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|
BEGIN NEW DATA CASE
C BENCHMARK DCNEW-7
C Simulation of 400-kV Portuguese network, supplied by J. Allen Lima of EDP
C during 1981. Two of the 3-phase overhead lines used Semlyen modeling as
C data was received; BPA replaced these with Marti modeling (see DCNEW-5
C and DCNEW-6 derivations). Final results were approved by Allen Lima.
PRINTED NUMBER WIDTH, 13, 2, { Request maximum precision (for 8 output columns)
.000020 .020 50.0 50.0
1 1 1 1 1 -1
5 5 20 20 100 50 500 250
CEDIL1G CD1 60.
CEDIL2G CD2 CEDIL1G CD1
CEDIL3G CD3 CEDIL1G CD1
CEDIL1 40.+4
CEDIL2 40.+4
CEDIL3 40.+4
CEDIL0 20.+3
CEDIL4 20.+3
CEDIL8 20.+3
ORIOL1 1100.
ORIOL2 1100.
ORIOL3 1100.
MORAT1 50.
MORAT2 50.
MORAT3 50.
ORIOL1G OR1 30.0
ORIOL2G OR2 ORIOL1G OR1
ORIOL3G OR3 ORIOL1G OR1
MORAT1G MO1 5.
MORAT2G MO2 MORAT1G MO1
MORAT3G MO3 MORAT1G MO1
C PUNCHED CARD OUTPUT OF "MARTI SETUP" WHICH BEGAN AT 16.26.05 09/14/82
C 10.231 0.0840 4 1.25 -39.4 70.97 32.25 15.8 0.0
C 20.231 0.0840 4 1.25 0.0 70.97 32.25 15.8 0.0
C 30.231 0.0840 4 1.25 39.4 70.97 32.25 15.8 0.0
C 00.5 0.58 4 .575 -25.76 100.07 76.12
C 00.5 0.58 4 .575 25.76 100.07 76.12
C
C 250.0 5000.0 1 39.77 3-2
C 250.0 50.0 1 39.77 3
C 250.0 .01 1 39.77 9 10 3
C
-1CEDIL1ORIOL1 2. -2 3
13 0.41325032809958360502E+03
0.116666620877633503E+04 0.109183957565632813E+05 0.565519812069975512E+04
0.484147546792281423E+04 0.699348167433700146E+05 0.680639173314410029E+06
0.353546552880208456E+07 0.158558163852067168E+08 0.343936220208104504E+08
0.402986429528001565E+08 0.333051002996165333E+08 0.192239903452177197E+08
0.591785179162642127E+08
0.655848255002151437E+01 0.689529809570500767E+02 0.124018603340865507E+03
0.222448265068884186E+03 0.267002619247242444E+04 0.267774956803651194E+05
0.146874016084362785E+06 0.699595068734068467E+06 0.314988590167556150E+07
0.762879500332942314E+07 0.261916079974016361E+08 0.146966593032308880E+08
0.224237565390403033E+08
14 0.22722057907479428678E-03
0.325119221084764556E+00 0.955995667593461287E+00 0.107719811818587452E+02
0.162737617955725353E+02 0.846601995851995301E+02 0.194153514297787868E+04
0.205304796633652506E+04 0.812078556800162823E+04 0.759893103397168725E+05
-0.131817421725105715E+07 0.130673311067578869E+07 0.261283821816253591E+11
-0.523061935848645258E+11 0.261777346266795864E+11
0.578031724500470299E+02 0.170883883142724009E+03 0.175593437554162219E+04
0.253310312724618564E+04 0.344448023385708018E+04 0.156781846805402304E+05
0.179682694235832146E+05 0.291972405775985299E+05 0.660344632631146815E+05
0.506367097239857656E+06 0.506873464337097532E+06 0.144341197509027377E+06
0.144485538706536350E+06 0.144630024245242897E+06
-2CEDIL2ORIOL2 2. -2 3
14 0.32434436644879587419E+03
0.252272221493054599E+04 -0.783260653540386542E+03 0.843607760307379550E+03
0.405537446805879938E+03 0.172880473437180306E+03 0.230195610382516389E+03
0.660733376851340495E+02 0.356064973429108875E+04 0.360876600484606379E+05
0.458067308721460002E+06 0.155426951919779993E+07 0.349466741634031897E+07
0.831361356808341283E+07 0.267191748194192564E+08
0.395606796435879227E+01 0.463636540679738307E+01 0.937357763832612023E+01
0.153396557146475114E+02 0.203063670799589469E+02 0.331878663859556227E+02
0.611409934802227237E+02 0.268325289732902854E+04 0.271015097222558029E+05
0.344182439511372744E+06 0.117037498667027464E+07 0.264512776776326954E+07
0.633446917806370230E+07 0.205787510722909323E+08
13 0.21477374477205599327E-03
0.129889193232538838E+02 0.884021541188871076E+02 0.565737181820981561E+03
