diff options
| author | Angelo Rossi <angelo.rossi.homelab@gmail.com> | 2023-06-21 12:04:16 +0000 |
|---|---|---|
| committer | Angelo Rossi <angelo.rossi.homelab@gmail.com> | 2023-06-21 12:04:16 +0000 |
| commit | b18347ffc9db9641e215995edea1c04c363b2bdf (patch) | |
| tree | f3908dc911399f1a21e17d950355ee56dc0919ee /benchmarks/dc47.dat | |
Initial commit.
Diffstat (limited to 'benchmarks/dc47.dat')
| -rw-r--r-- | benchmarks/dc47.dat | 751 |
1 files changed, 751 insertions, 0 deletions
diff --git a/benchmarks/dc47.dat b/benchmarks/dc47.dat new file mode 100644 index 0000000..21f33b0 --- /dev/null +++ b/benchmarks/dc47.dat @@ -0,0 +1,751 @@ +BEGIN NEW DATA CASE
+C BENCHMARK DC-47
+C Realistic large case with Type-59 S.M. and TACS modeling, as set up and
+C studied by Prof. Alfonso Capasso of the University of Rome during a 1980
+C visit to BPA. There are many cascaded, 25-mile, frequency-dependent,
+C 3-phase line sections that originally were represented using weighting
+C functions. But such code was removed from ATP around 1986, so for years
+C this case lay unused. It was resurrected during November of 1989 when Dan
+C Goldsworthy of BPA supplied replacement Marti branch cards. Dimensioning
+C of EMTP tables is tricky. Except for list sizes 20 and 22, twice default
+C dimensioning is adequate. On the other hand 3 times default dimensioning
+C of all lists fails quickly. For testing on Apollo, use: DEFAULT = 2.00,
+C and the following 3 cards blank except for list 20 = 13000 and list 22 =
+C 1750. Default sizes of these two are only 660 and 150, respectively.
+C 20 Oct 93, the new dynamic dimensioning of Salford EMTP saves the day.
+C The following five lines apply this old 1989 Apollo recommendation:
+C Answers change slightly on 10 February 1999 following the massive changes
+C from TEPCO (Tokyo Electric Power Company) in Japan. See April newsletter.
+C Most extrema agree to 6 decimal digits or more. All printer plots are
+C identical.
+C 16 February 2002, add the optional NBHDSW line to the following NLS
+C data structure. In fact, this does nothing since value 5.0 is the
+C default. But such a declaration is critically important for some data
+C that is overloaded with switches. For example, Hong Xiao's data NAVSYS
+C at Texas A&M had 894 switches. If the List 6 switch limit was 2500,
+C slightly more than a factor of 5.0 was required. Of course, the user
+C can only expand what exists (i.e., make sure VARDIM created the same or
+C greater NBHDSW space when the program was linked). Although use with
+C NLS is being illustrated here, the declaration applies to LISTSIZE,
+C too --- either as used prior to linking ATP, or as used at the start
+C of ATP execution. The total size of NBHDSW is equal to this factor
+C times the limit on switches (List 6). So, here, default List 6 is 40,
+C and 5 times this ==> 200 cells of NBHDSW are available for use. Much
+C more typically was created at linking time, of course.
+NEW LIST SIZES
+NBHDSW 5.0 { Five is the default factor for sizing switch vector NBHDSW
+DEFAULT 2.0
+BLANK
+C 0 0 0 0 0 0 0 0 3400 13000
+ 0 0 0 0 0 0 0 0 3540 13000
+ 0 1750
+ 240000 742
+ABSOLUTE TACS DIMENSIONS
+C Expand TACS Table 1 from 57 to 130 on 1 April 2007. Copy use from DC-2
+C without worrying about probably waste that might be involved:
+C 57 256 285 36 85 713 998 171 --- default
+ 130 65 80 20 70 325 120 115
+PRINTED NUMBER WIDTH, 13, 2, { Full precision on each of 8 columns of printout
+ .000100 .100 60.
+ 1 3 1 0 1 -1
+ 5 15 50 50 200 100
+TACS HYBRID
+C EXCITATION SYSTEM FOR THE COALSTRIP STEAM TURBINES.
+C CONVERSION TO MACHINE PER UNIT SYSTEM, SQRT(3)*RF/LAF.
+ 0VF +EFO .01862
+C FEED FORWARD PATH
+ 1EF1 -VT +UNITY -EFFBL1 195.6
+1.
+1. 1.3
+ 1EFO +EF1 -4.13 4.13
+1.
+1. .02
+C FEEDBACK PATH
+ 1EFFBL +EFO .164
+0. 1.
+1. 1.
