 36. o. 0.060 0.040 9.932
e RIVERSIDE 01 EDlSOtl 3 3 100.0 0 AIJG. 3 54952. 33<15. 0.063 13913. 36. 0. 0.060 0.040 9.932
16 HARBOR-GT 03 F.:OISOI'C 3 3 100.0 0 3 4 1 006. 2971 . 0.047 11635. 36. 0. 0.060 0.040 9.932
6 H/\Jmor~-GT 01 EDISOtl 3 3 50.0 0 NOV. 3 136,17. ?.288. 0.031 4?80. 18. o. 0.070 0.040 9.932
22 G/\S TIJRB I NE ED I SOli 3 3 50.0 0 3 1 31 94 . 21 64 . 0.030 4076. 18. o. 0.070 0.040 9.932
I 22 GAS TURBINE EDISOtl 3 3 50.0 0 3 10459, 1922. 0.024 3503. 18. o. 0.070 0.040 9.932
TIE ENERGY 15114. 648.
TOTAL TIIER1·1AL 5365.0 24561841. 778198. 139635. 11457.
CC1NV. HYDRO 260,0 1848000. 307.
PUI1PED HYDRO 300.0 -221223. 0. 361.
N COI1PR. AIR o. o. o. o. ~ ... ENERG'( ST0-3 0. 0. 0 . o.
!
ii PURCHASE + SALES 85.0 91560. 2804. ----I :a: SYSTEI1 TOTALS 6010.0 26280178. 781002. 140302. '11457. Ill
1-.,
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" TYPE RATING ENERGY OUTPUT CAPACITY FUEL COST 0 + M THERMAL I ~ MW MWI-I FACTOR, THOIJS/\ND $ THOUSAND $ $/MWH 1-z
I
it 1 NUCL. 1660. 10486271. o. 7211 72712. 61449. 12.79 a. 2 F-OIL 885. 2300404, 0.:?967 213852. 1998. 93.83
IlL 3 G.T. 600. 347465. O.OG61 8.7724. 216, ?.53.08 " o( 4 CCYCLE 700. 2634643. 0.4G23 239187. 252. 84.47 a.
I .J 5 HSCO<\L 700. 4206126. o. (\1190 7291g. 38285. 25.94
w 6 LSGOAL S20. 429179G. O.r;il:l75 91162. 37435. 29.96
3: TIENG 15114. 648. 42.88
)' ==] w TOTAL z 5365. 24561841 776198. 13963~. 3?.37
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PAGE 18
04/08/63 11.803
2872XU
~--~
PARTICU-WATER
UNIT OPER. FUEL
HEAT REJECTION
CMBTU X lOOOl S02 NOK _ _ __ ~ C_O ~~--LATES CON~
ID UNIT EFF. CONSUMPTION A TI10S. WATER CTONS) CTONS) C TONS> <TONS) C GX 1 000)
15 BAY VIEW 01 0.359 1499161. TON 3723. 13201. 1888.9 ----__ ...........
~~· ~~~ --~" 3 HARBOR 01 u.c::~q vf"'IOI. 001-iJOVo GVv<>o 4019.3
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11 BUIE LAKE 01
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9 R "IERS I DE 02
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586478. BBL 2933,
272198. BBL 1402.
2::17 134 • .BBL 1213.
1 90502. 'BBL 1032.
73047. BBL 384.
69!5!3~. BBL 365,
597131. BBL 317.
102065.
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I GENERAL ELECTRIC CO~"'PANY, EIJSEO GENE'RATION PLANI'HNG PROGRAM OGP-6/\ V6. 20 PAGE 19
OGP-GA USERS MANUAL EXAMPLE FILE UMGA 04/08/63 11.803
BASE CASE 2872XU
.. --ENVIRONMENTAL REPORT
***>t**** PLANT SUMMARY *****"'¥*
1985 YEARLY
T
AWl, y HEAT REJECTION PARTI CU-WATER
PLANT OPER. p FUEL CMBTU X 1000) S02 NOX co LATES CONSUMP
ID PLANT EFF. E CONSUNPliON ATI10S. WATER CTONS) CTONS> (TONS> CTONS) CGX1000)
1 COASTAL 0.329 1 68628. LB. 79456. 15259. 16784.4 o. o. o. o.
2 574181. BBL
I 3 543808. BOL
5 1499161. TON
2 CENTRAL 0.359 3 4905754. BBL 10630. 7925. 98115.1 0. 0. o. 0.
3 HILLSIDE 0.341 . 2 36809-18. BBL 11977 • 400«13, 35910.0 o. o. o. o.
3 129339. BBL
4 1716693. TON
5 a.-17212. TON
TOTAL S1(STEM 0.336 1020'85. 63226. 150809.4 o. (), 0. o.
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I GENERAL ELECTRIC COMPANY, EIJSED GENERATION PLANNING PROGRAM OGP-6A V6.20
OGP-6A USERS MANUAL EXAMPLE FILE UM6A
BASE CASE
ENVIRONMENTAL REPORT
:k**"'***"' REGIONAL SUNr-1ARY **"'*****
I 1985 YEARLY
AVG. HEAT REJECTION
REGION OPER. CMBTU X 1000) S02 NOX
ID REGION EFF. ATMOS. WATER I TONS) CTONSl
1 NORTH 0.329 79458. 15259. 16784.4 o.
2 SOUTH 0.346 22607. 47968. !34025.1 0.
TOTAL SYSTEM 0.336 102065. 63226. 15061Jl9.4 o.
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2872XU
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2 OIL 6 0.308
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4 HSCOAL 0.355
5 LSCOAL 0.355
TOTAL SYSTEM 0.336
.... --~--------·~ ~
ENVIRONMENTAL REPORT
******** FUEL SUMMARY ***lk**ll<*
1985 YEARLY
HEAT REJECTION
FUEL . 01BTU X 1 000) 802 NOX
CONSUMPTION ATMOS. WATER !TONS) CTONS)
88628. LB. 72337, o. o. o.
4255729. BBL 3889. 13790. 29785.9 o.
55713901 . BBL 14130. 7925. 111578.0 o.
1716693. TON 5846. 20726. 6489. 1 o.
2346373. TON 5863. 20786. 2956.4 0.
102065, 63226. 150809.4 o.
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PAGE 21
04/08/83 11.803
2872XU
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GENER.AL ELECTRIC CONPANY, EllS ED GENE RAT I ON PLANNING PROGRAM 01GP-6A V6. 20 PAGE 29
OGP-6J\ USERS MANUAL EXAMPLE I"ILE UM6A 041/00/83 11 .1ao3
BASE C!ASE 2S:•72XU
OPTIMUM
LSCCJAL
1989 YEARLY PRODUCTION COST SUMMARY
COSTS IN THOUSANDS OF DOLLARS
TERRl'TORY PEAK 5738, MW THERMAL PEAK
SP I NN I! NG RESERVIE 861. MW
UNitT STATHlN NAME co. UNIT FUEL RATING MAINTENANCE MIN. ENERGY HRS. CAPACTV FUEL OPER.+ F:UEL
ll) liiDEN"I' . TYPE TYPE MW PTRN. MOI'ITIIS UP OUTPUT ON FACTOR :cosr 1'1AINT. l:tNT.
RULE MWH LINE COSTS COSTS
15' BAY \'ii'EW~ EDISON 6 5 550.0 0 APRIL MAY -1 3t085e1. G625. 0.645 718055. 27761. o.
1 SEAS I-lORE 01 EDISON 1 1 830,0 1 1 51471.::8. 6202. 0.708 4:3336. 37346, 6963.
2 SE'ASI/ir.lRE 02 EDISOI'I 1 1 830.0 2 1 545Ei 39. 6639. 0.751 4:5972. 37346, 6963.
13 MIDLINE 02 EDISON 5 4 400.0 0 JULY 2 271~796. 7070. 0.774 til5803. 26384. 0.
12 MIDLINE 01 ED I SOli 5 4 300.0 0 JAN. 2 1898699. 7094. 0.722 :319193. 19967. o.
30 F-COAL-LS ED I SOli 6 ~ 200.0 0 2 1242618. 7775. 0.709 :311300, 12250. o.
30 F-COAL-LS EDISOtl 6 .. ,) 200.0 0 JUiNE 2 1101760. 7136. 0.629 2~7800. 11690. 0.
14 FRONTIER 01 EDISON 6 5 170.0 0 2 996094. 8112. 0.669 2.5222. 10844. 0.
18 BAY VIEW 02 EDISml 6 5 50.0 0 JUINE .!JULY 2 2349110. 6683, 0.536 5958. 332:9. o.
1 I BLUE LAKE 01 EIDISOii 4 ~J 400.0 0 FEB. 3 169rJ566. 7648. 0.541 195343. 175. o.
10 NCIRTI-f SIDE01 EIDISOii 4 3 300.0 0 NOV. DEC. 3 1170420. 6837. 0.445 1<!1678. 131. o.
26 C-CYCLE EIDISmC 4 3 115.0 0 FEB. 3 437192. 7335. 0.434 .<:(5931. 50. o.
26 C-CYCLE EIDISOI'I 4 3 115.0 0 I'JCIV. 3 40.11531. 7180. 0,40£ 42780. 50. o.
26 C-CYCLE EIDISON 4 3 115.0 0 JIJ)IN, 3 363317. 7147. 0.361 3f.l920. 50. o.
5 STATESW DE 01 EDISON 2 2 500.0 0 !"JAY 3 1423360. 7014. 0,325 157986. 1242. o.
4 LltiCOLN 01 ED I SOli 2 2 250.0 0 JI.\UG. 3 487256. 6266. 0.222 56410. 731. o.
9 RliJERSI:OE 02 EDISOI'I 3 3 150.0 0 3tt I 12579. <1'574. 0.086 35339, 66. o.
7 HAHBOR-GT 02 EO I SON 3 3 100,0 0 MAY 3~1 50838. 3741. 0.058 18058. 44. o.
8 RIVERSIDE 01 EIDISON 3 3 100.0 0 J:!EC. 3>1 40640. 3411. 0,046 15807. 44. o.
16 HARBOB.:§T 0:3 EIDISO~I 3 3 100.0 0 3it 32651. 3262. 0.037 14402. 44. 0.
6 1-fp;nf'IOR-GT 01 EID I Sl)~l 3 3 50.0 0 CJCT. 3il I I 633. 2634. 0.027 5636. 22. o.