0.292322581236811533E+04 0.117637318595143149E+05 0.532889556330723863E+05
0.389320617216179162E+06 0.168009156675308198E+07 -0.473625905585169559E+06
0.469598132803068736E+06 0.116075504186246309E+12 -0.233011870092233574E+12
0.116934231878534660E+12
0.257364843571493833E+04 0.165926100504714855E+05 0.470409178542860072E+05
0.986656059415058608E+05 0.163110622809428558E+06 0.273916823715255116E+06
0.492292176871687661E+06 0.752969879268023331E+06 0.140712450145074795E+08
0.140853162595219880E+08 0.122661137580659351E+07 0.122783798718239996E+07
0.122906582516958241E+07
-3CEDIL3ORIOL3 2. -2 3
12 0.28586948340215191422E+03
0.469121681241953631E+03 0.233638265938181458E+03 0.133089817080063798E+04
0.659219169881776438E+03 0.384148976526417606E+03 0.648556151743692784E+02
0.212354841898140151E+03 0.201520145927393379E+03 0.890049222317856223E+02
0.180946149365585608E+03 0.727286056036915124E+04 0.756593323883183097E+06
0.233427180849573052E+01 0.652587200425930314E+01 0.445927138536190470E+01
0.929408799817113418E+01 0.153081605724076526E+02 0.187127301227206799E+02
0.320734227377979915E+02 0.513577120970671270E+02 0.825854535255917739E+02
0.154597265896880312E+03 0.564775236979137617E+04 0.589019465642374998E+06
12 0.21409749381714141754E-03
0.959446494661205063E+01 0.211543139931322084E+03 0.330320356215007322E+03
0.105674138126367028E+03 0.281000481977902956E+04 0.853906428242118945E+05
0.130879839444872479E+06 0.473130286723824225E+06 0.431889082744958054E+07
0.548392810817254744E+08 0.872278959796870160E+10 -0.878264063778379226E+10
0.190426713123812291E+04 0.410418711907143561E+05 0.640194813422894686E+05
0.206469677846042105E+05 0.134114222734196795E+06 0.966708188017849156E+06
0.116403676985993166E+07 0.191216163992797025E+07 0.426427480259321292E+07
0.945486102079298859E+07 0.810191819888780010E+07 0.811002011708668852E+07
0.58951259 -0.70710678 -0.41265623
0.00000000 0.00000000 0.00000000
0.55222261 0.00000000 0.81205275
0.00000000 0.00000000 0.00000000
0.58951259 0.70710678 -0.41265623
0.00000000 0.00000000 0.00000000
C PUNCHED CARD OUTPUT OF "MARTI SETUP" WHICH BEGAN AT 15.49.05 09/14/82
C 10.231 0.0840 4 1.25 -39.4 70.97 32.25 15.8 0.0
C 20.231 0.0840 4 1.25 0.0 70.97 32.25 15.8 0.0
C 30.231 0.0840 4 1.25 39.4 70.97 32.25 15.8 0.0
C 00.5 0.58 4 .575 -25.76 100.07 76.12
C 00.5 0.58 4 .575 25.76 100.07 76.12
C
C 250.0 5000.0 1 85.75 3-2
C 250.0 50.0 1 85.75 3
C 250.0 .01 1 85.75 9 10 3
C
-1CEDIL0RIO M0 2. -2 3
13 0.41325032809958360502E+03
0.116666620877633503E+04 0.109183957565632813E+05 0.565519812069975512E+04
0.484147546792281423E+04 0.699348167433700146E+05 0.680639173314410029E+06
0.353546552880208456E+07 0.158558163852067168E+08 0.343936220208104504E+08
0.402986429528001565E+08 0.333051002996165333E+08 0.192239903452177197E+08
0.591785179162642127E+08
0.655848255002151437E+01 0.689529809570500767E+02 0.124018603340865507E+03
0.222448265068884186E+03 0.267002619247242444E+04 0.267774956803651194E+05
0.146874016084362785E+06 0.699595068734068467E+06 0.314988590167556150E+07
0.762879500332942314E+07 0.261916079974016361E+08 0.146966593032308880E+08
0.224237565390403033E+08
14 0.50892744818303846681E-03
0.314840158156735182E+00 0.397096644312787919E+00 0.286274567822626953E+00
0.986918901234386373E+00 0.108177960738237841E+01 0.224534253968394787E+01
0.293916542436028667E+02 0.197434926128950927E+03 0.567436479903287875E+03
0.101953865622683602E+05 0.199276102757670906E+06 0.108851476277486117E+04
-0.162775077303748969E+08 0.160661481509794740E+08
0.654800415945925707E+02 0.838628213020787978E+02 0.563058277026596965E+02