+C SPEED GOVERNOR SYSTEM FOR COLSTRIP GENERATOR
+C CONVERSION OMEGA PER UNIT SYSTEM
+ 0DIFOME -UNITY +TACOME
+ 0PS1 +UNITY -KDIFOM -PGV
+ 0PS2 +PS1 10. -.4 .4
+ 0KDIFOM +DIFOME 20.
+ 1PGV +PS21 1.0 0. 1.1
+ 1.
+ 1.
+ 1PGV1 +PGV 1.
+ 1.
+ 1. .25
+ 1PGV2 +PGV1 1.
+ 1.
+ 1. 10.
+ 1PGV3 +PGV2 1.
+ 1.
+ 1. .5
+ 0PMT +PM1 +PM2 +PM3
+C POWER SYSTEM STABLIZER (PSS)
+C ADD SQUARED TERMINAL VOLTAGES
+ 0VMS +VSQA +VSQB +VSQC
+C FILTER TERMINAL VOLTAGE
+ 1VT +VRMS
+1.
+1. .0133
+C EMTP PARAMETERS PASSED TO TACS
+C TERMINAL VOLTAGE INPUTS
+90CSGENA
+90CSGENB
+90CSGENC
+C SHAFT SPEED INPUT
+C SPEED SOURCE FOR TACS
+92VEL1
+C COMPUTATIONS
+C SQUARE ROOT OF SUM OF SQUARED TERMINAL VOLTAGES.
+88VRMS SQRT VMS / 26000.
+C SQUARE INSTANTANEOUS TERMINAL VOLTAGES.
+99VSQA CSGENA* CSGENA
+99VSQB CSGENB* CSGENB
+99VSQC CSGENC* CSGENC
+C UNITY INITIAL INPUT TO S.M., DIVIDE BY INITIAL VF.
+98EFDPP 36.4528 * VF
+88PM1 .274 * PGV1
+88EFFBL1 = EFFBL
+88PS21 = PS2
+88PM2 .243 * PGV2
+88PM3 .483 * PGV3
+98FACTOR 1. * PMT
+C SWITCH FOR FREE-FORMAT.
+99TACOME = .002651* VEL1
+C FAST VALVING
+33EFO VT VF EFDPP EFFBL UNITY EF1
+33DIFOMEPGV PS1 PMT VEL1 TACOMEKDIFOM
+C INITIAL CONDITIONS
+77EF1 1.4730
+77EFO 1.4730
+77VT 1.0
+77VRMS 1.0
+77EFDPP 1.0
+77EFFBL 0.0
+77PS1 0.
+77PGV 1.
+77PGV1 1.
+77PGV2 1.
+77PGV3 1.
+77PMT 1.
+77TACOME 1.
+77VEL1 376.99
+BLANK card ending all TACS data
+C ** SOURCE IMPEDANCE CARDS ****
+ 0SOA BEGINA .001 1
+ 0SOB BEGINB .001 1
+ 0SOC BEGINC .001 1
+ 0V2A HSA 36. 1
+ 0V2B HSB 36. 1
+ 0V2C HSC 36. 1
+C LOAD AT THE RECEIVING END
+C ** SOURCE IMPEDANCE CARDS ****
+C SOURCE IMPEDANCE CARDS
+C SWITCH SHUNTS
+ 0GA G1A .001
+ 0GB G1B .001
+ 0GC G1C .001
+ 0GA G5A .001
+ 0GB G5B .001
+ 0GC G5C .001
+C 100MVAR SHUNT REACTORS
+ 0BEGINA 7.0 3025.
+ 0BEGINB 7.0 3025.
+ 0BEGINC 7.0 3025.
+ 0BVA 7.0 3025.
+ 0BVB 7.0 3025.
+ 0BVC 7.0 3025.
+ 014A 7.0 3025.
+ 014B 7.0 3025.
+ 014C 7.0 3025.
+ 0HSA 7.0 3025.
+ 0HSB 7.0 3025.
+ 0HSC 7.0 3025.
+C 225 MVAR SHUNT REACTORS
+ 05A 3.0 1344.
+ 05B 3.0 1344.
+ 05C 3.0 1344.
+ 0G4A 3.0 1344.
+ 0G4B 3.0 1344.
+ 0G4C 3.0 1344.
+C SHUNT REACTORS 100 MVAR
+ 0BEGINA 7.0 3025.
+ 0BEGINB 7.0 3025.
+ 0BEGINC 7.0 3025.
+ 0BVA 7.0 3025.
+ 0BVB 7.0 3025.
+ 0BVC 7.0 3025.
+C * 225 MVAR
+ 05AA 3.0 1344.
+ 05BB 3.0 1344.
+ 05CC 3.0 1344.
+ 0G8A 3.0 1344.
