Prktikum iz elektroenergetike Lortorij Elektro Mgneti Trnzient Progrm (EMTP) Zdtk Primjer prorčun prelznog povrtnog npon (prekidnje liskog krtkog spoj) Potreno je prorčunti prijelzni povrtni npon n kontktim SF 6 prekidč pri prekidnju jednopolnog zemljospoj (tkozvnog liskog krtkog spoj) n krtkoj dionii dlekovod prikznog n slii. Slik. Prekidnjee liskog krtkog spoj Zdte su slijedeće vrijednosti prmetr kol: ( ) E = 0 os ω t + j sin ( ωt)
gdje su: R' L' C' l n π L= 0 H l = 0 km n π = [ ] [ ] R' = 0 Ω /km L' =, 0 H / km C' =,, 0 F/ km. ktivni otpor dlekovod po jedinii dužine [Ω/km]. induktivitet dlekovod po jedinii dužine [H/km]. kpitet dlekovod po jedinii dužine [F/km]. dužin dlekovod [km]. roj zdtih π element. [ [ [ ] ] ] (.) Prijelzni proes prolzi kroz nulu. počinje u trenutku kd struj u grni s SF 6 prekidčem Mi ćemo koristiti vrijntu ekvivlentirnj s π elementim prem slii. Slik. Ekvivlentirnje dlekovod π elementim Vrijednosti prmetr π element rčunju se n slijedeći nčin: R π = R' l n π
L π = L' l n π C π = C' l n π. (.) Luk u SF 6 prekidču se prekid u trenutku kd struj krtkog spoj prolzi kroz nulu čime je ujedno i definirn trenutk početk prijelznog proes, tj. isključivnj prekidč. Ako neposredno u trenutku isključivnj prekidč znemrimo otpor električnog luk, ond se električno kolo prikzno n slii. može tretirti s dv odvojen kol. U lijevom kolu n kontktu prekidč je potenijl nponskog izvor frekvenije 0 Hz. U desnom osiltornom kolu, koje čine serijski vezni π elementi, dolzi do osiltornog pržnjenj zostlog potenijl n kontktu prekidč s frekvenijom red i do nekoliko hiljd Hz. Rzlik ov dv potenijl n kontktim i predstvlj tkozvni prijelzni povrtni npon PPN. Prijelzni povrtni npon može uzrokovti zog velike strmine prve osilije, ponovni prijeskokk u međukontktnom rzmku SF 6 prekidč. Dozvoljen vrijednost ngi ove strmine PPN n kontktim prekidč pri kojoj ne smije doći do ponovnog prijeskok definirn je propisim IEC 6 i IEC 6, i to z dvoprmetrsku krivu PPN 0, kv/μs, z četveroprmetrsku krivu kv/μs. U lortorijm velike snge ispituje se liski krtki spoj tko što se nprvi vještčk linij pomoću odgovrjućih prigušni, kondenztorskih terij i vodenih otpornik, prem slii. Prorčun početnih uvjet Neposredno pred početk prijelznog proes, potreno je riješiti električno kolo prikzno n slii. Slik. Prorčun početnih uvjet
U trenutku kd struj kroz SF 6 prekidč prolzi kroz nulu (td se gsi luk u SF 6 prekidču) tre prorčunti početne uvjete, tj. trenutne vrijednosti struj kroz induktivitete i npon n kondeztorim. Prorčun prijelznog povrtnog npon Kd se otvore kontkti prekidč (tj. kd se prekine električnii luk u SF 6 prekidču), td je potreno riješiti prijelznii proes ekvivlentirnog kol prikznog n slii. Slik. Ekvivlentirnjee ispitnog kol z liski krtki spoj kod prorčun prijelznog proes Rzlik npon čvorov u toku prelznog proes predstvlj prijelzni povrtni npon prekidč. Simulij s progrmom EMTP N slii. prikzn je rdn šem koj je unešen u progrm EMTP. + AC 0 /_0?vip L + mh.666e/.mh/.nf.666e/.mh/.nf.666e/.mh/.nf SW + + + + 0ms 0 PI PI PI Slik. Rdn šem koj je unešen u progrm EMTP N sliii 6, prikzni su rezultti prorčuntog PPN n kontktim prekidč z promtrni primjer prekidnj liskog krtkog spoj.