0.198401491796740430E+03 0.231783659335135329E+03 0.461320658168496436E+03
0.243671543948517166E+04 0.605460236717123485E+04 0.493217162507794524E+04
0.198986212506673669E+05 0.369393457784018183E+05 0.521930791205834947E+06
0.445740570557629226E+05 0.446186311128186899E+05
-2CEDIL8RIO M8 2. -2 3
14 0.32434436644879587419E+03
0.252272221493054599E+04 -0.783260653540386542E+03 0.843607760307379550E+03
0.405537446805879938E+03 0.172880473437180306E+03 0.230195610382516389E+03
0.660733376851340495E+02 0.356064973429108875E+04 0.360876600484606379E+05
0.458067308721460002E+06 0.155426951919779993E+07 0.349466741634031897E+07
0.831361356808341283E+07 0.267191748194192564E+08
0.395606796435879227E+01 0.463636540679738307E+01 0.937357763832612023E+01
0.153396557146475114E+02 0.203063670799589469E+02 0.331878663859556227E+02
0.611409934802227237E+02 0.268325289732902854E+04 0.271015097222558029E+05
0.344182439511372744E+06 0.117037498667027464E+07 0.264512776776326954E+07
0.633446917806370230E+07 0.205787510722909323E+08
17 0.46499677048825204163E-03
0.288523113835480495E-01 0.725379351796078098E+01 0.999151579386080013E+01
0.153033961315346581E+02 0.244487129361870124E+02 0.400123366058129859E+02
0.122879770961722842E+03 0.820872346904431552E+03 0.879503098994575475E+04
0.441523136528868445E+05 0.248759594823932697E+06 0.990833174894565047E+06
-0.264425086594143118E+06 0.262175769209715756E+06 0.502017406096569996E+11
-0.100919277533544712E+12 0.507162455923000841E+11
0.115636078970388239E+02 0.282211309700825944E+04 0.392830370094222508E+04
0.586261399698861044E+04 0.960221176710653435E+04 0.143387936744862945E+05
0.206931535817511244E+05 0.334707043265707816E+05 0.103328046449408099E+06
0.171203326682069473E+06 0.273017856262755893E+06 0.403226751519098158E+06
0.703740771205447835E+07 0.704444511976653314E+07 0.635083346533305579E+06
0.635718429879838688E+06 0.636354148309718716E+06
-3CEDIL4RIO M4 2. -2 3
12 0.28586948340215191422E+03
0.469121681241953631E+03 0.233638265938181458E+03 0.133089817080063798E+04
0.659219169881776438E+03 0.384148976526417606E+03 0.648556151743692784E+02
0.212354841898140151E+03 0.201520145927393379E+03 0.890049222317856223E+02
0.180946149365585608E+03 0.727286056036915124E+04 0.756593323883183097E+06
0.233427180849573052E+01 0.652587200425930314E+01 0.445927138536190470E+01
0.929408799817113418E+01 0.153081605724076526E+02 0.187127301227206799E+02
0.320734227377979915E+02 0.513577120970671270E+02 0.825854535255917739E+02
0.154597265896880312E+03 0.564775236979137617E+04 0.589019465642374998E+06
14 0.46171157996028366660E-03
0.531412884677653463E+00 0.739743047831739649E+02 0.539474322670691464E+02
0.541766001138744473E+02 0.582432744659269724E+04 0.476456197516415682E+04
0.141536207623307037E+06 0.379552266384417358E+06 0.470350428764120839E+07
-0.762551194200545531E+08 0.755820149403780811E+08 0.654786423708226410E+12
-0.131260008356328448E+13 0.657809097595257614E+12
0.925277436009539418E+02 0.131730936032098034E+05 0.972178959767960259E+04
0.877083358217585715E+04 0.218411866736842734E+06 0.955781154778434138E+05
0.711025510144528787E+06 0.110226114446630745E+07 0.244920704323492135E+07
0.133576023000276599E+08 0.133709599023276884E+08 0.457964623585481581E+07
0.458422588209066994E+07 0.458881010797276092E+07
0.58951259 -0.70710678 -0.41265623
0.00000000 0.00000000 0.00000000
0.55222261 0.00000000 0.81205275
0.00000000 0.00000000 0.00000000
0.58951259 0.70710678 -0.41265623
0.00000000 0.00000000 0.00000000
-1ORIOL1MORAT1 .9 1.21.4885 310.