+ 0G8B 3.0 1344.
+ 0G8C 3.0 1344.
+C * 100 MVAR
+ 014AA 7.0 3025.
+ 014BB 7.0 3025.
+ 014CC 7.0 3025.
+ 0HSA 7.0 3025.
+ 0HSB 7.0 3025.
+ 0HSC 7.0 3025.
+C 25- MILE SECTION CARDS. For data, see normally unused bottom on DCNEW-5.
+C <++++++> Cards punched by support routine on 25-Nov-89 01.41.53 <++++++>
+C JMARTI SETUP, 1.0, { Note use of PDT0 = 1 to allow reduction of ord
+C BRANCH BEGINA1A BEGINB1B BEGINC1C
+C LINE CONSTANTS
+C 1.375 .0776 4 1.302 - 15.3 47.8 47.8
+C 1.375 .0776 4 1.302 - 16.2 48.8 48.8
+C 1.375 .0776 4 1.302 - 14.5 48.8 48.8
+C 2.375 .0776 4 1.302 0.0 76.8 76.8
+C 2.375 .0776 4 1.302 - 0.8 77.8 77.8
+C 2.375 .0776 4 1.302 + 0.8 77.8 77.8
+C 3.375 .0776 4 1.302 + 15.3 47.8 47.8
+C 3.375 .0776 4 1.302 + 14.5 48.8 48.8
+C 3.375 .0776 4 1.302 + 16.2 48.8 48.8
+C 0.5 3.56 4 0.495 - 12.0 109.3 109.3
+C 0.5 3.56 4 0.495 12.0 109.3 109.3
+C BLANK card ending conductor cards of imbedded "LINE CONSTANTS" data
+C 100. 1000. 1 25.00 1 1
+C 100. 60. 1 25.00 1 1
+C 100. .001 1 25.00 1 9 10 1
+C BLANK card ending frequency cards of inbedded "LINE CONSTANTS" data
+C BLANK card ending "LINE CONSTANTS" cases (back to "JMARTI SETUP")
+C C 3456789012345678901234567890123456789012345678901234567890123456789012345678
+C C LECT +0 -3
+C 1
+C C .30 30 0 1 1 0 0
+C C .30 30 0 1 1 0 0 .0
+C .30 30 0 1 3 0 0
+-1BEGINA1A 2. 1.00 -2 3
+ 14 0.47293192457610910000E+03
+ -0.692872546664471400E+00 -0.289997290946665200E+01 -0.642465234009757800E+01
+ -0.263126866758512600E+02 -0.112197664116317600E+03 0.120003724331559200E+04
+ 0.534855106416246700E+04 0.265735664895556200E+05 0.102299437025596100E+06
+ 0.378064088036946100E+06 0.132921127921708400E+07 0.513934786170517100E+07
+ 0.925674681170112800E+07 0.288450507277665100E+08
+ 0.193740761292982800E+00 0.845745890606555900E+00 0.158002669592290500E+01
+ 0.166026211278831900E+01 0.245330041260623900E+01 0.189362602308108900E+02
+ 0.114161260221103000E+03 0.603227605191941700E+03 0.248970479870548400E+04
+ 0.984189709230105300E+04 0.371843313566798500E+05 0.154256975765183100E+06
+ 0.584765486140849700E+06 0.189661890222411100E+07
+ 16 0.14611089425809670000E-03
+ 0.321843918913226800E+00 0.162311293633336900E+01 0.215973805406543600E+01
+ 0.469951431259633000E+01 0.327308002733053700E+02 0.452437760931982100E+02
+ 0.328756421277238100E+03 0.200177420834287000E+04 -0.354515696612718900E+04
+ 0.155705219977707800E+05 0.151221170895251900E+05 0.106915368104621200E+06
+ -0.344719217999650700E+08 0.341080435346218900E+08 0.184594442012013500E+08
+ -0.182320460954986800E+08
+ 0.120261736819556900E+03 0.586377706864171600E+03 0.785729396647819200E+03
+ 0.153582968615116900E+04 0.292216408325832800E+04 0.197211684817117800E+04
+ 0.646946699809216000E+04 0.153758728646538300E+05 0.336431053557711100E+05
+ 0.298806156726226600E+05 0.626456551850810500E+05 0.108192223183447900E+06
+ 0.203944809477644400E+06 0.204148754287121900E+06 0.227695290201973200E+06
+ 0.227922985492175000E+06
+-2BEGINB1B 2. 1.00 -2 3
+ 11 0.24662476420370340000E+03