t (s) Kontkt. Kontkt. 6 x 0 PLOT SW@v@ y 0 6 0 0 0 t (ms) 0 PPN Slik 6. Rezultti prorčun prijelznog povrtnog npon n kontktim prekidč
Zdtk Primjer prorčun tokov sng Potreno je nlizirti primjer prorčun tokov sng koji se nlzi n direktoriju: C:\Progrm Files\EMTPWorks\ xmples\lod_flow\network0lfsm.ef Slik. Primjer prorčun tokov sng Rješenje Vremensk promjen smo nekih interesntnih veličin prikzno je n slijedečim slikm:
. x PLOT BUS@vn@ BUS@vn@ BUS@vn@ 0. y 0 0.. 0 0 0 0 0 0 t (ms) Slik. Nponi čvorov n sirnim 0 6 0 6 PLOT Slk@ivs@ Slk@ivs@ Slk@ivs@ 0 0 0 0 0 0 0 t (ms) Slik. Struje u grnm s nponskim izvorim
EMTP LodFlow Solution LodFlow for Design file: C:\Progrm Files\EMTPWorks\Exmples\lod_flow\network0LFSM.ef Solution dte: // Solution time: ::. Devie Type V (kvrmsll,deg) phsor P (W) Q (VAR) E (kvrmsll,deg) phsor I (A,deg) phsor +0.6E+ +0.E+0 +0.E+ +0.E+0 +0.60E+ 0.60E+ Slk Slk +0.6E+ 0.0E+ +0.E+ +0.6606E+ 0.E+ 0.60E+ +0.E+ 0.0060E+ +0.E+ +0.0E+ +0.6E+ +0.66E+0 +0.E+ 0.6E+0 +0.0E+0 +0.6E+0 +0.6E+0 +0.660E+0 +0.6066E+ +0.6E+0 SuofBUS/SM_BUS PVus +0.6E+0 0.0606E+ +0.60E+ 0.666E+0 +0.6E+0 0.0E+0 +0.6E+ 0.6E+ +0.6E+0 +0.00E+ +0.6E+0 +0.666E+ +0.6E+ +0.66E+ +0.0E+0 +0.6E+0 +0.606E+0 +0.0E+0 +0.E+ +0.666E+0 SM_BUS PVus +0.66E+0 0.6E+0 +0.0E+ +0.6E+ +0.606E+0 0.60E+0 +0.0666E+ 0.606E+0 +0.6E+0 +0.60E+ +0.606E+0 0.6E+ +0.E+ +0.660E+ +0.0E+0 +0.E+0 +0.60E+0 +0.6E+0 +0.E+ +0.E+0 SM_BUS6 PVus +0.6E+0 0.666E+0 +0.E+ +0.0E+ +0.60E+0 0.6E+0 +0.6E+ 0.E+0 +0.6E+0 +0.6E+ +0.60E+0 0.E+ +0.66E+ +0.606E+ +0.E+0 +0.0E+0 +0.66E+0 +0.E+0 +0.E+ +0.6E+0 SM_BUS PVus +0.0E+0 0.E+ +0.0E+ 0.6E+0 +0.66E+0 0.666E+0 +0.6E+ 0.6E+0 +0.E+0 +0.0E+ +0.66E+0 +0.E+ +0.6E+ +0.0E+ +0.E+0 0.0E+ +0.66E+0 +0.E+0 +0.E+ +0.E+ SM_ PVus +0.E+0 0.6E+ +0.6E+ 0.E+ +0.66E+0 0.66E+ +0.06E+ 0.6E+ +0.E+0 +0.6E+ +0.66E+0 +0.E+ +0.E+ +0.E+ Totl Genertion +0.666E+ +0.6E+ Lod PQlod +0.6E+ +0.66E+0 +0.E+ +0.0E+0 +0.E+ +0.E+0 Lod PQlod +0.666E+ 0.6666E+0 +0.E+ +0.0E+0 +0.0E+ 0.E+0 Lod PQlod +0.66E+ +0.E+ +0.E+ +0.0E+0 +0.E+ +0.E+ Lod PQlod +0.E+ +0.E+0 +0.0E+ +0.0E+ +0.E+ +0.6E+0 Lod PQlod +0.6E+ 0.E+0 +0.0E+ +0.0E+ +0.6E+ 0.606E+0 Lod PQlod +0.66E+ +0.60E+ +0.0E+ +0.0E+ +0.60E+ +0.E+ Lod PQlod +0.6E+0 +0.66E+0 +0.60E+ +0.6E+ +0.E+ +0.6E+0 Lod PQlod +0.666E+0 0.6E+0 +0.E+ +0.6E+ +0.6E+ 0.666E+0 Lod PQlod +0.6066E+0 0.E+ +0.6E+ +0.E+ +0.6E+ +0.0E+ Totl Lods Totl GenertionLods +0.0E+ +0.0E+ +0.66E+ 0.E+ Show Node Voltges Node Voltges Node Rel (V) Imginry (V) Module (V) Phse (degrees) DYg_/xfmr_A/s6 +0.66E+ 0.E+ +0.0E+ 0.E+0 0.666E+ 0.E+ +0.6E+ 0.6E+ DYg_/xfmr_A/s +0.6E+06 +0.6E+ +0.6E+06 +0.60E+0 DYg_/xfmr_B/s6 0.6660E+ 0.0E+ +0.6E+ 0.66E+ 0.E+ +0.E+ +0.6E+ +0.6E+ DYg_/xfmr_B/s 6 0.06E+ 0.E+06 +0.6E+06 0.E+0 DYg_/xfmr_C/s6 0.E+ +0.E+ +0.6E+ +0.66E+ +0.06E+ 0.6E+ +0.E+ 0.0E+ DYg_/xfmr_C/s 0.60E+06 +0.666E+06 +0.60E+06 +0.6E+ DYg_BUS6/xfmr_A/s6 0 +0.0E+ +0.60E+ +0.0E+ +0.E+0 BUS6 +0.60E+ 0.6E+ +0.6E+ 0.666E+0 DYg_BUS6/xfmr_A/s +0.E+06 +0.E+06 +0.E+06 +0.66E+0
DYg_BUS6/xfmr_B/s6 0.E+ 0.E+ +0.E+ 0.6E+0 BUS6 0.E+ +0.E+ +0.66E+ +0.6E+ DYg_BUS6/xfmr_B/s +0.6E+ 0.66E+06 +0.66E+06 0.606E+0 DYg_BUS6/xfmr_C/s6 6 0.E+ +0.E+ +0.E+ +0.0E+ BUS6 +0.66E+ +0.60E+ +0.66E+ +0.E+0 DYg_BUS6/xfmr_C/s 0.6E+06 +0.E+ +0.E+06 +0.E+ DYg_BUS/xfmr_A/s6 +0.E+ +0.6E+ +0.E+ +0.60E+0 BUS 0 0.0E+ 0.66E+ +0.E+ 0.E+ DYg_BUS/xfmr_A/s +0.E+06 +0.E+06 +0.66E+06 +0.606E+0 DYg_BUS/xfmr_B/s6 0.60E+ 0.06E+ +0.E+ 0.06E+ BUS 0.06E+ +0.E+ +0.0660E+ +0.0E+ DYg_BUS/xfmr_B/s +0.6E+ 0.6E+06 +0.6E+06 0.666E+0 DYg_BUS/xfmr_C/s6 0.6E+ +0.6E+ +0.E+ +0.6660E+ BUS 6 +0.E+ +0.6E+ +0.06E+ +0.0E+0 DYg_BUS/xfmr_C/s 0.E+06 +0.6E+ +0.66E+06 +0.66E+ YgD_BUS/xfmr_A/s6 +0.E+ +0.6E+ +0.6E+ +0.6E+0 YgD_BUS/xfmr_A/s +0.66E+06 +0.606E+06 +0.660E+06 +0.666E+0 BUS 0 +0.E+ 0.E+06 +0.0E+06 0.6E+0 YgD_BUS/xfmr_B/s6 +0.E+ 0.066E+ +0.6E+ 0.606E+0 YgD_BUS/xfmr_B/s +0.6E+ 0.60E+06 +0.E+06 0.0E+0 BUS 0.E+06 +0.6E+ +0.66E+06 +0.0E+ YgD_BUS/xfmr_C/s6 0.6E+ 0.E+ +0.60E+ 0.66E+ YgD_BUS/xfmr_C/s 0.66E+06 +0.0E+ +0.606E+06 +0.E+ BUS 6 +0.6E+06 +0.E+06 +0.6E+06 +0.6E+0 YgYgD_/xfmrA/SIG6 +0.E+06 +0.6E+06 +0.6E+06 +0.E+0 YgYgD_/xfmrA/SIG +0.0E+06 +0.6660E+ +0.6E+06 +0.E+0 