-2ORIOL2MORAT2 .02709.307743.7338 310.
-3ORIOL3MORAT3 .02722.4224 2.716 310.
-4ORIOL1MORAT1
-5ORIOL2MORAT2
-6ORIOL3MORAT3
99CEDIL1CEDIL0 5.2+5 1 1
7.+5 7.+5
10.+5 14.+5
9999
TT44 5.3+6
TT0 5.3+6
TT00 5.3+6
TT4 5.3+6
TT8 5.3+6
TT88 5.3+6
RIO M0TT0 6670.
CEDIL0TT00 6670.
RIO M8TT8 6670.
CEDIL8TT88 6670.
RIO M4TT4 6670.
CEDIL4TT44 6670.
98TT0 .02011 1600. 1
.02010619 1600.
1.02010619 1766.9153
9999
98TT00 TT0
98TT4 TT0
98TT44 TT0
98TT8 TT0
98TT88 TT0
BLANK card ends all branch cards
CEDIL1CEDIL0 -.1 0.0 3
CEDIL2CEDIL8 -.1 0.
CEDIL3CEDIL4 -.1 0.
BLANK card ends all switch cards
14G MO1 310.00+3 50.0 165.0 -1.
14G MO3 310.0+3 50.0 55.0 -1.
14G MO2 310.0+3 50.0 295.0 -1.
14G OR1 310.0+3 50.0 165.0 -1.
14G OR3 310.0+3 50.0 45.0 -1.
14G OR2 310.0+3 50.0 285.0 -1.
14G CD1 310.0+3 50.0 155.0 -1.
14G CD3 310.0+3 50.0 35.0 -1.
14G CD2 310.0+3 50.0 275.0 -1.
BLANK card terminating program source cards.
C Total network loss P-loss by summing injections = 3.047737027558E+09
C Output for steady-state phasor switch currents.
C Node-K Node-M I-real I-imag I-magn
C CEDIL1 CEDIL0 -0.80284512E+02 -0.12995398E+03 0.15275353E+03
C CEDIL2 CEDIL8 0.16222036E+03 0.11540175E+02 0.16263032E+03
C CEDIL3 CEDIL4 -0.93117224E+02 0.11629906E+03 0.14898419E+03
C
C G MO3 177808.69526882 310000. 3962.4928132035 6810.5497167867
C 253937.13372959 55.0000000 5539.1550032594 54.4215657
C
C ---- Initial flux of coil "TT0 " to " " = 3.59368692E+02
C ---- Initial flux of coil "TT00 " to " " = 3.54323276E+02
C ---- Initial flux of coil "TT4 " to " " = 6.59577293E+02
C ---- Initial flux of coil "TT44 " to " " = 6.52855676E+02
C ---- Initial flux of coil "TT8 " to " " = -1.00845302E+03
C ---- Initial flux of coil "TT88 " to " " = -9.97486060E+02
CEDIL0CEDIL1RIO M0RIO M4RIO M8
C Step Time CEDIL1 CEDIL0 CEDIL1 RIO M0 RIO M4
C CEDIL0
C *** Phasor I(0) = -0.8028451E+02 Switch "CEDIL1" to "CEDIL0" closed
C *** Phasor I(0) = 0.1622204E+03 Switch "CEDIL2" to "CEDIL8" closed
C *** Phasor I(0) = -0.9311722E+02 Switch "CEDIL3" to "CEDIL4" closed
C 0 0.0 0.0 -298652.444 -298652.444 -301807.939 239354.2831
C 1 .2E-4 0.0 -299345.099 -299345.099 -302510.8 238044.5995
C 2 .4E-4 0.0 -300028.167 -300028.167 -303203.597 236727.2484
BLANK card ending program output-variable requests (node voltages only, here).