22 GAS TURBINE EDISOtl 3 3 50,0 0 3:11 .1 I 514 . 2602 .. 0.026 5570. 22. o.
:22 GA:S TURBINE EJDISOI'I 3 3 50.0 0 NOV. 3* 9361. 2209. 0.021 4683. :22. 0.
22 GAS TURBINE ED I SOH 3 '3 50.0 0 3~1 8664. 2353. 0.020 . 4836. 22. o.
22 GAlS TURB I NE EDISOI'I 3 3 50.0 0 ~\UG. 3* 7531. 2202. 0.017 4460. 22. o.
22 GAS TURBINE ED I SOU 3 3 50,0 0 3>11 7293. 2150. 0.017 4347. 22. o.
:22 GA!> TURB I NE ED I SOli 3 3 50.0 0 JIAN. 3•1 6226. 1905. 0.014 3824. 22. o.
22 GAS TURBINE ED I SOli 3 3 50.0 0 3lll 5608. 18•1G. 0.013 3658. 22. o.
22 GAs TUHBINE ED I SOli 3 3 50,0 0 3ll< 5117. 1743. 0,012 3433. 22. o.
TIE ENERGY 13869, 779.
TOTAL THER11AL 0225.0 28402740. 113G520. 189741. 13926,
CONV. HYDRO 260.0 1848000. 373.
Plll·lPED 1-!YDRO 300.0 -23~093. o. 438,
C011PR. AIR ~20.0 138174. 27942. 1286.
ENERGY ST0-3 0. 0. o. o.
PURCHASE + SALES 50,0 o. o.
·~ ~~ ~_SYSTEM TOTALS
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OUTAGE OUTAGE PRICE
RATE RATE $/MBTU
0.092 o. 1:29 2.653
0. 1 50 (). 176 0.817
0. 090 (). 1716 0.817
0.118 0.103 2. 151
0.115 0.085 2. 151
0.113 0.082 2.653
0.113 0.082 2.653
0.07:4 0.062 2.653
o. 084 01.060 2.653
0.050 01.110 12.304
0.050 0,110 12.304
0.060 o. 121 12.304
0.060 0.121 12.304
0.060 0.121 }2.304
0.050 0.110 10.377
0.038 0.073 10.377
0.055 0.040 12.304
0.060 0.040 12.304
0.060 0.040 12.304
0.060 0.040 12.304
0.070 0.040 12.304
0.070 0.040 12.304
0.070 0.040 12.304
0.070 0.040 . 12.3C4_
0.070 0.040 12.304
0.070 0.040 12,304
0.070 0 .. 040 12.304
0.070 0.040 12.304
0.070 0.040 12.304
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11W MWH FACTOR THOUSAND $
1 NUCL. 1660. 10604067, 0.7292 89308.
2 F-OIL 750. 1910617. 0.2908 214396,
3 G.T. 900. 309673. 0,0393 124055.
4 CCYCLE 1045. -4270027. 0.4665 444652.
5 HSCOAL 700. 4610495, 0.7519 94995.
6 LSCOAL 1170. 6663992. 0.6521 168335.
TIENG 13869. 779.
TOTAL 6225. 28402740. 1136520.
* * * *MANUAL MAINTENANCE PATTERNS* * * *
PTRN J F M A M J J A s 0 N D
1 0 0 1 1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0 1 1 0 0
NOTE WHEN USED, PATTERNS OVERRIDE THE
COMPUTED P.O.R.-A 1 INDICATES
SCIIEDIJLED MAINTENANCE.
~ ~ ~· ~ ~
0 + M THERMAL
THOUSAND $ $/MWH
74691. Hi.47
1973. 113.25
395. 401.87
458. 104.24
46351. 30.66
65874. 35.04
56.20
189741. 46.69
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GENERAL EtECTRIC COMPANY, EIJSEO GENERATION PLANNING PROGRAM OGP-6A V6.20 PAGE 30 ~ OGP-6A USERS MANUAL EXAMPLE FILE UM6A 04/06/83 11 .803
BASE CASE 2872XU -
1989 YEARLY
SUI'1MARY OF GENF.RA Tl NG UN I TS WIT I-I OUTPUT Ll M I TAT IONS
ENERGY ENERGY FUEL USAGE FUEL FULL LOAD MAXIMUM ACTUAL
UNIT co. UNIT FUEL LIMIT Gf.NERATED LIMIT UNITS HOURS HOURS CAPACITY CAPACITY
10 STATION NAME I D. TYPE TYPE cr1WH> CMWJ-1) UNITS FUEL USED AVAJ tABl-E ON LINE FACTOR FACTOR
9 RIVERSIDE 02 1 3 3 262800. 112579. 486819. 1752. 4574. 0.200 0.086
7 HARBOR-13T 02 1 3 3 175200. 50838. 24375'1. 1752. 3741. 0.200 0.058
8 RIVERSIDE 01 1 3 3 175200. 40640. 217748. 1752. 3411. 0.200 0.046
16 Hil.RBOR-GT 03 1 3 3 175200, 3:?.651. 198392. 1752. 3262. 0.200 0.037
6 HARBOR-GT 01 1 3 ~ 87600. 11633. 77644. 1752. 2634. 0.200 0.027
.22 BAS TURBINE 1 3 3 87600. 11514. 76734. 1752. 2602. 0.200 0.026
22 (:li\S TURBINE 1 3 3 87600. 9381. 64514. 1752, 2209, 0.200 0.021
22 Gt\S TURal NE 1 3 3 87600. 8664. 66622. 1752. 2353. 0.200 0.020
22 GAS TURB I'NE 1 3 3 87600. 7531. 61433. 1752. 2202. 0.200 O.Oll-
22 GAS TURBINE 1 3 3 87600. 7293. 59882. 1752. 2150. 0.200 0.017
22 G1\S TURP. I NE 1 3 3 87600. 6226. 52684. 1752. 1905. 0.200 0.1)14
I 22 GAS TURBINE 1 3 3 87600. 5608. 50393. 1752. 1846. 0.200 0.013
·' 22 GAS TURBINE 1 3 3 82928. 5117. 47298. 1752. 1743. 0.189 0.012
I StDIARY OF 1989 FUEL I AND ENERGY LlMITS.
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OGP·BA USERS MANUAL EXAMPLE
BASE CASE
CONTRACT HOURS
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50. 50. 50. 50. 50. 50. 50, 50. 50, 50.
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7
--
0, o. o. o. o. o. o. o. o. o. o. o.
o. 0. o. o. 0. o. 0. 0. o. o. 0. o. I
~r--------------------------------------------------------~1
REXDRD OF CONTRACI'ED PURCHASES AND SP..LES.
I/C IS '.IO"'...AL DEMAND CHARGE FOR FACH YFAR.
P/1: IS 'lOTAL ENERGY CHARGE EOR FACH YFAR. "' z:
j:!
z
i·~---------------------------------------------------------------------------------------------------------------------------------------------------------ll
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GENERAL ELECTRIC COMPANY, EIJSED GENERATION PLANNING PROGRAM 0Gf'>-6A VE:t.20
OGP-6A USERS MANUAL EXAMPLE
BASE CASE
FILE UM6A
UNIT SIZE GUIDE -INSTALL 1 BASE LOAD UNITS IN 1 YEARS
FUEL + O+M COSTS LEVELIZED OVER 10 YEARS
SYSTEM WAS PLANNED TO A 20.0 PERCENT RESERVE GOAL
II 1 982 PRESENT W!)RTH AT 12. 000 PERCENT INTEREST RATE
* UNITS ADDED OR RETIRED * PEAK TOTAL CAPAB., f1W *'*'* 10.00 DAYS/YEAR *'** ***'
PAGE 34
04/00/83 11.803
2872XU
Sll1MARY 1
RECORD OF ALL DOCISION PASSES AND
ASS<X!IATED RELIABILITY 1 INVES~T
AND PRODOCTION COST CAWJIA,TIONS.
KPRS'£1-1=0 INHmi'I'S PRINTm3.
1 • 0 HOURS/YEAR "'*'* UNIT RATING UHIT LOAD YEAR TIME EXCESS CAPABIL. EXCESS CAPABIL. PERCENT MW
YEAR RUN ID MW T& MONTH Co. MW END OF PK. LOAD-MH DAYS/YEAR LOAD-MW LOAD-MW HOURS/YEAR LOAD-MW RESERVE SLOPE
198~ CD H® 0. 4®® G) ® ® @ @ @ @ @ @ @ @ ,_ .. , ,
198~ 1 17 100. 6 1 t 5000. 5615. 5825. -351. 26.312226 4649. 0. o. 0. 18.2 333.
1985 2 22 50. 3 0 I 5000. 5865, 5875. -306. 2:,l.379555 4694, o. o. o. 19.2 333-:
1985 3 22 50. 3 0 1 @5000. 5915. 5925. -26 I. 20.679205 4739. o. o. 0, 20,2 333.
976.8@ 1985 ALTERNATIVE 1 liW ADDED= 300. COSTS, INVEST= 44.0 FUF:L= 781.0 O+M= 140.3 INVTRY= 11.5 TOTAL=
CUMULATIVE P.W. INVEST= 28.0 FUEL= 496.3 O+M= 89.2 INVTRY= 7.3
198~ OPTIMUM = ALTERNATIVE 1 TOTAL COST IN MILLION DOLLARS :: 976.8 CUNULATIVE COST :: 976.6
PRESENT WORTH TOTAL : 620.8 CUMULATIVE P.W. = 620.6
*******~**************************'****** PLEASE REFER ro P}.GE 6-49 roR EXPIJ.l.NATICNS.
• *************"'***"'*"'**********'*****'***'**
1989 1 0 o. 0 0 0 5738. 6595. 6605. -363. 26.644613 5375.