YgYgD_/xfmrA/SIG +0.E+ 0.6E+ +0.6E+ 0.E+ s 0 0.6666E+ 0.6E+ +0.6E+ 0.66E+ YgYgD_/xfmrB/SIG6 0.66E+ 0.E+06 +0.6E+06 0.6E+0 YgYgD_/xfmrB/SIG 0.6E+ 0.6E+06 +0.6E+06 0.6E+0 YgYgD_/xfmrB/SIG 0.6E+ 0.E+ +0.6E+ 0.6E+ s 0.606E+ +0.6E+ +0.666E+ +0.0E+ YgYgD_/xfmrC/SIG6 0.6E+06 +0.66E+06 +0.0E+06 +0.E+ YgYgD_/xfmrC/SIG 6 0.6E+06 +0.E+06 +0.66E+06 +0.E+ YgYgD_/xfmrC/SIG 0.6E+ +0.606E+ +0.6E+ +0.6E+ s +0.6E+ 0.6E+ +0.0E+ 0.6E+ YgYgD_/xfmrA/SIG6 +0.E+06 +0.6E+06 +0.6E+06 +0.E+0 YgYgD_/xfmrA/SIG 0 +0.0E+06 +0.6660E+ +0.6E+06 +0.E+0 YgYgD_/xfmrA/SIG +0.E+ 0.6E+ +0.6E+ 0.E+ s6 0.6666E+ 0.6E+ +0.6E+ 0.66E+ YgYgD_/xfmrB/SIG6 0.66E+ 0.E+06 +0.6E+06 0.6E+0 YgYgD_/xfmrB/SIG 0.6E+ 0.6E+06 +0.6E+06 0.6E+0 YgYgD_/xfmrB/SIG 0.6E+ 0.E+ +0.6E+ 0.6E+ s6 6 0.606E+ +0.6E+ +0.666E+ +0.0E+ YgYgD_/xfmrC/SIG6 0.6E+06 +0.66E+06 +0.0E+06 +0.E+ YgYgD_/xfmrC/SIG 0.6E+06 +0.E+06 +0.66E+06 +0.E+ YgYgD_/xfmrC/SIG 0.6E+ +0.606E+ +0.6E+ +0.6E+ s6 60 +0.6E+ 0.6E+ +0.0E+ 0.6E+ YgYg_BUS/xfmr_A/s6 6 +0.66E+ +0.0E+ +0.E+ +0.6E+0 YgYg_BUS/xfmr_A/s 6 +0.6E+06 +0.E+06 +0.6E+06 +0.6E+0 YgYg_BUS/xfmr_B/s6 6 +0.0E+ 0.0E+ +0.0E+ 0.66E+0 YgYg_BUS/xfmr_B/s 6 +0.E+ 0.66E+06 +0.6E+06 0.66E+0 YgYg_BUS/xfmr_C/s6 6 0.E+ +0.6E+ +0.66E+ +0.66E+ YgYg_BUS/xfmr_C/s 66 0.6E+06 +0.6E+ +0.E+06 +0.66E+ SuofBUS/DYg_/xfmr_A/s6 6 +0.66E+ +0.6E+ +0.66E+ +0.E+ SuofBUS/BUS 6 0.E+ 0.06E+ +0.E+ 0.0606E+ SuofBUS/DYg_/xfmr_A/s 6 +0.0E+06 +0.060E+06 +0.06E+06 +0.E+0 SuofBUS/DYg_/xfmr_B/s6 0 0.E+ 0.E+ +0.E+ 0.E+ SuofBUS/BUS 0.0E+ +0.06E+ +0.E+ +0.00E+ SuofBUS/DYg_/xfmr_B/s +0.E+ 0.E+06 +0.E+06 0.E+0 SuofBUS/DYg_/xfmr_C/s6 0.6E+ +0.6E+ +0.E+ +0.0E+
SuofBUS/BUS +0.E+ +0.6E+ +0.66E+ +0.6E+0 SuofBUS/DYg_/xfmr_C/s 0.E+06 +0.66E+ +0.6E+06 +0.6E+ BUS 6 +0.0E+06 +0.6E+ +0.E+06 +0.E+0 BUS 0.E+ 0.666E+06 +0.6E+06 0.60E+0 BUS 0.6E+06 +0.6E+06 +0.6E+06 +0.E+ BUS +0.6E+06 +0.E+06 +0.60E+06 +0.606E+0 BUS 0 +0.6E+ 0.6666E+06 +0.E+06 0.66E+0 BUS 0.6E+06 +0.6E+ +0.0E+06 +0.6E+ BUS +0.0E+06 +0.6E+06 +0.6E+06 +0.E+0 BUS +0.6E+ 0.66E+06 +0.E+06 0.E+0 BUS 0.E+06 +0.0E+ +0.E+06 +0.60E+ BUS +0.E+ +0.6E+ +0.066E+ +0.66E+0 BUS 6 +0.E+ 0.E+ +0.E+ 0.6E+0 BUS 0.66E+ 0.66E+ +0.66E+ 0.E+ BUS0 +0.0E+06 +0.E+ +0.E+06 +0.E+0 BUS0 0.6E+06 0.E+06 +0.60E+06 0.0E+ BUS0 0 0.6E+06 +0.66E+06 +0.6E+06 +0.6606E+ BUS +0.66E+ +0.E+ +0.66E+ +0.6E+0 BUS +0.0660E+06 +0.E+06 +0.6E+06 +0.66E+0 BUS +0.6E+ 0.E+ +0.60E+ 0.6E+0 BUS +0.E+ 0.666E+06 +0.66E+06 0.6666E+0 BUS 0.66E+ +0.60E+0 +0.66E+ +0.60E+ BUS 6 0.6E+06 +0.6E+ +0.6E+06 +0.E+ BUS +0.6E+06 +0.0E+06 +0.6E+06 +0.66E+0 BUS +0.06E+ 0.E+06 +0.66E+06 0.066E+0 BUS 0.6E+06 +0.660E+ +0.66E+06 +0.6E+ Show Trnsmitted Power Trnsmitted Power Current Power From k To m Module (A) Phse (degrees) P (W) Q (VAR) Devie s6$ s$ s6$ BUS s$ s6$ s6$ s$ +0.66E+ +0.66E+ 0.6E+0 BUS +0.6E+ s6$ s6$ BUS s$ +0.6E+ 0.606E+0 +0.E+ +0.E+ 0.E+0 +0.E+ 0.6660E+0 +0.E+ +0.E+ +0.0E+ 0 0.06E+0 RLC:DYg_/xfmr_A/RL +0.06E+ 0.6E+0 RLC:DYg_/xfmr_A/RL +0.6E+ +0.66E+ 0 0.6E+0 RLC:DYg_/xfmr_A/RL +0.6E+ 0.E+0 RLC:DYg_/xfmr_A/RL 0 +0.60E+ +0.66E+ 0 +0.660E+ 0 BUS +0.60E+ 0.666E+0 +0.60E+ +0.6E+ 0 0.E+0 RLC:DYg_/xfmr_A/R +0.6E+ +0.E+ RLC:DYg_/xfmr_A/R +0.60E+ 0.0E+0 +0.60E+ 0.E+0 0.00E+0 RLC:DYg_/xfmr_B/RL +0.6E+ RLC:DYg_/xfmr_B/RL 0.6E+0 RLC:DYg_/xfmr_B/RL +0.66E+ RLC:DYg_/xfmr_B/RL 0
s6$ +0.660E+ 0.E+0 +0.6E+ 0.E+0 RLC:DYg_/xfmr_B/R s6$ +0.660E+ +0.E+ 0 +0.6E+ +0.E+ RLC:DYg_/xfmr_B/R s6$ 6 +0.6E+ +0.6E+ +0.0E+ 0.0606E+0 RLC:DYg_/xfmr_C/RL s6$ 6 +0.6E+ 0.666E+0 0.E+0 +0.0E+ RLC:DYg_/xfmr_C/RL s$ 6 BUS +0.60E+ +0.E+ +0.66E+ 0.E+0 RLC:DYg_/xfmr_C/RL BUS s$ 6 +0.60E+ 0.66E+0 0.E+0 +0.660E+ 0 RLC:DYg_/xfmr_C/RL s6$ 6 +0.E+ +0.6E+ +0.6E+ 0.6E+0 RLC:DYg_/xfmr_C/R s6$ 6 +0.E+ 0.E+0 +0.66E+ +0.6E+ RLC:DYg_/xfmr_C/R BUS6 s6$ +0.6E+ +0.06E+ 0 +0.66E+ 0.66E+0 RLC:DYg_BUS6/xfmr_A/RL s6$ BUS6 +0.6E+ 0.6E+0 0.E+0 +0.6E+ RLC:DYg_BUS6/xfmr_A/RL s$ BUS +0.6E+ +0.06E+ 0 +0.6666E+ +0.0660E+ RLC:DYg_BUS6/xfmr_A/RL BUS s$ +0.6E+ 0.6E+0 0.6E+0 0.6E+0 RLC:DYg_BUS6/xfmr_A/RL BUS6 s6$ +0.0E+ 0.66E+0 +0.66E+ 0.66E+0 RLC:DYg_BUS6/xfmr_B/RL s6$ BUS6 +0.0E+ +0.00E+ 0.66E+0 +0.066E+ RLC:DYg_BUS6/xfmr_B/RL s$ BUS +0.66E+ 0.66E+0 +0.6E+ +0.E+ RLC:DYg_BUS6/xfmr_B/RL BUS s$ +0.66E+ +0.00E+ 0.6E+0 0.6E+0 RLC:DYg_BUS6/xfmr_B/RL BUS6 s6$ +0.066E+ +0.6E+ +0.0E+ 0.0E+0 RLC:DYg_BUS6/xfmr_C/RL s6$ BUS6 +0.066E+ 0.E+0 0.E+0 +0.E+ RLC:DYg_BUS6/xfmr_C/RL s$ BUS +0.E+ +0.6E+ +0.6E+ +0.E+ RLC:DYg_BUS6/xfmr_C/RL BUS s$ +0.E+ 0.E+0 0.E+0 0.6666E+0 RLC:DYg_BUS6/xfmr_C/RL