+ 0.768995655381981900E+03 0.357946515159924200E+03 0.605800489377626000E+03
+ 0.115846813162034100E+03 0.601598942354618800E+02 0.129603353249450600E+03
+ 0.124322546275003900E+03 0.590000752707421200E+02 0.220555895798305100E+04
+ 0.157374743868763000E+05 0.852520795579153100E+06
+ 0.260905187905774000E+01 0.411855521834657500E+01 0.771404316437598300E+01
+ 0.110187727317372200E+02 0.139680485049492400E+02 0.240091291541332100E+02
+ 0.394513496124981500E+02 0.678919942549256600E+02 0.217073311495445300E+04
+ 0.155198039317144100E+05 0.843266115513732800E+06
+ 10 0.13423855276504470000E-03
+ 0.156109695496983100E+02 0.207664299896075400E+03 0.253250298139870400E+03
+ 0.182704839566228600E+03 0.247234491946191700E+04 0.330281306977220200E+05
+ 0.979732483249094900E+05 0.551807975650099700E+05 0.155746415195975200E+07
+ 0.651738564168535400E+06
+ 0.379023174699368500E+04 0.493260943720562800E+05 0.620894169605181600E+05
+ 0.411709275865929300E+05 0.140741388619576300E+06 0.563969432263966900E+06
+ 0.731398783309924900E+06 0.828090639159713400E+06 0.285651731185617700E+07
+ 0.406516792268231300E+07
+-3BEGINC1C 2. 1.00 -2 3
+ 11 0.25189000703436050000E+03
+ 0.705625882215074600E+03 0.480037666605113300E+03 0.523476975958925000E+03
+ 0.101303478940912900E+03 0.730107254632987800E+02 0.135394935113372000E+03
+ 0.117137840471522300E+03 0.558311320674074200E+02 0.124472273810087900E+03
+ 0.627682104800954300E+04 0.240980689874141800E+06
+ 0.256960827808081800E+01 0.435244353197636700E+01 0.749429585075439400E+01
+ 0.106024369367294000E+02 0.138594221660724100E+02 0.239678957610427000E+02
+ 0.375429307533879400E+02 0.639863500328914500E+02 0.130791036571128600E+03
+ 0.615083978087696500E+04 0.237064293040221300E+06
+ 14 0.13539861053437450000E-03
+ 0.269179702767214200E+01 0.210140414716693800E+02 0.764589314809415700E+02
+ 0.110678295975407300E+03 0.129037590729584400E+03 0.154905865724887900E+03
+ 0.973468183688154800E+02 0.125397291104907200E+03 0.946997596373924000E+04
+ 0.324310548935950100E+05 0.405933736771673600E+05 0.230683862157762600E+06
+ -0.173236283555902400E+07 0.619672413081824600E+07
+ 0.127520846547645700E+04 0.991859082931559900E+04 0.352599882601353600E+05
+ 0.470219434319579600E+05 0.598736861767069000E+05 0.738954426067940100E+05
+ 0.481920080235604800E+05 0.616738461673569000E+05 0.420313332159116900E+06
+ 0.921318128971279800E+06 0.557714717553727900E+06 0.169631694566225400E+07
+ 0.116008957300778400E+08 0.716479108546823500E+07
+ 0.59100946 0.70710678 -0.40296093
+ 0.00000000 0.00000000 0.00000000
+ 0.54901333 0.00000000 0.82173291
+ 0.00000000 0.00000000 0.00000000
+ 0.59100946 -0.70710678 -0.40296093
+ 0.00000000 0.00000000 0.00000000
+-11A 2A BEGINA1A
+-21B 2B
+-31C 2C
+-12A 3A BEGINA1A
+-22B 3B
+-32C 3C
+-13A 4A BEGINA1A
+-23B 4B
+-33C 4C
+-14A C1A BEGINA1A
+-24B C1B
+-34C C1C
+ 0C1A BVA .001 138.
+ 0C1B BVB .001 138.
+ 0C1C BVC .001 138.
+ 0C2A G4A .001 70.
+ 0C2B G4B .001 70.
+ 0C2C G4C .001 70.
+ 0C3A 14A 128.
+ 0C3B 14B 128.
+ 0C3C 14C 128.