1989 2 23 7~. 3 0 1
1989 2' 23 75. 3 0 1
1989 2 23 75. 3 0 1 5738, sago, 6630. -]6], J5,898Z5Z 5576,
1989 3 23 75. 3 0 1 5738. 6695. 6905. -97. 13. 176594 5641.
I
1989 ALTERNATIVE 1 I'IW ADDED= 300, COSTS, f NVEST= 124.0 FUEL: 1676.8 O+M=
1969 1 0 o. ··o--0 0 5738. ---6i:;"95:"' 6605, -363. 26.64'4613 5375.
1989 2 26 11~. 4 0 1
1989 2 26 115. 4 0 I 5738. 6825. 6835. -169. 16.242025 5568.
1989 3 26 115. 4 0 1 5738. 6940. 6950. -74. 12.348618 5664.
1989 ALTERNATIVE 2 liW ADDED= 345, COSTS, INVEST= 140.6 FUEL= 1630.9 O+M"'
1989 1 0 o. 0 0 0 5738. 6595. 660~. -363. 26.644613 5375.
1969 2 27 200. 5 0 1 5738. 6795. 6805, -203. 17.630!589 5535.
1989 3 27 200. 5 0 1 5738. 6995. 7005. -42. 11.297843 5696,
,P:"·:~--~-~
~ ~.~-.~-' ~~ c ... '·~~~--··,l
~ .....__ ~ ~ .........__; ~ ........_._.,..
****'**********'~***'********'**'***"'"'"'"'**"'"'*
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o.
0
o.
202.6
0.
o.
0.
202.7
0.
o.
0.
~
o. o. 16.0
Q, ]9,9
0. o. 21.2
INVTRY= 16.7 TOTAL: . -·--o-.----·-1 o. 16.0
0.
0.
INVTRY=
0.
0.
0.
.,
~
0. 20.0
o. 22.0
16.7 TOTAL=
0.
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~
16.0
19.5
23.0
:.;, .. ~
326.
3
325.
2020,2
328.
325.
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1990,8
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328.
.. · .. '"" ~
---~"-'"'""c:<lf'"~·,-·~-""""'~~,.,-..,.,--------,·--~.~---·----~·""'-'·~--~-·-~---·--·:._.,. _____ , ____ ~_ ··'~-··---··~· ........ -,. .... .
Error Messages
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111989 AL TI::RNAT I VE 3 ~IW ADDED= 400. COSTS,INVEST= 216.8 FUEL= 1412.0 CI+M= 236.7 INVTRY= 16.7 TOTAL= 1882.3 ~I
1989 1 0 o. 0 0 0 5736. 6595. 6605, -363. 26.644613 5375. o. a. o. 16.0 328.
1989 :2 30 200. 6 0 1 5738. 6795. 6805. -192. 17.249100 5545. o. 0. a. 19.5 325.
1989 3 30 20a. 6 0 1 5738. 6995. 7005. -28. 10.778770 5710. 0. 0. a. 23.0 333. ..
1969 ALTERNATIVE 4 NW ADDED= 400. COSTS, I NV EST= 213.9 FUEL= 1420. 1 O+M= 231.4 INVTRY= 16.7 TOTAL= 1882.2
1969 1 0 o. 0 0 0 5738. 6595. 6605. -363. 26.644613 5375. 0. 0. 0. 16.0 328.
19139 2 30 200, 6 0 1 5738. 6795. 6805, -192. 1'7. 249100 5545. o. o. c. 19.5 325.
1989 3 27 200. 5 0 1 5738, 6995. 7005. -36. 11 .064334 5702. o. o. o. 23.0 333.
1989 ALTERNATIVE 5 NW ADDED= 400. COSTS 1 I NV EST= 215.3 FUEL:: 1417.7 O+M= 234.1 INVTRY= 16.7 TOTAL= 1863.9
1989 1 0 o. 0 0 0 5738. 6595. 6605, -363, 26.644613 5375. o. o. o. 16.0 328.
1969 2 30 200. 6 0 1 5738. 6795. 6805. -192. 17.249100 5545. o. o. 0. 19.5 325.
1969 3 26 115. 4 0 1 5736. 6910. 6920. -98. 13.203121 5640. 0. o. 0. 21.5 325.
1989 ALTERNATIVE 6 NW ADDED= 315. COSTS, INVEST= 172.0 FUEL= 1525.7 O+M= 217.0 INVTRY= 16.7 TO TALc 1931.4
. 1969 1 0 o. 0 0 0 5738. 6595. 6605. -363. 26.644613 5375. o. 0. o. 16.0 326.
1989 2 30 200. 6 0 1 5736. 6795. 6805. -192. 17.249100 5545. o. o. o. 19,5 325.
1989 3 23 75. 3 0 1 5738. 6870. 686a. -128. 14.340683 56ta. 0. o. o. 20.6 325.
1969 AL TERNA T1 VE 7 1'11-1 ADDEO= 275. COSTS 1 INVEST= 165.2 FUEL= 1539.6 CI+M= 217.0 INVTRY= 16.7 TOTAL=-1936.5
1969 1 0 0, 0 0 0 5738. 6595. 6605, -363, 26.644613 5375. o. 0, a. 16.0 326.
1989 2 30 200. 6 0 1
1989 2 30 200. 6 0 1 5738. 6995. 7005, -46. 1 1 .420022 ~'392. o. o. o. 23.0 328.
N
1 ****************************** ****************************~* .. ::
iL
I 1969 ALTERNATIVE 4 NI.J ADDED= 400. COSTS, I NV EST= 213.9 FUEL= 1 164.5 O+M=-191.8 INVTRY= 13.9 TOTAL=-(584, 1 l
ill ~ 1-@ CUMUI.A Tl VE P. W. INVEST= 213.1 FUEL==-2614.2 O+M:-395.4 INVTRY=-32.1 111 > 111
" 1989 OPTIMUM = ALTERNATIVE 4 TOTAL COST IN MILLION DOI.LARS = 1584. 1 CUMULATIVE COST = 6518.9 z
i= PRESENT WORTH TOTAL = 639.8 CUMULATIVE P.W. : 3254.8
z ~ *****************-*:!<**************************************:l:***"':l:*:l:********'*'******'*'*******"'********'*'***'*'******"''*'"'ll'***"'*"'*'*"'***'*'**'~
: I
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EXPLANATION OF SUMMARY 1 OUTPQ!
1. Pass through reliability or percent reserve calculations.
2. Unit ID from Master list.
3. Rating of units added (positive) or retired (negative).
4. T,ype of unit (nuclear, gas turbine, etc.).
5. Month of installation or re.tirement.
6. Company to which unit was assigned. If hydro or lumped fossil, no
company identification will be printed.
7. Forecast annual peak for pool and individual companies (if more than one
company is present).
8. Total installed generating capacity, at year end, for pool and individual
companies.
g. Total installed capacity of pool at time of peak.
10. Difference between load-carrying capability at specified loss-of-load
probability of 10.0 days/year (12) and po~l peak (7).
11. Daily loss-of-load probability (LOLP).
12. Load-carrying capability of system at specified daily LOLP.
13. Difference between load-carrying capability at specified hourly LOLP of
1.0 hours/year (15) and pool peak (7) (calculated if KLOLP(2)~0).
14 .. Hourly LOLP (calculated if KLOLP(2)~0).
15. Load-carrying capability of system at specified hourly LOLP (calculated
if KLOLP(2)~0).
16. Percent reserve calculated according to KEYPRC.
17. Slope-m of capacity outage table. Load change in MW that will increase
daily LOLP by factor of e (base of natural logarithms).
18. Total MW added by this decision pass (including manual installations).
19. Summary of investment and production costs for this alternative.
20. Components of cumulative present worth of annual charges (optional
output; to print, set KPCUMT:l)o
6-49
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GENERAL. ELECTRIC COMPANY, EUSED GENERATION PLAI'INII'IG PRr.lGRAM OGP-6A V6.20
ClGP-6A USERS M.C.NlJAL EXAMPLE FILE UM6A
BASE CASE
TOTAL
COMPANY CAP.
5625.
?OOL 5525.
SI.MMARY 2
RECDIID OF S~STEM o::MPOSITION Hl YEAR
BEE'ORE STUDY. OPTIONAI., Q! .... !'TPUT
OBTAINED BY KPSlM2=1.
. . ---·
~
0 R I G I N A L
NUCL. F-OIL
1660. 885.
1§60._ 885.
-
TYPE
NUCL.
F-t'!l L
O.T.
CCYCLE
HSCOAL
LSCOAL
HYDRO
PSH
CAES
ES-3
-
G.T.
500.
500.
SYSTEM
CCYCLE
700,
700.
TYPE
ID
1
2
3
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5
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7
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-
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-~~~._,...,. ___ ......,.,., ,. _ _..-< ....... ,.__.,,.,.__._~~---.. ~---~-~.-~------.;:,....,~__; ________ -____ ----~----·--·-_____ ,_" ... -"~--.._....--~'-.~ . ..-.. ~-. -----. ------·-------
-
HSCOAL
700,
700.
~
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PAGE '35
04/08/63 11.603
2872XU
LSCOAL HYDRO PSH ____ CAES ES-3
720. 160. 300, o. 0,
720. 160. 30G. o. o.
J
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GENERAL ELECTRIC COMPANY, EIJSEO GENERATION PLANNING PROGRAM OGP-6A V6.20
08P-6A USERS MANUAL EXAMPLE
BASE CASE
YEAR 1989
FILE UM6A
'
DECISION COSTS WERE COMPUTED USING 1) LEVELl ZED FUEL AND O+M COSTS (10 YEARS>
2) f>IA TURE OUT AGE RA TF.:S OF NE\.J UN I' T-S
TIME OF PEAK
PAGE 40
04/08/83 11.803
2872XU
CAP. ****>~<******* CUMULATIVE ADDITIONS BY TYPE (LINE 1) **!*':!<';(***"'***
RETIREMENTS ADDITIONS MW TOTAL INCL PCT co. Mlo/ TYPE M MW TYPE M LOAD CAP. CRTC RES NUCL.
o. 0 0 200, 6 0
D. 0 0 200. 6 0 o.
5738. 7005. 1660.