BUS s6$ 0 +0.6E+ +0.E+ 0 +0.666E+ 0 0.E+0 RLC:DYg_BUS/xfmr_A/RL s6$ 0 BUS +0.6E+ 0.0606E+0 0.6E+0 +0.6E+ 0 RLC:DYg_BUS/xfmr_A/RL s$ 0 BUS +0.E+ +0.E+ 0 +0.6E+ 0.E+0 RLC:DYg_BUS/xfmr_A/RL BUS s$ 0 +0.E+ 0.0606E+0 0.E+0 +0.E+ 0 RLC:DYg_BUS/xfmr_A/RL BUS s6$ +0.66E+ 0.666E+0 +0.660E+ 0 0.6E+0 RLC:DYg_BUS/xfmr_B/RL s6$ BUS +0.66E+ +0.E+ 0.6666E+0 +0.060E+ 0 RLC:DYg_BUS/xfmr_B/RL s$ BUS +0.E+ 0.666E+0 +0.6E+ 0.666E+0 RLC:DYg_BUS/xfmr_B/RL BUS s$ +0.E+ +0.E+ 0.60E+0 +0.6E+ 0 RLC:DYg_BUS/xfmr_B/RL BUS s6$ +0.66E+ +0.6E+ +0.6E+ 0 0.66E+0 RLC:DYg_BUS/xfmr_C/RL s6$ BUS +0.66E+ 0.66E+0 0.6E+0 +0.006E+ 0 RLC:DYg_BUS/xfmr_C/RL s$ BUS +0.06E+ +0.6E+ +0.6E+ 0.E+0 RLC:DYg_BUS/xfmr_C/RL BUS s$ +0.06E+ 0.66E+0 0.E+0 +0.E+ 0 RLC:DYg_BUS/xfmr_C/RL BUS s6$ 6 +0.E+ 0.66E+0 0.60E+0 0.6E+0 RLC:YgD_BUS/xfmr_A/RL s6$ 6 BUS +0.E+ +0.6E+ 0 +0.66E+ +0.6E+ RLC:YgD_BUS/xfmr_A/RL s$ 6 BUS +0.6E+ 0.66E+0 0.66E+0 +0.606E+ 0 RLC:YgD_BUS/xfmr_A/RL BUS s$ 6 +0.6E+ +0.6E+ 0 +0.666E+ 0.66E+0 RLC:YgD_BUS/xfmr_A/RL BUS s6$ +0.6E+ +0.00E+ 0.E+0 0.6E+0 RLC:YgD_BUS/xfmr_B/RL s6$ BUS +0.6E+ 0.666E+0 +0.66E+ +0.6E+ RLC:YgD_BUS/xfmr_B/RL s$ BUS +0.06E+ +0.00E+ 0.6E+0 +0.66E+ 0 RLC:YgD_BUS/xfmr_B/RL BUS s$ +0.06E+ 0.666E+0 +0.66E+ 0.6E+0 RLC:YgD_BUS/xfmr_B/RL
BUS s6$ +0.6E+ 0.66E+0 0.6E+0 0.E+0 RLC:YgD_BUS/xfmr_C/RL s6$ BUS +0.6E+ +0.0E+ +0.660E+ +0.666E+ RLC:YgD_BUS/xfmr_C/RL s$ BUS +0.66E+ 0.66E+0 0.E+0 +0.0E+ 0 RLC:YgD_BUS/xfmr_C/RL BUS s$ +0.66E+ +0.0E+ +0.66E+ 0.6606E+0 RLC:YgD_BUS/xfmr_C/RL BUS0 SIG6$ +0.66E+ 0.60E+0 0.E+0 0.6E+0 RLC:YgYgD_/xfmrA/RL SIG6$ BUS0 +0.66E+ +0.66E+ +0.6E+ +0.66E+ RLC:YgYgD_/xfmrA/RL SIG$ BUS +0.6E+ 0.6E+0 0.E+0 0.66E+0 RLC:YgYgD_/xfmrA/RL BUS SIG$ +0.6E+ +0.66E+ +0.6E+ +0.6E+ RLC:YgYgD_/xfmrA/RL SIG$ s +0.E+ +0.0E+ 0.66E+0 0.E+0 