+ 0C4A BVA C1A BVA
+ 0C4B BVB C1A BVA
+ 0C4C BVC C1A BVA
+ 0C5A G8A C2A G4A
+ 0C5B G8B C2A G4A
+ 0C5C G8C C2A G4A
+-15A 6A BEGINA1A
+-25B 6B
+-35C 6C
+-16A 7A BEGINA1A
+-26B 7B
+-36C 7C
+-17A 8A BEGINA1A
+-27B 8B
+-37C 8C
+-18A 9A BEGINA1A
+-28B 9B
+-38C 9C
+-19A 10A BEGINA1A
+-29B 10B
+-39C 10C
+-110A 11A BEGINA1A
+-210B 11B
+-310C 11C
+-111A 12A BEGINA1A
+-211B 12B
+-311C 12C
+-112A 13A BEGINA1A
+-212B 13B
+-312C 13C
+-113A C2A BEGINA1A
+-213B C2B
+-313C C2C
+-1C3A 15A BEGINA1A
+-2C3B 15B
+-3C3C 15C
+-115A 16A BEGINA1A
+-215B 16B
+-315C 16C
+-116A 17A BEGINA1A
+-216B 17B
+-316C 17C
+-117A 18A BEGINA1A
+-217B 18B
+-317C 18C
+-118A HSA BEGINA1A
+-218B HSB
+-318C HSC
+C SECOND CIRCUIT
+-1BEGINA1AA BEGINA1A
+-2BEGINB1BB
+-3BEGINC1CC
+-11AA 2AA BEGINA1A
+-21BB 2BB
+-31CC 2CC
+-12AA 3AA BEGINA1A
+-22BB 3BB
+-32CC 3CC
+-13AA 4AA BEGINA1A
+-23BB 4BB
+-33CC 4CC
+-14AA C4A BEGINA1A
+-24BB C4B
+-34CC C4C
+-15AA 6AA BEGINA1A
+-25BB 6BB
+-35CC 6CC
+-16AA 7AA BEGINA1A
+-26BB 7BB
+-36CC 7CC
+-17AA 8AA BEGINA1A
+-27BB 8BB
+-37CC 8CC
+-18AA 9AA BEGINA1A
+-28BB 9BB
+-38CC 9CC
+-19AA 10AA BEGINA1A
+-29BB 10BB
+-39CC 10CC
+-110AA 11AA BEGINA1A
+-210BB 11BB
+-310CC 11CC
+-111AA 12AA BEGINA1A
+-211BB 12BB
+-311CC 12CC
+-112AA 13AA BEGINA1A
+-212BB 13BB
+-312CC 13CC
+-113AA C5A BEGINA1A
+-213BB C5B
+-313CC C5C
+C NO SERIES CAPS ON THE SECOND CKT OF GARRISON-HS LINE
+-114AA 15AA BEGINA1A
+-214BB 15BB
+-314CC 15CC
+-115AA 16AA BEGINA1A
+-215BB 16BB
+-315CC 16CC
+-116AA 17AA BEGINA1A
+-216BB 17BB
+-316CC 17CC
+-117AA 18AA BEGINA1A
+-217BB 18BB
+-317CC 18CC
+-118AA HSA BEGINA1A
+-218BB HSB
+-318CC HSC
+C LINE SHUNTS
+ 0BVA 5AA .001 1
+ 0BVB 5BB .001 1
+ 0BVC 5CC .001 1
+C 1 CKT GAR-HS LINE OUT
+ 0SA 5A 600.
+ 0SB 5B 600.
+ 0SC 5C 600.
+ 0SA S1A .001
+ 0SB S1B .001
+ 0SC S1C .001
+ 0S2A 14A 600.
+ 0S2B 14B 600.
+ 0S2C 14C 600.
+ 0S2A S3A .001
+ 0S2B S3B .001
+ 0S2C S3C .001
+ 0G2A G4A 600.
+ 0G2B G4B 600.
+ 0G2C G4C 600.
+ 0G2A G3A .001
+ 0G2B G3B .001
+ 0G2C G3C .001
+ 0G6A G8A 600.
+ 0G6B G8B 600.
+ 0G6C G8C 600.
+ 0G6A G7A .001
+ 0G6B G7B .001
+ 0G6C G7C .001
+ TRANSFORMER 2.0 1140. T1A 1.E5
+.188 912.
+.6 1026.
+1.5 1106.
+3.0 1163.
+6.0 1208.
+11.4 1244.
+21. 1277.
+50. 1300.
+250. 1350.
+ 9999
+ 1BVA .1 35.6 429.
+ 2BVS2A .1 .001 188.
+ 3TER1A TER1B .1 .071 13.8
+ TRANSFORMER T1A T1B
+ 1BVB
+ 2BVS2B
+ 3TER1B TER1C
+ TRANSFORMER T1A T1C
+ 1BVC
+ 2BVS2C
+ 3TER1C TER1A
+ TRANSFORMER T1A T2A
+ 1GAA
+ 2GAS2A
+ 3TER2A TER2B
+ TRANSFORMER T1A T2B
+ 1GAB
+ 2GAS2B
+ 3TER2B TER2C
+ TRANSFORMER T1A T2C
+ 1GAC
+ 2GAS2C
+ 3TER2C TER2A
+C *****GENERATOR TRANSFORMER*********************
+ TRANSFORMER 236.9 97.5T3A 1.E+5
+ 67.8 87.8
+236.9 97.5
+504.5 107.3
+ 9999
+ 1CSIA CSIB .0001 .001 26.