POOL o. o. 400. 5738. 7005. 16GO.
7055. 23.0
ENERGY SOURCE CMWH>
THERMAL GEN. HYDRO GEN, TOTAL GEN.
F-OIL
-270.
615.
-270.
615.
TOTAL CAPACITY BY TYPE CLINE 2>
G. T. CCYCLE l-IS COAL LSCOAL HYDRO PSH CAES
400. 345. IJ. 350. 100. 0. 220.
900. 1045. 700. 1070. 260. 300. 220,
400, 345. o. 350. 100. o. 220.
900. 1045. 700. 1070. 250. 300. 220.
ENERGY DISPOSITION CMWH>
*** ENERGY
PUMP TQT.Gl':N.
STORAGE xu
NET TO LOAD POOL LeJAD TOTAL LOAD
1 PSH -773321. 541.228. -232093.
CAES -415720, 553894. 138174.
ES-3 0. 0. 0,
ES-3
o. o.
o.
0.
I~ 28402742. 1a48ooo. 30156821. -1189041. 1095122. -93919. 30250740. 30156821. H
I·
' LOAD CARRYING CAPACITY AT 10.000 DAYS/YEAR
I --
= 5692. MW LOLP AT 5738. MW POOL PEAK= 11 . 420 DAYS/YEAR
9 SU>1MARY OF UNIT ADDITIONS AND RET~l.F1\"TS :1 BY CG!PANY'; ENERGY ACCOUNTING; AND
:: RELIABILITY CAICUIATIONS.
1 S£M.fARY 2 (CXJNTINUED) :J
D. .~----------------------------------------------
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GENERAL EI-ECTRI C COI1PANY, EIJSED GENERATION PLANNING PROGRAM OGP-6A V6.20 PAGE 41
OGP-6A USERS MANUAL EXAMPLE FILE UM6A 04/08/83 11.803
BASE CASE 2872XU -POOL TOTAL YEARI_Y COSTS CMI LLION $) YEARLY COSTS C$/MWH)
PEAK ENERGY LOAD ***********************~*~****************** ****************************************
YEAR CMW> CGWH> FACTOR INVEST. FUEL O+M
**** ****** ********* ******* ******* ******* ******"
1985 5000. 26280.2 60.00 44.0 761.0 140.3
1986 517!5. 27199.8 60.00 33.3 967,5 141.4
1987 5356. 28151.7 60.00 60.2 1085.3 150.4
1988 5!544. 29216.8 60.00 109.0 1213.0 160.0
1969 5736, 30156.8 60.00 213.9 1164.5 191 .8
CUI1ULAT I VE PRESENT WORTH CMILLIOI'I $)
****************•***************************
YEAR INVEST, FUEL O+M NUC INV TOTAL
**** *"'*:~··· ******* ***"'*** *"'***** *****"'**
1985 28.0 496.3 89.2 7.3 620.8
19B6 46.9 1045.3 169.4 14. 1 1275.7
1967 77.4 1595.2 245.6 20.5 1938.6
19B8 126.7 2143.9 317.9 26.5 2615,0
1989 213. 1 2614.2 395,4 32.1 3254.8
-.-~ ... ~~ .. .. . .. -. . .. ----·· ·--~-· .. -~·-·-· -'-·----
~~ i,... ' ~· ~ i
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. --~l .-....... --!
...........__:
-,
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.,.
NUC INV
*******
11 .5
12.0
12.6
13.3
13.9
--
·~
TOTAL I NV. FUEL O+M
*****"** ****** "'***** ******
976.6 1.7 29.7 5.3
1154.2 1.2 35.6 5,2
1308.6 2. 1 38.6 5,3
1495.3 3.7 41.5 5.5
1564.1 7. 1 38.6 6,4
SIJ.1MARY OF OOS'IS. ID INHIBIT
PRINTING,
--.
INPUT KEYStM=l.
., .
N. I •
*!****
0.4
0.4
0.4
0.5
0.5
''") -·~ 1
li.io--...-.-.:t
-~~..._,._...,~---....,........,_.,. __ ,
TOTAL
*'******'
37.2
42.4
46.5
51.2
52.5
I
-.J . ~w~~
~iiSII
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GENERAL ELECTRIC COMPANY
ClG~-6A GENERA Tl ON PLANNING PRCII3RAM V6. 20 -SUMMARY OUTPUT
*******************~**************************************
OGP-6A USERS MANUAL EXAMPLE FILE UMGA
BASE CASE
•. Jr.JB NIJI"IBER 2872XU 04/06/83 11.603
BASED ON DATA PREP JOB 1872XU DATED 04/08/83
****:~·······················································
GENERATION SYSTEM
NUCL. F-OIL CJ.T. CCYCLE HSCOAL LSCOAL TYPES
TYPE 1 2 3 4 5 6 7-10
OPTMZING 0 0 1985 1987 1989 1989 *** PCT TRII1 25 25 0 0 0 0
1984 11\<i 1660 885 500 700 700 720 460 SUM= 5625
*********************************************************************** TO_TAL
CAPAB.
YR Y E A R L Y M W A D 0 I T I 0 N S + TIES
lf<:!l ******* ******* ******* ******* ******* ******* ***** ****** **** 85 2X 50 100• 100* 6010
86 6X 50 6::'110
87 2X 115 50• {;455
88 IX 115 220• 6655
89 2X 20Q zos5
***********************************************************************
***********************************~*********************************#* MW ADD 0 0 400 34!5 0 550 320 SIJM:: 1615
MW RET 0 -135 0 0 0 -100 0 SIJM= -235
****** **:It*** :tcll:l*** ****** ****** ****** ****** **** *********** 1989 1660 ?50 900 1045 700 1170 780 SIJM= 7005
PCT TOT 23.7 10.7 12,8 14.9 10.0 16.7 11.1 SUM=lOO PCT
***********************~*********'************************************* AUTO 0 0 400 345 0 400 0 SUM= 1145
PCT TOT o. o. 34.9 30. I 0. 34.9 o. SIJM=lOO PCT
* COMMITTED MW
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StlfoiARY 3
6-PAGE St.H!ARY AIWAYS PRINTED M PART OF
06 BUU< OOI'PUT. IF M3D=7 I tULL AIOO
PRINr 00 REMl'lE TERMINAL. -
PAGE 1: TABULATION OF MW OF THERMAL
ADDITIONS, AND 'lOTAL MW OF CAPACITY
AND CDN'lRACTS AT TIME OF PFAK.
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GENERAL ELECTRIC COMPANY
OGP-6A GENERA T1 ON PI..I\NN I NG PROGRAI1 V6. 20 -SUMMARY OUTPUT
~·······~·················································
OGP-6A USERS MANUAL EXAMPLE FILE UM6A
BASE CASE
JOB NUMBER 2872XU 04/08/83 11.803
BASED ON DATA PREP JOB 1672XU DATED 04/08/63
*******************************•****************************
GENERATION SYSTEM I THERMAL HYDRO PSH CAES ES-3
TYPE 1-6 7 6 9 10
OPTHZING 0 0 0 ***
PCT TRIM 0 0 0
1964 11W !5165 160 300 0 0 SUM= 5625
***********************•***********************************************
TOTAL
CAPAB. LOAD LOLP
YR YEARLY M W A D D I T I 0 N S +TIES MW DIY
** **** .. * ****** ****** ***:!'** liCliC:f<:it:IC* l;l<liC*** liCilkllll ******* as 200 1001 6010 5000 20.6792
86 300 6210 5175 19.7996
87 280 6455 5356 16.5531
66 11!5 220• 6655 5544 17.2476
89 400 7055 5738 11 .4200
*******:k***************************************************************
*******~************************~···~·······~·······•••****************
MW ADD 1295 100 0 220 0 SUM= 1615
M\ol RET -23~ 0 0 0 0 SUM= -235
****** ****** ****** ****** ****** **:l:*** ************ 622!5 300 220 0 1989 260 SUM= 7005
J PCT TCIT 88.9 3.7 4.3 3. l o. SUM= 100 PCT
*******•**************~********.***************************************
AUTO 114l5
PCT TOT 100.0
* C011M I TTED MW
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PAGE 2: TABULATION OF HYDRO AND
ENERGY S'IORAGE ADDITIONS, 'IUTAL MW OF
CAPACITY AND CDNTRACI'S AT TJJ.1.E OF PFAK,
PEAK IDADS, AND DAILY IDLP.
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OGP-6A GENERATION PLANN I NG PHOI~RAM VG . 20 -SUM11ARY OUTPUT
***********~*************r************************~*******
OGP-GA USERS MANUAL EXAMPLE FILE Ur16A
BASE CASE
JOB NUMBER 2672XU 04/08/83 11.803
BASED ON DATA PREP JOB 1872XU DATED 04/06/83
m**************************r**********'*********************
TOTAL CAPABILITY
. '
C I NCLUD I NG Tl ES) LOSS OF LOAD COST IN MILLION $
YEAR TIME OF PCT. PROBABILITY YEARI_Y CUM. PW
YEAR LOAD END PEAK RES. DIY H/Y COST TOTAL
**** ***** ***** ***** **** '~"'**** ****** ll<:l<:lt:tll<** ******lf:
1985 5000 5990 6010 20.2 20.679 0. 976.8 620.8
1986 5175 6190 6.210 20.0 19,800 o. 1154.2 1275.7
1987 5356 6445 6455 20.5 18.553 0. 1308.6 1938.6
1988 5544 6645 6655 20.0 17.248 o. 1495.3 2615.0
198!) 5738 7045 7055 23.0 11.420 o. 1584. 1 3254.8
-
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PAGE 3: TABUIATION OF IOADS 1 CAPACITY 1
PERCENT RESERVE, DAILY AND HOURLY IDLP..,
AND 'l.OTAL COS 'IS.