C &&& "CEDIL1" to "CEDIL0" segment 1 at time T = 1.03000000E-02 sec.
C &&& "CEDIL1" to "CEDIL0" segment 0 at time T = 1.17600000E-02 sec.
C &&& "CEDIL1" to "CEDIL0" segment -1 at time T = 1.22000000E-02 sec.
C &&& "CEDIL1" to "CEDIL0" segment 0 at time T = 1.36200000E-02 sec.
C 750 .015 54917.35879 22729.26565 77646.62444 36591.75202 -240811.052
C -.015069991
C 1000 .02 -292245.731 -30041.6674 -322287.398 32117.86752 -188577.744
C -.015141205
C Variable max : 520026.4244 795246.371 538123.5782 865611.5988 239354.2831
C .0045159595
C Times of max : .0103 .0122 .01224 .01176 0.0
C 0.0
C Variable min : -547714.329 -318797.586 -322287.398 -322309.548 -445931.745
C -5.25795341
C Times of min : .0122 .00114 .02 .00114 .01082
C .01078
PRINTER PLOT { Axis limits : (-3.223, 8.656)
1441.0 0.0 20. RIO M0 TENSAO V
BLANK card ending all plot cards
BEGIN NEW DATA CASE
C 2nd of 2 subcases is unrelated to the 1st. It was added 9 May 1993.
C Demonstration that double-circuit Marti frequency-dependent line punched
C by the 3rd subcase of DCNEW-3 will smoothly continue from a phasor
C solution. All 6 phases are continuously transposed. This trivial case
C was in error prior to correction on March 21, 1993, as described in the
C April, 1993, newsletter. Our thanks to Alan Myers of Black and Veatch.
PRINTED NUMBER WIDTH, 13, 2, { Request maximum precision (if 8 output columns)
.000005 .005 60. 60. { Small DELTAT is necessitated by short line
1 1 1 3 1 -1
5 5 20 20 100 100
JDGA SENDA 15. { 1st of 3 branches in series with one
JDGB SENDB 15. { circuit of the Marti line. This is
JDGC SENDC 15. { an approximation to source impedance
JDGA SENDD 15.
JDGB SENDE 15.
JDGC SENDF 15.
$INCLUDE, dcn3b.pch, { 6-phase branch cards were punched by DCN3.DAT execution
RECA 1000. { Resistive load at far end of 1st of 6 phases
RECB RECA { 2nd of 6 phases is terminated by the same R
RECC RECA { Etc. for phases 3 through 6. It is balanced
RECD RECA
RECE RECA
RECF RECA
BLANK card ending branch cards
BLANK card ending switch cards
14JDGA 303000. 60. 0. -1.
14JDGB 303000. 60. -120. -1.
14JDGC 303000. 60. 120. -1.
C JDGA |SENDA *SENDD *
C SENDA |JDGA *RECA *
C JDGB |SENDB *SENDE *
C SENDB |JDGB *RECB *
C JDGC |SENDC *SENDF *
C SENDC |JDGC *RECC *
C SENDD |JDGA *RECD *
C SENDE |JDGB *RECE *
C SENDF |JDGC *RECF *
C < < Etc. for rest of connectivity table > >
BLANK card ending source cards
C Total network loss P-loss by summing injections = 2.754071719021E+08
C Last gen: JDGC -151500. 303000. -298.2665798274 605.98079669561
C Last gen: 262405.69734668 120.0000000 527.49386093289 119.4855916
C Step Time RECA RECB RECC RECD RECE
C 0 0.0 302949.3018 -155589.513 -147359.789 302949.3018 -155589.513
C 1 .5E-5 302957.6584 -155099.143 -147858.516 302957.6584 -155099.143
C 2 .1E-4 302964.9725 -154608.24 -148356.733 302964.9725 -154608.24
RECA RECB RECC RECD RECE RECF { Look at voltages at far end, all 6
BLANK card ending node names for selective voltage output
C 1000 .005 -89097.5917 295341.234 -206243.642 -89097.5917 295341.234
C Variable max : 302986.376 295341.234 -147359.789 302986.376 295341.234
C Times of max : .4E-4 .005 0.0 .4E-4 .005
C Variable min : -89097.5917 -155589.513 -302986.532 -89097.5917 -155589.513
C Times of min : .005 0.0 .00282 .005 0.0
PRINTER PLOT
144 1. 0.0 5.0 RECA RECB RECF { Axis limits: (-3.030, 3.030)
BLANK card ending plot cards
BEGIN NEW DATA CASE
C 3rd of 4 subcases is unrelated to the preceding two. Instead, it
C demonstrates use of Type-98 (pseudo-nonlinear inductance) and Type-99
C (pseudo-nonlinear resistance) elements to model magnetic saturation
C that includes losses. Data is added 7 December 2001 beginning with
C ELOSTY.DAT from the LOSSY SATURATION author, Orlando Hevia in Santa
C Fe, Argentina. This is data used to produce plots of his recent paper
C on the subject in EEUG News. The key word here is triplen harmonics.