+ 2SOA .0001 34.57 317.
+ TRANSFORMER T3A T3B
+ 1CSIB CSIC
+ 2SOB
+ TRANSFORMER T3A T3C
+ 1CSIC CSIA
+ 2SOC
+ TRANSFORMER T3A T3D
+ 1CSGN1ACSGN1B
+ 2SOA
+ TRANSFORMER T3A T3E
+ 1CSGN1BCSGN1C
+ 2SOB
+ TRANSFORMER T3A T3F
+ 1CSGN1CCSGN1A
+ 2SOC
+C ***********************************************
+ 0CSIA .1
+ 0CSIB .1
+ 0CSIC .1
+ 0CSGN1A .1
+ 0CSGN1B .1
+ 0CSGN1C .1
+C ***********************************************
+ 0 BVS2A 529.
+ 0 BVS2B 529.
+ 0 BVS2C 529.
+ 0TER1A 9500.
+ 0TER1B 9500.
+ 0TER1C 9500.
+ 0 GAS2A 400.
+ 0 GAS2B 400.
+ 0 GAS2C 400.
+ 0TER2A 9500.
+ 0TER2B 9500.
+ 0TER2C 9500.
+BLANK card ending branch cards
+ BVA SA -1. 1.
+ BVB SB -1. 1.
+ BVC SC -1. 1.
+ S1A 5A -1. 1.
+ S1B 5B -1. 1.
+ S1C 5C -1. 1.
+ GA S2A -1. 1.0
+ GB S2B -1. 1.0
+ GC S2C -1. 1.0
+ S3A 14A -1. .085
+ S3B 14B -1. .085
+ S3C 14C -1. .085
+ G1A G2A -1. 1.30
+ G1B G2B -1. 1.030
+ G1C G2C -1. 1.030
+ G3A G4A -1. 1.010
+ G3B G4B -1. 1.010
+ G3C G4C -1. 1.010
+ G5A G6A -1. 1.34
+ G5B G6B -1. 1.034
+ G5C G6C -1. 1.034
+ G7A G8A -1. 1.014
+ G7B G8B -1. 1.014
+ G7C G8C -1. 1.014
+ C3A .01695 1.
+C *******MEASURING COALSTRIP GENERATOR ARMATURE CURRENT*******
+ CSGENACSIA MEASURING 1
+ CSGENBCSIB MEASURING 1
+ CSGENCCSIC MEASURING 1
+C ************************************************************
+BLANK card ending switch cards
+C *
+C *
+14V2A 452000. 60. -10. -1.
+14V2B 452000. 60. -130. -1.
+14V2C 452000. 60. 110. -1.
+59CSGENA 21229. 60. .0
+ CSGENB
+ CSGENC
+TOLERANCES 20
+PARAMETER FITTING 2.+00
+ 1 1 2 819.0 26.0 1600.
+BLANK CARD INDICATING NO SATURATION OF Q-AXIS OF MACHINE
+ .0013 .1284 1.236 1.222 .2197 .3482 .1776 .1742
+ 4.78 .53 .041 .067 .0861
+ 1 1.0 1.070 0.0 0.0
+BLANK card
+ 51
+ 1 1 2 3 4 11 14
+ 1 8 9 10
+ 21
+ 31
+BLANK CARD
+71EFDPP
+72FACTOR 1
+74VEL1 2
+ FINISH
+59CSGN1A 21229. 60. 0.0
+ CSGN1B
+ CSGN1C
+PARAMETER FITTING 2.+00
+ 1 1 2 819.0 26.0 1600.
+BLANK CARD INDICATING NO SATURATION OF Q-AXIS OF MACHINE
+ .0013 .1284 1.236 1.222 .2197 .3482 .1776 .1742
+ 4.78 .53 .041 .067 .0861
+ 1 1.0 1.070 0.0 0.0
+BLANK
+ 51
+ 1 1 2 3 4 11 14
+ 1 8 9 10
+ 21
+ 31
+BLANK CARD
+71EFDPP
+72FACTOR 1
+C BECAUSE THE TWO GENERATORS HAVE THE SAME SPEED IT IS NOT
+C NECESSARY TO USE THE SPEED OF THE SECOND GENERATOR AS TACS SOURC
+ FINISH
+C --------------+------------------------------
+C From bus name | Names of all adjacent busses.