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GENERAl. E:LECTR I C COMPANY
OGP-GA GENERATION PLANNING PROGRAM V6.20 -SUMMARY OUTPUT
**********************************************************
OGP-GA USERS MANUAL EXAMPLE FILE UM6A
BASE CASE JOB NU.0MB~E!::.R ___ 2_8_7_2_X"'"'U ______ 0_4_/0...,..8,..../.,...8-3--1-1-.-803=----------------------------
BASED ON DATA PREP JOB 1872XIJ DATED 04/08/83
************************************************************
I ·----
YEAR
****
19815
!986
1987
1988
1989
ll
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EXCESS
CMWl
****** -261.
************ LOSS OF LOAD PROBABILITY
JAN. FEB. !1ARCH APRIL
DAYS/YEAR JULY AUG. SEPT. OCT.
************
MAY JUNE
NOV. DEC.
******~* ***********************************************
20.6792 1.81GB 1.G652 1.7229 1.7937 1.8129 1.6134
1 .. 6050 1. 6696 1. 6202 1,. 8498 1. 6248 I. 6650
-G~~. 19,7996 1,6769 1.5248 1,6714 1,7346 1,7245 1,5886 ~·~
-223.
-194.
-46,
1.7223 1.5798 1.5825 1.8182 1.4893 1.6868
18.5531 1.5298 1,4231 1.6395 1.5681 1.5061 1.5527
1.6177 1.5228 1,4805 1.6466 1.4771 1.5892
17.2476 1.3481 1.3833 1.5778 1.3R94 1.4680 1.4390
1.3732 1.5555 1.4191 1.4413 1.4407 1.4122
11.4200 0.9598 0.8620 1.0350 0.8632 1.0284 0,9664
0,8931 1.0264 0.8685 1,0284 0.9739 0.8930
PAGE 4: TABULATION OF DAILY WLP, BY
MONTH. (OPTIONAL OUTPUT OBTAINED BY
LPOOLI: =-1. )
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GENERAL ELECTRIC COMPANY
OGP-6A GENERA Tl ON PLANNING PROGR1\M V6. 20 -SIJMI1ARY OUTPUT
******************************~***************************
OGP-GA USERS MANUAL EXAMPLE FILE UMGA
BASE CASE
JOB NUMBER 2872XU 04/08/63 11.603
BASED Otl DATA PREP JOB 1672XU DATF.D 04/06/63
**********~**********************~************************~*
POOL TOTAL TOTAL YEARLY $/MWH
PEAK ENERGY LOAD COSTS *****************~**************** YR CM\·1) CGI-IH> FACTOR (MIL.$) iNV. FUEL o+M N. I. TOTAL
** ***'K*:!< ******* **''"''** ****** ***** ***** ***** ***** ****** 65 51)00 26280 60.00 977 1. 66 29.72 5.34 0.44 37. 17
66 5175 27200 60.00 1154 1.22 35.57 5.20 0.44 42.43
87 5356 26152 60.00 1309 2.14 38.55 5.34 0.45 46.48
88 5544 29217 60.00 1495 3.73 41.52 5.48 0.45 51.18
89 5738 30157 60.00 1564 7.09 38.61 6.36 0.46 52,53
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PAGE 5: TABUIATION OF POOL PFAK,
ENERGY 1 IDAD FACIOR, 'IOTAL CQSTS AND
mn?ONEN'IS.
KEYSIJ.i=l INHIBITS PRTh'TING.
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GENERI\L ELECTRIC COMPANY
OISP-6A GENERATIION PI-ANN I NG PROGRAM V6. 20 -~iUMMARY OUTPUT
·~~****~*****~•~~••••••~*~****~**'**w*********************
OGP-!6A USERS MANUAL EXAMPILE Fli_E UM6A
BASE CASE
JCCIB 'Nllf~BER 2872XU 04/08/83 11.803
BASED ON DATA PREP JOB 18172XU DATED 04/08/83
***•*********************~······'***************************
GENERATION SYSTEM
TYPE 1 2 3 4 t5 6 7 .a 9 10 SUM
84 1660 88:5 500 700 700 720 150 300 0 0 5615
***~**•**************~*****~*****************Z**~*********************
TOTAL I CAPAB. YR Y E A R L Y P E R C E N T M I X
******•************************•***************~*********'************
85 28 .. 1 1 5. 0 1 0. 1 11 • 8 11 . 8 1 3. 9 4 . 2 5' 1 0. 0. 591 5
86 27.1 14.5 14.7 11.4 11 . 4 11.8 4.1 4.9 o. o. 6115
87 26.0 13.6 14. 1 14.15 10.9 12.0 3.9 4.7 o. o. 6395
88 25.2 11 . 4 13.6 15.6 10.6 11.7 3.8 4.5 3.3 o. 6595
89 23.7 10.7 12.9 14.9 10.0 16.7 3.6 4!!,3 3. 1 o. 6995
******•******•*******************************************~********r***
•••~•w~******•*******'***************•*******~*~**********************
ADD 0 :o 400 345 0 550 100 0 220 0 1615
RET 0 -135 0 0 0 -100 0 0 0 0 -2:_l5
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PERCEN:r MIX BY TYPE.
KEYSlM=l INHmrrs PRINTIOO.
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OGP-6A GENERATION PLANNING PROGr..r'\M V6, 20 -SUMMARY OUTPUT
*****~*******~*****••************T************************
OGP-6A ~JSERS MANUAL EXAMPLE Fl LE UMGA
BASE CASE
JOB NUMBER 2872XU 04/08/63 11.603
BASED ON DATA PREP JOB 1 872XU DATED O•U08/63
************~***********************************************
*10.00 DAYS/YR *
RETIRED PEAK TOTAL * 1.0 HlliJRS/YR•
UNIT RATING UNIT LOAD CAPABIL EXCESS RISK PCT.
YEAR RUN 10 MW TYPE MO. MW MW LOAD-MW DAYS/YR RES.
HYD ,too. o 7
198!5 1 17 100.0 6 1 5000. 5625. -351. 26.3122 1 e.
0. 0.
1985 2 22 50.0 3 0 5000, 5875. -306. 23,3796 19.
o. o.
198!5 3 22 50.0 3 0 5000. 5925. -261. 20.6792 20.
0. 0.
ALT 1 MW= 300,0 J::r 44.0 F= 761.0 0= t .... \ 3 N= 11. 5
YO TAL
COST
M!_
976.8
'"' 44.020 F= 78t.oo2 a= 140.302 Nl= 11 .457 976.781
llt985 CUM CaST, M$= 976,8 CUM PW TOTAL= 620,8
***************~******************************************************* --.._ ____.. I' 9A9 s I ZES ( MW) 0 I 0 I 7!5, 115, 200, 200,, ... o, c.__ o
\LT MW INV FUEL O+M Nl TOTAL
I 4 0 o 0 0 o 2 0 0 0 400.0 214. 1420. I 231.4 16.7 1882.2
3 0 0 0 0 2 0 0 0 0 400.0 217. 1412.0 236.7 16.7 1882.3
I !5 0 0 0 0 1 1 0 0 0 400.0 215. 1417.7 234. 1 16.7 1883.9
: 6 0 0 0 I 0 1 0 0 0 315.0 172. 1525.7 217.0 16.7 1931,4
7 0 0 1 0 0 1 0 0 0 275.0 165. 1539.6 217.0 16.7 1938,5
2 0 0 0 3 0 0 0 0 0 345.0 141. 1630.9 202.7 16.7 1990.8
i-,1 0 0 4 0 0 0 0 0 0 300.0 124. 1676.8 202.6 16.7 2020.2 ..,
v.
1989 1 o-o. 0 0 5738, Gl305. -363. 26.6446 16. o. o.
30 200.0 6 0 j 1989 2 30 200.0 6 0 5738. 7005. -46. 11.4200 23.
n 0. o.
: ALT 4 11W:t 400.0 I= 213.9 F=
i
1164.5 0= 191.8 N= 13.9 1584. 1
I I= 213.873 F= 1164.462 0= 191.838 I'll= 13.926 1584.099 I a
;; 1989 CUM COST, M$= 6518.9 CUM PW TOTAL= · 3254.8
~ ····~·~******************************************************~*********
' ~ CASE TOTALS z TOTAL INVESTMENT AND PRODUCT! ClN COST IN MILLION DOU_ARS
r 1962 PRI?:SENT HORTH AT 1 2. 00 PERCENT INTEREST RATE
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ABBREVIATED REXXlRD OF 10 BEST D~ISION
PASSES WITH DE:I'AII.S ON OP"i'mtM PASS.
OPTIONAL Otrl'POT
M4D=O NO OOTPOT
M4D=6 BULK OOTPOT ONLY
M4D=7 BULK AND REM:Yl'E TERMINAL OUTPOT
M4D=8 BULK AND REMOTE TERMINAL OUTPOT
.•.
SIZES OPTlMIZED ON EUR FACH TYPE -II
(6 P<lSSIBLE THERMAL AND 3 POSSIBLE ----ENERGY S'IORAGE) IN GIVEN YFAR.
I ~ASSOCIATED WIT!! GIVEN DEX:ISION I
Nl.MBER OF UNITS OF EACH TYPE ADDED
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REMO!E TERMINAL OUTPUT
REI?ORT 07 WILL PRINT IF M3D=7 INl:-'i.tT.
BLIST L5G70207;L,W85
BEGIN FILE -L5G70207
SNUKB = HL5G7, ACTIVITY t = 02r REPORT CODE = 07r RECORD COUNT ~ 000l94
GEHERAL ELECTRIC COHPANY• OGP-6A GFNERAlJON PLANNING PROGRAH V6.20
JOB NUMBER 2HL5G7 01/12/83 13,963
BASED ON DATA PREP .JOB 1ML3G7 DATED 01/12/83
COPYRIGHT, 1971r GENERAL ELECTRIC
NAHELIST DATA RECORD
NAHELIST DATA RECORD
NAMELIST DATA RECORD
1 HAS ~EEH READ
2 HAS BEEN REAn
3 HAS BEEN READ
PROGRAM WILL CH:EX:K ALL NAMELIST DATA
FOR ERRORS PRIOR '10 EXEX::UTION.