RLC:YgYgD_/xfmrA/RL s SIG$ +0.E+ 0.E+0 +0.66E+ +0.6E+ RLC:YgYgD_/xfmrA/RL SIG6$ +0.6E+ +0.E+ 0 +0.6E+ 06 +0.E+ RLC:YgYgD_/xfmrA/Rmg SIG6$ +0.6E+ 0.6E+0 +0.E+ +0.E+ RLC:YgYgD_/xfmrA/Rmg BUS0 SIG6$ +0.66E+ +0.66E+ 0 0.66E+0 0.6E+0 RLC:YgYgD_/xfmrB/RL SIG6$ BUS0 +0.66E+ 0.E+0 +0.0E+ +0.6E+ RLC:YgYgD_/xfmrB/RL SIG$ BUS +0.66E+ +0.666E+ 0 0.E+0 0.606E+0 RLC:YgYgD_/xfmrB/RL BUS SIG$ +0.66E+ 0.E+0 +0.0E+ +0.6E+ RLC:YgYgD_/xfmrB/RL SIG$ s +0.E+ 0.06E+0 0.E+0 0.6E+0 RLC:YgYgD_/xfmrB/RL s SIG$ +0.E+ +0.06E+ +0.6E+ +0.66E+ RLC:YgYgD_/xfmrB/RL SIG6$ +0.E+ 0.6E+0 +0.6E+ 06 0.60E RLC:YgYgD_/xfmrB/Rmg SIG6$ +0.E+ +0.E+ 0 +0.E+ +0.E+ RLC:YgYgD_/xfmrB/Rmg BUS0 SIG6$ 0 +0.6666E+ 0.6E+0 0.E+0 0.60E+0 RLC:YgYgD_/xfmrC/RL
SIG6$ 0 BUS0 +0.6666E+ +0.66E+ +0.E+ +0.E+ RLC:YgYgD_/xfmrC/RL SIG$ 0 BUS +0.0E+ 0.E+0 0.66E+0 0.66E+0 RLC:YgYgD_/xfmrC/RL BUS SIG$ 0 +0.0E+ +0.60660E+ +0.66E+ +0.66E+ RLC:YgYgD_/xfmrC/RL SIG$ 0 s +0.E+ 0.E+0 0.E+0 0.E+0 RLC:YgYgD_/xfmrC/RL s SIG$ 0 +0.E+ +0.660E+ 0 +0.E+ +0.0E+ RLC:YgYgD_/xfmrC/RL SIG6$ 0 +0.E+ +0.E+ +0.6E+ 06 +0.E 0 RLC:YgYgD_/xfmrC/Rmg SIG6$ 0 +0.E+ 0.66E+0 +0.E+ +0.E+ RLC:YgYgD_/xfmrC/Rmg BUS0 SIG6$ +0.66E+ 0.60E+0 0.E+0 0.6E+0 RLC:YgYgD_/xfmrA/RL SIG6$ BUS0 +0.66E+ +0.66E+ +0.6E+ +0.66E+ RLC:YgYgD_/xfmrA/RL SIG$ BUS +0.6E+ 0.6E+0 0.E+0 0.66E+0 RLC:YgYgD_/xfmrA/RL BUS SIG$ +0.6E+ +0.66E+ +0.6E+ +0.6E+ RLC:YgYgD_/xfmrA/RL SIG$ s6 +0.E+ +0.0E+ 0.66E+0 0.E+0 RLC:YgYgD_/xfmrA/RL s6 SIG$ +0.E+ 0.E+0 +0.66E+ +0.6E+ RLC:YgYgD_/xfmrA/RL SIG6$ +0.6E+ +0.E+ 0 +0.6E+ 06 +0.E+ RLC:YgYgD_/xfmrA/Rmg SIG6$ +0.6E+ 0.6E+0 +0.E+ +0.E+ RLC:YgYgD_/xfmrA/Rmg BUS0 SIG6$ +0.66E+ +0.66E+ 0 0.66E+0 0.6E+0 RLC:YgYgD_/xfmrB/RL SIG6$ BUS0 +0.66E+ 0.E+0 +0.0E+ +0.6E+ RLC:YgYgD_/xfmrB/RL SIG$ BUS +0.66E+ +0.666E+ 0 0.E+0 0.606E+0 RLC:YgYgD_/xfmrB/RL BUS SIG$ +0.66E+ 0.E+0 +0.0E+ +0.6E+ RLC:YgYgD_/xfmrB/RL SIG$ s6 +0.E+ 0.06E+0 0.E+0 0.6E+0 RLC:YgYgD_/xfmrB/RL s6 SIG$ +0.E+ +0.06E+ +0.6E+ +0.66E+ RLC:YgYgD_/xfmrB/RL SIG6$ +0.E+ +0.6E+ 0.60E RLC:YgYgD_/xfmrB/Rmg