C This 1st of 2 subcases is for the simpler Y-connected coils.
.000200 .040 { Double Hevia's dT = 100 usec to speed the simulation
1 1 1 1 1 -1
5 5 10 10
C <++++++> Cards punched by support routine on 11-Nov-18 11.00.00 <++++++>
C LOSSY SATURATION
C 50. 0.001 1.0E-6 0 0 1 1DOMAR STARR DOMAL STARL
C 3.01 29107.0 50640.0
C 4.39 31000.0 60640.0
C 7.51 33200.0 75760.0
C 14.45 35387.0 94960.0
C 26.09 37280.0 114000.0
C 53.73 39213.0 135360.0
C 9999.
99DOMAR STARR 1
1.42053069E+00 2.37657660E+04
1.78742496E+00 2.53113940E+04
2.16124023E+00 2.71076865E+04
2.63247274E+00 2.88933645E+04
2.99836604E+00 3.04389925E+04
3.37097937E+00 3.20172804E+04
9999.
98DOMAL STARL 4.013 75.65 1
4.01276620E+00 7.56487826E+01
9.11336416E+00 8.05686695E+01
1.63508154E+01 8.62864460E+01
3.39419940E+01 9.19704357E+01
6.29293554E+01 9.68903225E+01
1.36530279E+02 1.01914169E+02
9999.
99DOMBR STARR DOMAR STARR 0
99DOMCR STARR DOMAR STARR 0
98DOMBL STARL DOMAL STARL 4.013 75.65 0
98DOMCL STARL DOMAL STARL 4.013 75.65 0
BLANK card ending branch cards
C AAAAAABBBBBB
DOMA DOMAR MEASURING 0
DOMB DOMBR MEASURING 0
DOMC DOMCR MEASURING 0
DOMA DOMAL MEASURING 0
DOMB DOMBL MEASURING 0
DOMC DOMCL MEASURING 0
C AAAAAABBBBBB
GENA DOMA MEASURING 1
GENB DOMB MEASURING 0
GENC DOMC MEASURING 0
STARR MEASURING 1
STARL MEASURING 1
BLANK card ending switch cards
14GENA 1 32017.280 50.0 0.0 -1.000
14GENB 1 32017.280 50.0 -120. -1.000
14GENC 1 32017.280 50.0 120. -1.000
BLANK card ending sources
C Next 5 output variables are branch currents (flowing from the upper node to the lower node);
C Step Time GENA STARR STARL DOMAR DOMAL
C DOMA TERRA TERRA STARR STARL
C *** Phasor I(0) = 3.2017280E-06 Switch "DOMA " to "DOMAR " closed in the steady-state.
C *** Phasor I(0) = -1.6008640E-06 Switch "DOMB " to "DOMBR " closed in the steady-state.
C *** Phasor I(0) = -1.6008640E-06 Switch "DOMC " to "DOMCR " closed in the steady-state.
C *** Phasor I(0) = 3.2017280E-06 Switch "DOMA " to "DOMAL " closed in the steady-state.
C *** Phasor I(0) = -4.6819370E+00 Switch "DOMB " to "DOMBL " closed in the steady-state.
C *** Phasor I(0) = 4.6819338E+00 Switch "DOMC " to "DOMCL " closed in the steady-state.
C *** Phasor I(0) = 6.4034560E-06 Switch "GENA " to "DOMA " closed in the steady-state.