****** END OF NAHELIST DATA CHECKING ***~**
END OF NAMELIST DATA WILL BE PRINTED
rF NO .FATAL DATA ERRORS occ:tmRED.
ALL AVAILABLE DATA HAVE ~EEN PROCESSED
READY
I INDICATES PR.CGRM-1 EXEO.lTED OOFMALLY.
6-60
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ERROR MESSAGES
Section Index
SYSTEM ERRORS • • • • • • • • • • • • • • • • • • • • • • • • • • • • • System Error Message Codes • • • • • • • •
• • • 0 • • c • • 0 • •
JCL Errors • • • • • • • • • • • • • • • •
NAMELIST Data Errors • • • • • • • • • • •
• • • • • • • 8 • • • •
• • • • • • • • • • • 8
ERROR .MESSAGES PRINTED BY DATA PREPARATION PROGRAM • • 0 • • • • • • •
ERROR MESSAGES PRINTED BY GENERATION PLANNING PROGRAM • • • • • • • • •
7-i
; 'D[J.~-~-~~~~7-~~~-----, .. ·----------~--~--·-~ ~~-----~-~-----·~--·-----~·--'-·+<·~·--:------,............,_~· . --~·--· .
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Page
7-1
7-1
7-7
7-8
7-10
7-12
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SYSTEM ERRORS
This section reviews th~ system errors most commonly encountered when OGP
is run. These errors are detected by the system rather than the program, and
usually indicate a problem with either the JCL or the data file.
Listed below are the abort codes that appear in response to a job status
request and the error messages that appear on the $$ Report. Suggested
solutions to the problems are also listed.
The last portion of this section deals with locating errors in the
NAMELIST input data.
SYSTEM ERROR MESSAGE CODES
Terminal Message
Response to BST
ABT 01/G-005
01 refers to Activ-
ity 01
02 refers to
Activity 02, etc.
ABT 01/G-022
' '
$$ Report
I8 Run Time Exhausted
F 0 Memory Address
Fault
7-1
Solution
1. Examine output, Report
06, for possible data
error which may have
caused program to
loop.
2. If using many program
options, may need to
increase processor
time limit on
$:LIMITS JCL.
Very serious. Recommend
contact EUSED in Schenec-
tady.
Program tried to address
a location beyond limits
assigr.ed to current pro-
gram.
Usually caused by a data
error.
Contact EUSED in Schenec-
tady.
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SYSTEM ERROR MESSAGE CODES (Continued)
Terminal Message
Response to BST
ABT 01/G-031
ABT Ol/G-040
ABT 01/G-052
(see sample,
page 7-4)
ABT 01/G-060
ABT 01/G-063
ABT 01/G-077
ABT 03/S-B4
$$ Report Solution
F7 -Undefined Op Code Program tried to access
an instruction consisting
of all zeros ..
I7 -Access Beyond
File
M4/N4 -I/0 LlM
M6 -Call/RSTR
CHECKSUM
M2/M3 -Call Name
Missing
> 0 Output Lines
Exceeded
Usually caused by data
error.
Contact EUSED in Schenec-
tady.
Examine JCL 9 s for possi-
ble error. Especially
check $:PRMFL:H*, E, R,
etc.
Program core limits as
defined on $:LIMITS JCL
too low. List Foreground
file EUSED* for latest
program limits.
HI Program may have been
destroyed.
Check $:PROGRAM:RLHS for
misspellingo
Increase lines .of output
parameter on $:LIMITS
JCLo
Review available output
and review output options
defined by data ..
In CONVER activity, used
06 Report Code instead of
IN.
e.g.,
$:REMOTE:IN,
not $:REMOTE:06
$:FILE:IN,
not $:FILE:06
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SYSTEM ERROR MESSAGE CODES (Continued)
Terminal Message
--~R~e~ponse to BST
ABT 01/S-FS
ABT 01/S-GR
(see sample,
page 7-5)
ABT Ol/S-Q6
(see sample,
page 7-6)
$$ Report
Users FS MME GEBORT
Aborted by GFRC
Routine GF200 or GF275
Code 01 File Code 01
Users Q6
Solution
Creating Background file
space that alr<·eady
exists. Delete BCR
directive from data file.
Maximum size of block
size created in BCR is
too low. Increase maxi-
mum size. (Must first
purge file. )
BPU BG file and then
BCR BG file; SIZE(l,XX).
Scan Report 06 using
BEDIT search for TRACE,
print 20 lines, Error
message is usually self
explanatory.
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F.'EAII'·f'
'r•·:::·T L-r.,-."::' L•·-· L• -'"I
LBC7 DON~ ABT 01/G-052
0 0 0 07 F.·ETUF.'NED
0 0 0 0 1 S:U:E:t1 I TTEII
SUBMITTED/PURGED FILES
··NONE
·::-·• .. •·:::·OJIT r:•E!:•Ot:•T·:::· ._;. I ._,. -r;. ' f. ......
L:E:C7 01 $$-F.·ET ··· D
LE:C7 0 j 74-F.'ET ... II
LBC7 0 0++-F.'ET ···II
F.'EAD'/
BLIST LBC701$$;B~L
BEGIN FILE -LBC701$$
$$ MLBC7 ENTFRED S1170A AT 14.168 FROM SPAWN 1-10-12
0001 $ S:NUtotE: NL :.E:C7 S:PAI.r.INEII E····' I I 1 II IF' 1-01
OOOf· $ IItENT - - 4 .-. · ·,c:-tr !' -.~ H 1,:.1 • .;.. U I.· ._t ' • L . L r
oon:~: ·I··J· • 1.-I US:EF.· I It Afl4 ·-:-· r-fiC"'i' :.· --..:• .. r -.. _ •• ' F.' F,· to1 A F,· V ·-=· " ..... _.
0004 A$ PF.'OI::iF.'Ai·1 F.'LH·:::· ·-· 00120
0005 ·~-:. Lit~IT:S: 1"11 ·=· ffK • !' 1-• !' :t 1 OK 001:~:(1
(:006 $$ F'F.·t~FL H E F.' --4 .-,no:,·-· · ,-tH1D ·· + !' !' • :o H J.:.l • ·.:• • -· -.:•,... • .:r . ' t:• 00140
0(.07 $ FILE 02 !' ::·::2F.' !' 1 OL 00150 ooo::: $ DATA 15 00160
0009 $ F.'Et~DTE 06 00170
0010 $ F.'Ett1DTE 07 00180
0011 $ Et·~Ir.JO!:
TOTAL CAF.'Ir COUNT TH I :5: ._lOB -. --f4C" u u IJ -'. ·-'
+ RCT'·f'-01 $CAF.'I1 ~~ 0 0 04 • l::it·1t·1I16 11...-·2 0.···'82 .S:l•.l= 0 0 0 0 0 0 0 0 0 0 0 0
M4/N4-1/0 LJ~~ CALL/SAVE AT 000120 1=1000 SW=OOOOOOOOOOOO
.-.T-r:·T 14 1 .• -tJE·-· • - F r:·o -. --~ -,-I ·o ,--,-,,-I I I ~ ·t1Ett~or:·· ' .-, ·rt·· .:::. Hr: · • t•'!::' ._ i. '1 .:::. .:.,.•;,~ 'r:. L U. U IJ IJ) . .••. J ._ U • .I _ ·-• ., r:. 'f c. I_ r'·
STOP 14.169 LIMIT 10240 LIMI1' 0.0100 LIMIT CU 5 M+T 15
SWAP 0.000 PK MOUNT 0
LH. F··::-·E ,-, ,-,,-,,-, F,-. It r· .. ·F·E -r:., r·::-·~,.· IF· ... H-T FF' .. ·r::·T 1· ·~· ..... ~,-· ...... :: ...... ~E H-Irr,r:·E·::: ·::· ~..;. • • • .. • -· ' J:•-·-=· .,. •' ,..,::. ._ . ., ..... -· IT I·.:·,. ... rr.. ·-··..:~
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F.:EAit\'
L783 DONE ABT 01/S-GR
0 0 0:~:::: RETUF.'NED
0 0 0 OtS :S:UE:t1 I TTED
SUBMITTED/PUPGED FILES
-NONE
:S:'-r'S:OUT F.'FF'ORT:S:
L 78:::: 0 1 $$-F.'ET ... II
L 78:3 0 1 OE.-F.'ET ···II
L 7::::::::0.1 74-F.'ET ···II
L 78:~: 0 0++-F.'ET ··· D
F.'EAD .... '
BLIST L78301$$;B~L
BEGIN FILE -L78301$$
$$ ML783 ENTERED S1170A AT 12.824 FROM SPAWN
0001 $ SNUMB ML783 ~PAWNED BY 1IIIP2-01
0002 $ !DENT AQ43005,ML783
0003 $$ USERID AQ43005$ RRMARK3
0004 A$ PROGRAM RLHS 00140
0005 $LIMITS 02~25K~~10k 00150
0006 $$ PRMFL H•~E,R~AQ43093/"LIIMD3 00160
0007 $$ PRMFL 01~w~s~AQ43005/LLSAMPLE 00170
0008 $ DATA 15 00190
0009 $ F.'EMDTE 06 00200
0010 $REMOTE 07 00210
0011 $ Et~Ir.JOB
TOTAL CARD COUNT THIS JOB = 000142
0-28-0'31
+ ACT'r'-01 $CAF.'I1 ~~ 0 0 04 • LDt·1D:3 11 /26 .. ··'82 Sl .• l= 0 0 0 0 0 0 0 0 0 0 0 0
ABORTED BY GFRC ROUTINE GF200 CODE 1 FILE CODE 01
+ USERS GR MME GEBORT AT 017660 1=1020 SW=OOOOOOOOOOOO
• 1.\IF.'APUP BE(:iUN
ABORTED BY GFRC ROUTINE CLOSE CODE 1 FILE CODE 01
+ USERS GF MME GEBDRT AT 017660 I=1000 SW=OOOOOOOOOOOO
STRPT 12.826 LINES 694 PROC 0.0005 I/0 0.001 IU 5 MEMORY 25K
STOP 12.828 LIMIT 10240 LIMIT Oe0200 LIMIT CU 5 M+T 108
SWAP 0.000 PK MOUNT 0
LAPS:E 0. 0 01 FC D T'r'PE BUS:'·( I P.···'AT FP .. ···F.:T I.s: . ...-~~c t·1:S: .. ···~~E ADIJF.:E:S::S: T~~/F'K~~
7-5
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L777 DONE ABT 01/S-Q6
0 0 0&~ 0 F.'ETUF.'NED
0 0 0 06 SUBt·1 I TTED
SUBMITTED/PUF.'GED FILES
-t-~Ot-~E
:S:'lSDUT F.:EPOF.·T:S:
L 777 01 $$-F.'FT -··II
L77701 06-F.'ET···D
L 777 01 74-F.'ET ··· D
L 777 0 1 07-F.'ET ··· D
L 777 0 0++-F.'ET ··· D
F.'EAD'·t'
BEDIT JOB:L7770106
FDF.'NAT > Jd.