+C --------------+------------------------------
+C SOA |TERRA *TERRA *BEGINA*
+C BEGINA |TERRA *TERRA *SOA *1A *1AA *
+C SOB |TERRA *TERRA *BEGINB*
+C BEGINB |TERRA *TERRA *SOB *1B *1BB *
+C SOC |TERRA *TERRA *BEGINC*
+C BEGINC |TERRA *TERRA *SOC *1C *1CC *
+C V2A |HSA *
+C .... Etc. (many more rows)
+BLANK card ending source cards
+C Total network loss P-loss by summing injections = 1.435490932846E+08
+C MACH 1 Data parameters and initial conditions of next machine .....
+C "CSGENA" Unit 1
+C Id Iq Io
+C -2.09832081140E+04 1.82690972572E+04 8.06549008735E-10
+C Field current of the generator in units ... Total dc component
+C 2.4585598153E+03 2.4539876356E+03
+C Electromechanical torque of the generator ... total dc component
+C 1.9154270026E+00 1.8933493498E+00
+C ---- Initial flux of coil "T1A " to " " = 3.74851587E+02
+C ---- Initial flux of coil "T1B " to " " = -1.16312212E+03
+C Warning. Preceding flux exceeds the 1st segment. This means that the stead
+C ---- Initial flux of coil "T1C " to " " = 7.91924375E+02
+C ---- Initial flux of coil "T3A " to "CSIB " = 4.87345928E+01
+C ---- Initial flux of coil "T3B " to "CSIC " = -9.75282819E+01
+C Warning. Preceding flux exceeds the 1st segment. This means that the stead
+C ---- Initial flux of coil "T3C " to "CSIA " = 4.87941256E+01
+C ---- Initial flux of coil "T3D " to "CSGN1B" = 4.87345928E+01
+C ---- Initial flux of coil "T3E " to "CSGN1C" = -9.75282819E+01
+C Warning. Preceding flux exceeds the 1st segment. This means that the stead
+C ---- Initial flux of coil "T3F " to "CSGN1A" = 4.87941256E+01
+ BEGINABEGINBBEGINC
+ BVA BVB BVC GA GB GC
+ G4A G4B G4C G8A G8B G8C
+ C2A C2B C2C 10A 10B 10C 6A 6B 6C
+ C5A C5B C5C 10AA 10BB 10CC 6AA 6BB 6CC
+ CSIA CSIB CSIC CSGN1ACSGN1BCSGN1CSOA SOB SOC
+C Step Time BEGINA BEGINB BEGINC BVA BVB
+C
+C
+C GC G4A G4B G4C G8A
+C
+C
+C C2B C2C 10A 10B 10C
+C
+C
+C C5A C5B C5C 10AA 10BB
+C
+C
+C 6CC CSIA CSIB CSIC CSGN1A
+C
+C
+C SOB SOC CSGENA CSGENB CSGENC
+C CSIA CSIB CSIC
+C
+C V2A V2B V2C BVA BVB
+C HSA HSB HSC 5AA 5BB
+C
+C MACH 1 MACH 1 MACH 1 MACH 1 MACH 1
+C I0 IF IA IB IC
+C
+C MACH 1 MACH 2 MACH 2 MACH 2 MACH 2
+C VEL 1 ID IQ I0 IF
+C
+C MACH 2 MACH 2 MACH 2 MACH 2 TACS
+C EFD TQ GEN ANG 1 VEL 1 EFO
+C
+C TACS TACS TACS TACS TACS
+C EFFBL UNITY EF1 DIFOME PGV
+C
+C TACS TACS
+C TACOME KDIFOM
+C *** Phasor I(0) = 9.3141980E+02 Switch "BVA " to "SA " closed
+C *** Phasor I(0) = -2.1484379E+02 Switch "BVB " to "SB " closed
+C *** Phasor I(0) = -7.3079055E+02 Switch "BVC " to "SC " closed
+C *** Phasor I(0) = 9.3142027E+02 Switch "S1A " to "5A " closed
+C *** Phasor I(0) = -2.1484535E+02 Switch "S1B " to "5B " closed
+C *** Phasor I(0) = -7.3078946E+02 Switch "S1C " to "5C " closed
+C *** Phasor I(0) = 1.8917593E+03 Switch "GA " to "S2A " closed
+C *** Phasor I(0) = -7.0729311E+02 Switch "GB " to "S2B " closed
+C *** Phasor I(0) = -1.1803057E+03 Switch "GC " to "S2C " closed
+C *** Phasor I(0) = 1.8917596E+03 Switch "S3A " to "14A " closed
+C *** Phasor I(0) = -7.0729599E+02 Switch "S3B " to "14B " closed
+C *** Phasor I(0) = -1.1803032E+03 Switch "S3C " to "14C " closed
+C *** Phasor I(0) = -9.4587964E+02 Switch "G1A " to "G2A " closed
+C *** Phasor I(0) = 3.5364656E+02 Switch "G1B " to "G2B " closed