C *** Phasor I(0) = -4.6819386E+00 Switch "GENB " to "DOMB " closed in the steady-state.
C *** Phasor I(0) = 4.6819322E+00 Switch "GENC " to "DOMC " closed in the steady-state.
C *** Phasor I(0) = 1.5737111E-21 Switch "STARR " to " " closed in the steady-state.
C *** Phasor I(0) = -8.0342889E-17 Switch "STARL " to " " closed in the steady-state.
C &&& Type-99 v-i from "DOMAR " to "STARR " begins operation on segment 1 at time T = 0.00000000E+00 sec.
C &&& Type-99 v-i from "DOMBR " to "STARR " begins operation on segment -1 at time T = 0.00000000E+00 sec.
C &&& Type-99 v-i from "DOMCR " to "STARR " begins operation on segment -1 at time T = 0.00000000E+00 sec.
C 0 0.0 .640346E-5 .15737E-20 -.8034E-16 0.0 0.0
C 1 .2E-3 2.24962515 .74311E-15 -6.2927755 1.90996501 .339334207
C 2 .4E-3 3.99696223 1.4206581 -15.485462 3.31930901 .677329216
C 3 .6E-3 4.07789855 1.18508292 -41.362603 3.06492664 1.01265112
C 4 .8E-3 4.53570533 1.33779483 -67.966398 3.19141247 1.34397655
C 5 .1E-2 4.6713378 1.18095312 -98.560248 3.00102929 1.66999791
BLANK card ending output requests (none here)
C 180 .036 -62.395321 -1.3338784 -57.847076 .591378597 -62.986801
C 190 .038 -1.2485159 -.58893346 122.911755 1.92774467 -3.1765248
C &&& Type-99 v-i from "DOMCR " to "STARR " begins operation on segment 0 at time T = 3.84000000E-02 sec.
C &&& Type-99 v-i from "DOMCR " to "STARR " begins operation on segment -1 at time T = 3.86000000E-02 sec.
C 200 .04 3.37130585 1.45723794 3.6102679 3.37097928 -.1727E-12
C Variable maxima : 136.039023 1.52221675 130.732514 3.37097928 136.039023
C Times of maxima : .025 .0192 .0384 .02 .025
C Variable minima : -136.03902 -1.5222168 -130.73251 -3.3709793 -136.03902
C Times of minima : .035 .0092 .0216 .01 .035
CALCOMP PLOT
194 4. 0.0 40. DOMAR STARR STARR
194 4. 0.0 40. DOMAL STARL GENA DOMA
BLANK card ending batch-mode plot cards
BEGIN NEW DATA CASE
C 4th of 4 subcases is related to the preceding. Instead of Y-connected
C coils, this demonstrates delta-connected coils, which involve more
C interesting and complicated coil currents. Read Orlando Hevia's paper
C to understand why. Line currents are missing the "triplen harmonics"
C (numbers 3, 9, 15, etc.). Data is added 7 December 2001.
.000200 .040 { Double Hevia's dT = 100 usec to speed the simulation
1 1 1 1 1 -1
5 5 10 10
C <++++++> Cards punched by support routine on 11-Nov-18 11.00.00 <++++++>
C LOSSY SATURATION
C 50. 0.001 1.0E-6 0 0 3 1DOMAR DOMBR DOMAL DOMBL
C 3.01 29107.00 50640.0
C 4.39 31000.00 60640.0
C 7.51 33200.00 75760.0
C 14.45 35387.0 94960.0
C 26.09 37280.00 114000.0
C 53.73 39213.00 135360.0
C 9999.
99DOMAR DOMBR 1
8.20143778E-01 4.11635142E+04
1.03616124E+00 4.38406204E+04
1.26192415E+00 4.69518903E+04
1.55242139E+00 5.00447753E+04
1.77581972E+00 5.27218816E+04
1.99952258E+00 5.54555564E+04
9999.
98DOMAL DOMBL 2.317 131. 1
2.31677164E+00 1.31027535E+02
5.52313551E+00 1.39549029E+02
1.04634896E+01 1.49452508E+02
2.26722126E+01 1.59297467E+02
4.28985523E+01 1.67818961E+02
9.45609677E+01 1.76520519E+02
9999.