COilE > Carriage Return
EDIT > B
Ct•1D > L'"/TF.•ACE.····
--~ E000° tAE~~H-rE ::::: -1.,:.! t• r:. r:. r:. ., .::, .. :;. ·'
1'31E. EF.·~·op ~~::::5; TF.'ACE OF CALLS IN F.:E'·/EF.:SE OF:DEF.'
19E.
1'~7
199
200
201
;:·o;:·
EF.'F.'OP ~~::::5; TF.'ACE OF CALLS I t-1 F.:E'VEF.:S'E DF.'DEF.'
CALLING ID ABSOLUTE AF.'GUMENT ARGUMENT APGUMENT ARGUMENT ARGUMENT
F.· OUT I NE ~~ L DCAT I ON ~~ 1 ~~E· ~~:;: ~~4 ~~5
.FEFT. 137 036204 000000000043
•••••• 210 053103 000000000002
REQUEST TO F.'EWIND ON 02
hiA:S: I 13NDF.'ED
;:·o:::: <•> <•> <+> ·(+> -::'+> <•> <'+> <'+> <•> -::'~> <•> <•> <+> <•> <•> <•> <•> <•> <•> <•> <.+> <•> <•
> <'+) <•> <•> <'+> <+> <'+> {+) -::'+} <•> <•> <•> <•> <.+> <•> <•> <+> <•> <.+> <+>
204 <•><+)-::'+)<+><'+)<'+><•><•><•><•><•><•><•><•><•><•><•><•><•><•>~•><-•><•
> ·::'•> (+) ·:"+> <'+> <'+} <•> ·::"+> <'+> <•> <•> <•> <•> -::.+> <•> <•> <•> <•> <•> <•>
2 05 EF.:F.'OF.· ~~::::7; TF.:ACE OF CALLS IN F.:E'···'EF.·:s.E DF.:DEF.·
206 CALLING ID ABSOLUTE ARGUMENT ARGUMENT ARGUMENT ARGUMENT APGUMENT
f• 07 F.· OUT I NE ~~ LOCATION ~~ 1 ~~2 ~~:;: ::~4 ~~5
208 .FDPEN 320 032332 000000000045
209 .FRDB. 291 043262 000000777777
210 ••••a• 213 053114 000000000002
E'11 FC (If•
212 DOES NOT EXIST
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JCL ERRORS
Sometimes the system detects a JCL error before program execution beginso
In the example shown below, no abort code was provided in response to the
BST. However, the 00002 RETURl~ED (see Line 4) line tells us that only two
pages (two blocks of 320 words) of output were returned, thus indicating that
an error has occurred.
To find the problem, print the $$ Report (see below). In this case, the
error message that printed was:
INCORRECT CAT/FILE DESCRIPTION at MLSAMPLE •• Ol
To detect the cause of the error, check MLSAMPLE for a misspelling or
check the possibility that permanent file space never was created in
Background.
F.'EAD'·f'
F::S:T L791
L791 DOt·1E
0 0 0 02 F.'ETUF.'t"1ED
0 0 0 OE. :S:UE:t'l I TTEII
SUBMITTED/PURGED FILES
-t·10t·~E
s··,.·s:OUT F.'EPOF.'TS
L 7'31 0 1 $$-F.:ET ··· D
L 791 0 C1++-F.'ET ··· D
F.'EAD'r'
BLIST L79101$$;B,L
BEGIN FILE -L79101$$
$$ ML791 ENTERED S1170A AT 13.007 FROM SPAWN 0-08-10
0001 $ :s:r·~Ut<t'E: ML 7'31 :S:PAI .• Jt·~ED B'·;' lDIPl-01
0002 $ !DENT AQ4300S,ML791
0003 $$ USERID AQ43005$ PRMAF.'k3
0004 A$ PROGRAM RLHS 00140
0005 $LIMITS 02,25V,,10K 00150
0006 $$ PRMFL H+,E,R,AQ43093/.LDMD3 00160
0007 $$ PRMFL 01,w,s,AQ43005/MLSAMPLE 00170
0008 $ DATA 15 00190
0009 $ REMOTE 06 00200
0010 $ REMOTE 07 00210
0 011 $ Et~IUOB
TOTAL CARD COUNT THIS JOB = 000142
INCORRECT CAT/FILE DESCRIPTION -AT-MLSAMPLE w.01
F.'EAD''f'
7-7
NAMELIST DATA ERRORS
If a NAMELIST data error is encountered (e.g., a misspelled variable
name or a missing comma), an error message will not print in response to
the BST or on the $$ Report. The only error• indication that would be
received is a small numbet' of pages of output RETURNED in response to
the BST~
Listing Report 07 will indicate the number of NAMELIST data records
successfully read. It will print up to the record with the problem
data. Editing Report 06 will give the specif'ic NAMELIST data error
message.
Below is an example of.the process that should be followed when the
pages RETURNED in response to the BST indicate an error, but the BST
response or $$ Report contain no abort codes or error messages.
BLISTing Report 07 shows the NAMELIST records read. In this case,
the error occurred in the first record.
BLIST LV45010?;L~W85
BEGIN FILE-LV450107
SNUMB = MLV45~ ACTIVITY # = 01~ REPORT CODE = 07~ RECORD COUNT-000010
GENERAL ELECTRIC COMPANY~ DATA PREP TO PLANNING PROGRAM OGP-6A V6.20
12/07/82 10.021 JOB NUMBER 1MLV45
COPYRIGHT~ 1971, GENERAL ELECTRIC
0J3P6FI US:EF:· r"'R~iUAL E::<At•1PLE,
BASE CA:S:E
F.'FAII'.,..
When a BEDIT is done on Report 06 (see sample), the actual NAMELIST
error message will be printed. In the example shown, a variable was
misspelled' on line 320.
7-8
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BEDIT JOB:LV450106
FOt;.·t·1AT > U
. -CODE > Carriage Return
EDIT > E:!!L -Ct'fit ·> ... F.:E -. ERROR ~43; TRACE OF CALLS IN REVERSE ORDER
CALLING ID ABSOLUTE ARGUMENT ARGUMENT ARGUMENT ARGUMENT ARGUMENT
t;.'OUT I NE ·~~ LOCAT I Ot·~ ~~ 1 ~~2 ~~:::: ~~4 ~~5
t~t·1LI 41n n~77 n~ n1~7 1~nnnn~~ r.J1P~,~t~.~r_t1f.IP1_11 a • 1 • -1-.-I f -L • L I -• .. -·-• ·-·-• --
LISTIN 155 067460 000000000017 314547646320 034524701000 OJOOOOOOOOOO
GPA 218 221320 000000000000
.. FS:ETU 0 0c'4057
ILLEGAL VARIABLE NAME BELOW
ERROR IN COLUMN 7 OF
NSTJ;.•AT= 1 '3:=:~, !1 0 0:3E' 0 ERROR
SKIPPING TO NEXT VAPIABLE NAME
EPF.'OF.' ~~4::::; TF.'ACE" OF CALLS IN RE'·.·'EF.·SE OF.·DEP
CALLING ID ABSOLUTE ARGUMENT ARGUMENT ARGUMENT ARGUMENT ARGUMENT
F.~ OUT I NE" ~~ LOCAT I Dt"~ ~~ 1 ~~2 ~~:::: ~~4 ~~5
.. NMLI 410 027702 012716000053 012717010201
LISTIN 181 067670 000000000017 314547646320
GPA 218 221320 000000000001
• FSETU 0 Oc'4 057
ILLEGAL VARIABLE NAME BELOW
ERROR IN COLUMN 7 OF
~STRAT~1985!1 00320
~KIPPING TO NEXT VARIABLE NAME
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ERROR MESSAGES PRINTED BY DATA PREPARATION PROGRAJ\t
1. XX COMPANIES IN POOL COMPANY LISTS DIMENSIONED XX
Number of companies in pool exceeds program limit. Number of
companies must be ~ 25.
2. ERROR AAAAAA INSTALLED IN XXXX RETIRED IN XXXX
3.
Check installation year and retirement year of unit AAAAAA.
ERROR IN CONV. HYDRO
YEAR MONTH MAX. MW MIN. MW ENERGY MWH
XXXX XX XXX XX XXXXXX
Check conventional hydro. Cumulative totals for hydro in year
XXXX, month XX are not within bounds:
Min. MW
x Hours < Energy MWh < Max. MW
x Hours
4. ERROR -COMPANY IS ZERO
Company identification of unit is zero. Check manual additions.
5. ERROR IN GENERAT~ON RETRIEVAL DATA
6. ERROR
7. ERROR
Generation Model file has a data error or some missing data.
Create new Generation Model file.