+C *** Phasor I(0) = 5.9015285E+02 Switch "G1C " to "G2C " closed
+C *** Phasor I(0) = -9.4587982E+02 Switch "G3A " to "G4A " closed
+C *** Phasor I(0) = 3.5364800E+02 Switch "G3B " to "G4B " closed
+C *** Phasor I(0) = 5.9015160E+02 Switch "G3C " to "G4C " closed
+C *** Phasor I(0) = -9.4587964E+02 Switch "G5A " to "G6A " closed
+C *** Phasor I(0) = 3.5364656E+02 Switch "G5B " to "G6B " closed
+C *** Phasor I(0) = 5.9015285E+02 Switch "G5C " to "G6C " closed
+C *** Phasor I(0) = -9.4587982E+02 Switch "G7A " to "G8A " closed
+C *** Phasor I(0) = 3.5364800E+02 Switch "G7B " to "G8B " closed
+C *** Phasor I(0) = 5.9015160E+02 Switch "G7C " to "G8C " closed
+C *** Phasor I(0) = 2.2639721E+04 Switch "CSGENA" to "CSIA " closed
+C *** Phasor I(0) = -1.2935334E+04 Switch "CSGENB" to "CSIB " closed
+C *** Phasor I(0) = -9.7043863E+03 Switch "CSGENC" to "CSIC " closed
+C 0 0.0 404269.4395 -36345.7247 -367765.459 424359.4611 -84333.1188
+C -289436.093 451772.5587 -159713.498 -289437.588 451772.5587
+C -187973.815 -252930.485 447042.9429 -145948.56 -298112.48
+C 443329.9408 -187973.815 -252930.485 447042.9429 -145948.56
+C -331794.91 21229. -10614.5 -10614.5 21229.
+C -36343.631 -367766.638 22639.72062 -12935.3343 -9704.38629
+C -1927.84839 998.3131661 907.993979 931.4197995 -214.843795
+C .806549E-9 2458.559762 22639.72062 -12935.3343 -9704.38629
+C -.002099483 -20983.2062 18269.09946 -.134425E-8 2458.559762
+C -428.682116 1.91542705 134.2452118 -.002099483 1.473
+C 0.0 1.0 1.473 0.0 1.0
+C 1.0 0.0
+C 1 .1E-3 397129.7612 -20133.32 -376846.599 418465.6003 -67710.5661
+C -302506.957 448484.4919 -143505.185 -302508.399 448484.4919
+C -172703.477 -266495.267 443279.2437 -129655.083 -310805.237
+C 441481.0763 -172703.477 -266495.267 443279.2437 -129655.083
+C -343039.501 21237.96722 -10136.0111 -11101.9561 21237.96722
+C -20131.4818 -376847.601 22692.68415 -12202.5948 -10490.0893
+C -1930.51013 937.527959 970.8510997 920.1216638 -179.573848
+C -.31225E-10 2458.019684 22692.68415 -12202.5948 -10490.0893
+C -.006347691 -20963.4593 18287.60729 -.45505E-10 2458.019684
+C -428.682116 1.915678723 134.2451876 -.006347691 1.472999717
+C -.463451E-7 1.0 1.472886675 -.613373E-3 1.0
+C .9993866272 -.012267455
+BLANK card ending program output variables (just node voltages, here)
+C *** Open switch "S3B " to "14B " after 9.23000000E-02 sec.
+C 1000 0.1 456587.9539 72810.69446 -528451.693 518738.6488 36108.45381
+C -580084.928 558077.5006 -89099.3773 -580088.607 558077.5006
+C -82089.0245 -595679.834 559039.9578 -24740.4007 -590969.55
+C 554457.9176 -82089.0245 -595679.834 559039.9578 -24740.4007
+C -563417.016 24790.5224 -9299.2942 -15491.2282 24790.5224
+C 72810.84876 -528449.542 4177.258464 9977.667495 -14154.926
+C -899.895095 -123.78439 364.4939864 -20.5855009 671.1300102
+C -.325876E-9 1692.849684 4177.258464 9977.667495 -14154.926
+C .5571416296 8388.658546 15716.096 -.325264E-9 1692.849684
+C -541.656604 .5784421055 135.2190602 .5571416296 1.862272185
+C .0620160273 1.0 1.931667198 .8804374E-3 1.000154281
+C 1.000880437 .0176087484
+ PRINTER PLOT
+ 194 4. 12. 50. MACH 1TQ GEN { Axis limits: (-0.316, 3.238)
+ 194 4. 12. 50. MACH 2VEL 1 { Axis limits: (-0.835, 2.206)
+BLANK card ending plot cards
+BEGIN NEW DATA CASE
+BLANK
|