C
99DOMBR DOMCR DOMAR DOMBR 0
99DOMCR DOMAR DOMAR DOMBR 0
98DOMBL DOMCL DOMAL DOMBL 2.317 131. 0
98DOMCL DOMAL DOMAL DOMBL 2.317 131. 0
BLANK card ending branch cards
C AAAAAABBBBBB
DOMA DOMAR MEASURING 1
DOMB DOMBR MEASURING 0
DOMC DOMCR MEASURING 0
DOMA DOMAL MEASURING 1
DOMB DOMBL MEASURING 0
DOMC DOMCL MEASURING 0
C AAAAAABBBBBB
GENA DOMA MEASURING 1
GENB DOMB MEASURING 0
GENC DOMC MEASURING 0
BLANK card ending switch cards
14GENA 1 32017.280 50.0 0.0 -1.000
14GENB 1 32017.280 50.0 -120. -1.000
14GENC 1 32017.280 50.0 120. -1.000
BLANK card ending sources
C Next 5 output variables are branch currents (flowing from the upper node to the lower node);
C Step Time DOMA DOMA GENA DOMAR DOMAL
C DOMAR DOMAL DOMA DOMBR DOMBL
C *** Phasor I(0) = 9.6051840E-06 Switch "DOMA " to "DOMAR " closed in the steady-state.
C *** Phasor I(0) = -4.8025920E-06 Switch "DOMB " to "DOMBR " closed in the steady-state.
C *** Phasor I(0) = -4.8025920E-06 Switch "DOMC " to "DOMCR " closed in the steady-state.
C *** Phasor I(0) = 9.6051840E-06 Switch "DOMA " to "DOMAL " closed in the steady-state.
C *** Phasor I(0) = -4.6831884E+00 Switch "DOMB " to "DOMBL " closed in the steady-state.
C *** Phasor I(0) = 4.6831788E+00 Switch "DOMC " to "DOMCL " closed in the steady-state.
C *** Phasor I(0) = 1.9210368E-05 Switch "GENA " to "DOMA " closed in the steady-state.
C *** Phasor I(0) = -4.6831932E+00 Switch "GENB " to "DOMB " closed in the steady-state.
C *** Phasor I(0) = 4.6831740E+00 Switch "GENC " to "DOMC " closed in the steady-state.
C &&& Type-99 v-i from "DOMAR " to "DOMBR " begins operation on segment 1 at time T = 0.00000000E+00 sec.
C &&& Type-99 v-i from "DOMCR " to "DOMAR " begins operation on segment -1 at time T = 0.00000000E+00 sec.
C 0 0.0 .960518E-5 .960518E-5 .192104E-4 0.0 1.56057933
C &&& Type-99 v-i from "DOMBR " to "DOMCR " begins operation on segment 1 at time T = 2.00000000E-04 sec.
C 1 .2E-3 1.9099746 .339343792 2.24963793 .920293912 1.727168
C 2 .4E-3 2.68664627 .677338744 3.36430266 1.06290122 1.88694235
C 3 .6E-3 2.55627285 1.01266055 3.56924791 .901118772 2.03927183
C 4 .8E-3 2.56447828 1.34398585 3.90877424 .69571598 2.18355526
C 5 .1E-2 2.64214444 1.67000704 4.31245598 .739321791 3.00938576
BLANK card ending output requests (none here)
C 170 .034 -.59429806 -73.237637 -73.832034 .229721436 -71.149345
C 180 .036 .591381566 -73.581414 -72.989934 .821100034 -2.0872622
C &&& Type-99 v-i from "DOMCR " to "DOMAR " begins operation on segment 0 at time T = 3.68000000E-02 sec.
C &&& Type-99 v-i from "DOMCR " to "DOMAR " begins operation on segment -1 at time T = 3.70000000E-02 sec.
C 190 .038 2.42407329 -27.597882 -25.17355 1.97466258 -.32562914
C 200 .04 2.70267022 .960518E-5 2.70299999 1.3628017 1.56057933
C Variable maxima : 2.72798702 95.7745753 97.0588667 1.99852725 94.1587716
C Times of maxima : .0198 .0234 .0234 .0384 .0234
C Variable minima : -2.727987 -95.774566 -96.715084 -1.9985273 -93.813962
C Times of minima : .0098 .0166 .0334 .0284 .0334
194 4. 0.0 40. DOMA DOMAR DOMAR DOMBR
194 4. 0.0 40.-100.100.DOMA DOMAL DOMAL DOMBL
BLANK card ending batch-mode plot cards
BEGIN NEW DATA CASE
BLANK
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