-STUDY YEAR = XX:XX FIRST YEAR ON LOAD MODEL TAPE = XXXX
First year to be studied by Generation Planning Program is
earlier than first year of Load Model; or $INPUT is missing.
-TOO HANY UNITS
Number of units in present and future system exceeds program
limits. Total number must be < 250 •
8. ERROR -TYPE IS ZERO
Type of unit, i.e., 1 through 10, is zero. Check Generation
Model and maaual additions.
7-10
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U ·ERROR MESSAGES PRINTED BY DATA PREPARATION PROGRAM
{Continued)
g. PROGRAM HALT -MORE THAN XX UNITS ADDED AND RETIRED IN YEAR XXXX
Sum of unit additions and retirements exceeds program limits. Sum
must be < 100.
n 10 .. PROGRAM HALT -MORE THAN XX NUCLEAR UNITS
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Number of nuclear units exceeded program limit~. Total number
must be < 100.
11. DOUBLE COMMAS DETECTED IN INPUT DATA -CASE TERMINATED
Two consecutive commas or two consecutive commas separated by a
blank is invalid.
7-11
0
(_\ ,.
ERROR MESSAGES PRINTED BY GENERATION PLANNING PROGRAM
1. ERROR IN NAMELIST DATA
CHECK FOR MISSPELLED OR INCORRECTLY DIMENSIONED VARIABLES
Use BEDIT to scan Report 06 for NAMELIST error messages. Reply
to CMD query is PE.
2. ERROR !N DATA PREPARATION PROGRAM
CHECK OUTPUT FROM DATA PREPARATION PROGRAM FOR ERRORS
Check Report 07, Data Preparatiov. Program for error message.
Scan Report 06, Data Preparation Program for NAMELIST errors.
3. PROGRAM TRIED TO READ NAMELIST DATA -NONE AVAILABLE
CHECK DATA FOR MISSING $INPUT OR ENDING $
Review Foreground data file. Must include $INPUT and ending $e
4. YEARLY OVERRIDES INDICATED BEFORE START OF STUDY
CHECK DATA FOR IYREADS LT NSTART -INCLUDE IN GENERAL DATA
Review Foreground file. IYREAD input to general data of
Generation Planning Program must be equal to or greater than
NSTART, first year of OGP study.
5. A SYSTEM ERROR HAS OCCURRED
CHECK HARD COPY OUTPUT FOR ERROR MESSAGE
Scan Report 06 for "EXPONENTIAL" or "DIVIDE" or "TRACE."
Message, including location of error, will be printed. Please
~all OGP personnel in Schenectady for diagnosis of message.
6. NTOTAL OF DATA PREP LT NTOTAL USED IN GENERATION PLANNING
INCREASE NTOTAL IN DATA PREP INPUT (MAXIMUM OF 30 YEARS)
Check NTOTAL of Data Preparation Program. Change NTOTAL of
Generation Planning Program to be less than or equal to NTOTAL of
Data Preparation Program.
7. DATA ERROR -NO ZEROS FOUND IN KOPT LIST
CHECK VARIABLE KOPT -MUST HAVE AT LEAST ONE ZERO ENTRY
Review KOPT input. Program requires at least one type to be
available for optimization even if FAIL=l (manual expansion).
7-12
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ERROR MESSAGES PRINTED BY GENERATION PLANNING PROGRAM
(Continued)
8. TOO MUCH HYDRO ENERGY AND/OR INVALID LOADS
DECREASE AVAILABLE HYDRO AND/OR CHECK LOAD MODEL
Review conventional hydro data. Also revie'-r off-peak hourly
loads.
g. ERROR IN SHAVING LOADS FOR RELENG CALCULATIONS
TOO MUCH ENERGY AVAILABLE
Review energy data associated with conventional hydro.
10. THERMAL UNIT IS MISSING KIND DATA
CHECK SYSTEM CHARACTERISTICS OR ANNUAL OVERRIDES
Type of unit was not defined. Check Data Preparation Program for
zero in type identification. Especially check units added
manually.
11. (ERROR MESSAGE 11 NOT USED IN OGP-6)
12. PROBABILITY OR XTABLE EXCEEDED
INCREASE STEP SIZE (STEP) OR VALUE OF MINIMUM ENTRY (PRBMIN)
Maximum number of entries in probability table is 2500.
13. TOO MANY UNITS IN SYSTEM
INCREASE SIZE OF LUMPED UNITS AND/OR AUTOMATIC ADDITIONS
Number of units on system may not exceed 250.
14. SYSTEM TOO SMALL FOR VALID RELIABILITY CALCULATIONS
INPUT KODE(7)=1, PRGOAL:DESIRED PERCENT RESERVE GOAL
15.
Probability table is too short for valid calculations. Input
KODE(7)=1 to bypass probability calculations. If optimizing,
must also input PRGOAL.
NOft OF PASSES THRU LOLP CALCULATIONS HAS EXCEEDED LIMIT
REVIEW VALUE OF KRMAX ( INIT., TO 20) AND SUMMARY 1
Check MONAUT; month of installation of automatic units. Units
must be installed prior to month in which peak load occurred.
Also check size of automatically added units.
7-13
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ERROR MESSAGES PRINTED BY GENERATION PLANNING PROGRAM
(Continued)
16. ERROR IN ENERGY STORAGE RELIABILITY CALCULATIONS
UNABLE TO EQUALIZE PUMP AND GENERATE
17.
18.
19.
20 ..
Review data associated with energy storag~ units.
UNITS TO BE ADDED AUTOMATICALLY ARE NOT IDENTIFIED
CHECK KOPT LIST, MANFYR, XSIZES AND/OR AUTOMATIC ES UNITS
Review shopping list of units to be addsd automatically. These
are input to the Data Preparation Program. The years that
different unit types become available must be consistent with the
KOPT input.
ADDING ADDITIONAL UNITS DOES NOT REDUCE RISK
CHECK F.O.R. ON THERMAL UNITS AND MONTH ADDING AUTO UNITS
Review forced outage rates of units available for automatic
addition. Also review MONAUT, month of installation of automatic
units. If the new units are installed too late in the year, they
may not be available during enough of the year to significantly
reduce the risk or to contribute to the installed percent
reserves at time of peak.
SUM OF UNIT ADDITIONS AND RETIREMENTS EXCEED PROGRAM LIMITS
INCREASE SIZE OF AVAILABLE AUTOMATIC UNITS
Number of units added/retired each year may not exceed 100.
ERROR IN SITING LOGIC -ALL COMPANIES EXCEED RESERVE LIMIT
COMPANIES WITH CAPACITY MUST ALSO HAVE LOADS
Review KCODB input data to the Generation Model Program and the
Data Preparation Program. Also review company data on the Load
Model. Each company that has capacity must also have loads
assigned to it.
21. SUM OF MINIMUM LOADING UNITS COMMITTED IS GREATER THAN LOAD
REDUCE MIN. RATING OF UNITS OR SELL EXCESS (EXMXPU)
Review minimum ratings of units. If ratings are correct, program
will have to sell excess energy. Therefore, input EXMXPU and
related data.
7-14
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ERROR MESSAGES PRINTED BY GENERATION PLANNING PROGRAM
(Continued)
22. LOOPING IN PUMPLINE CALCULATIONS -ENERGY STORAGE CALCULATIONS
CHECK HARD COPY OUTPUT FOR DEBUGGING INFORMATION
Problem with energy storage calculations.
Please call OGP personnel in Schenectady ..
23. PUMP AND GENLINES NOT HOVING -ENERGY STORAGE CALCULATIONS
CHECK HARD COPY OUTPUT FOR DEBUGGING INFORMATION
Problem with energy storage calculations.
Please call OGP personnel in Schenectady.
24. COMPUTED CYCLING EFFICIENCY DOES NOT HATCH INPUT EFFICIENCY
COMPARISON EXCEEDS ALLOWED TOLERANCE
Problem with energy storage calculations.
Please call OGP personnel in Schenectady.
25. TOO MANY ITERATIONS IN ENERGY STORAGE CALCULATIONS
CHECK HARD COPY OUTPUT FOR DEBUGGING INFORMATION
Problem with energy storage calculations.
Please call OGP personnel in Schenectady.
26. RANDOM FOR -MIN. RATINGS OF UNITS BEYOND COMMITMENT TOO HIGH
REDUCE MINIMUM RATINGS OF UNITS
27. NTOTAL:O
Too much energy committed in random FOR calculationso Reduce
minimum ratings of units.
Please call OGP personnel in Schenectady.
REVIEW INPUT DATA, GENERATION PLANNING
Review general data of Generation Planning Program. May not
input NTOTAL:O.
28. END OF FILE READING MAINTENANCE FILE 14
REVIEW LMAINT AND FAIL INPUT DATA, AND FILE 14 JCL
Study parameters such as first year of study, type of run, units
added, etc., do nott agree with data of the case in which the
maintenance schedule was saved on File 14 •
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ERROR MESSAGES PRINTED BY GENERATION PLANNING PROGRAM
(Continued)
29. ERROR -DATA PREP FILE 03 NOT COMPATIBLE WITH GEN PLNG PRGM
CHECK TRANSFER FILE 03
File 03 input to Generation Planning Program was written by
OGP-5. Rerun using OGP-6 version of Data Preparation Progl"am,
30. ERROR -FORCED OR PLANNED OUTAGE RATE DATA INVALID
REVIEW GENERAL AND ANNUAL OVERRIDE DATA AND RESUBMIT
Planned or forced outage rates of units greater than 1.0. Outage
rates mugt be less than or equal to 1.0.
31. END OF FILE READING ON FILE 13 ENCOUNTERED
ECONOMIC OVERBUILD LOGIC
Please call OGP personnel in Schenectady.
32. FORMAT OF FILE 14, SAVE MAINTENANCE SCHEDULE, DOES NOT AGREE WITH
PROGRAMMED RECORD. PLEASE REVIEW.
Maintenance schedule saved on File 14 is not compatible with
current version of program. Please rerun case in which
maintenance schedule was saved.
7-16
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