0.6E+0 06 SIG6$ +0.E+ +0.E+ 0 +0.E+ +0.E+ RLC:YgYgD_/xfmrB/Rmg BUS0 SIG6$ 6 +0.6666E+ 0.6E+0 0.E+0 0.60E+0 RLC:YgYgD_/xfmrC/RL SIG6$ 6 BUS0 +0.6666E+ +0.66E+ +0.E+ +0.E+ RLC:YgYgD_/xfmrC/RL SIG$ 6 BUS +0.0E+ 0.E+0 0.66E+0 0.66E+0 RLC:YgYgD_/xfmrC/RL BUS SIG$ 6 +0.0E+ +0.60660E+ +0.66E+ +0.66E+ RLC:YgYgD_/xfmrC/RL SIG$ 6 s6 +0.E+ 0.E+0 0.E+0 0.E+0 RLC:YgYgD_/xfmrC/RL s6 SIG$ 6 +0.E+ +0.660E+ 0 +0.E+ +0.0E+ RLC:YgYgD_/xfmrC/RL SIG6$ 6 +0.E+ +0.E+ +0.6E+ 06 +0.E+ RLC:YgYgD_/xfmrC/Rmg SIG6$ 6 +0.E+ 0.66E+0 +0.E+ +0.E+ RLC:YgYgD_/xfmrC/Rmg BUS s6$ +0.E+ +0.666E+ 0 +0.E+ +0.66E+ 0 RLC:YgYg_BUS/xfmr_A/RL s6$ BUS +0.E+ 0.E+0 0.E+0 0.66E+0 RLC:YgYg_BUS/xfmr_A/RL s$ BUS +0.E+ +0.666E+ 0 +0.E+ +0.66E+ 0 RLC:YgYg_BUS/xfmr_A/RL BUS s$ +0.E+ 0.E+0 0.6E+0 0.6E+0 RLC:YgYg_BUS/xfmr_A/RL BUS s6$ +0.0666E+ 0.606E+0 +0.06E+ +0.E+ RLC:YgYg_BUS/xfmr_B/RL s6$ BUS +0.0666E+ +0.06E+ 0.6E+0 0.606E+0 RLC:YgYg_BUS/xfmr_B/RL s$ BUS +0.66E+ 0.606E+0 +0.6E+ +0.606E+ 0 RLC:YgYg_BUS/xfmr_B/RL BUS s$ +0.66E+ +0.06E+ 0.E+0 0.6E+0 RLC:YgYg_BUS/xfmr_B/RL BUS s6$ +0.E+ +0.660E+ +0.6E+ +0.6E+ 0 RLC:YgYg_BUS/xfmr_C/RL s6$ BUS +0.E+ 0.6E+0 0.6E+0 0.E+0 RLC:YgYg_BUS/xfmr_C/RL s$ BUS +0.6E+ +0.660E+ +0.6E+ +0.E+ 0 RLC:YgYg_BUS/xfmr_C/RL BUS s$ +0.6E+ 0.6E+0 0.60E+0 0.6E+0 RLC:YgYg_BUS/xfmr_C/RL
BUS $ s6$ +0.6E+ +0.E+ 0 +0.660E+ 0.606066E+0 RLC:SuofBUS/DYg_/xfmr_A/ RL s6$ BUS $ +0.6E+ 0.0E+0 0.6E+0 +0.6E+ RLC:SuofBUS/DYg_/xfmr_A/ RL s$ BUS +0.60E+ +0.E+ 0 +0.66E+ 0.E+0 RLC:SuofBUS/DYg_/xfmr_A/ RL BUS s$ +0.60E+ 0.0E+0 0.666E+0 +0.06E+ 0 RLC:SuofBUS/DYg_/xfmr_A/ RL BUS $ s6$ +0.60E+ 0.E+0 +0.60E+ 0.6E+0 RLC:SuofBUS/DYg_/xfmr_B/ RL s6$ BUS $ +0.60E+ +0.0606E+ 0.66E+0 +0.6E+ RLC:SuofBUS/DYg_/xfmr_B/ RL s$ BUS +0.6066E+ 0.E+0 +0.E+ 0.66E+0 RLC:SuofBUS/DYg_/xfmr_B/ RL BUS s$ +0.6066E+ +0.0606E+ 0.E+0 +0.66660E+ 0 RLC:SuofBUS/DYg_/xfmr_B/ RL BUS $ s6$ +0.E+ +0.6666E+ +0.66E+ 0.6E+0 RLC:SuofBUS/DYg_/xfmr_C/ RL s6$ BUS $ +0.E+ 0.E+0 0.066E+0 +0.E+ RLC:SuofBUS/DYg_/xfmr_C/ RL s$ BUS +0.6E+ +0.6666E+ +0.66E+ 0.E+0 RLC:SuofBUS/DYg_/xfmr_C/ RL BUS s$ +0.6E+ 0.E+0 0.E+0 +0.6E+ 0 RLC:SuofBUS/DYg_/xfmr_C/ RL BUS +0.6E+ +0.E+ +0.E+ 0.06E+0 RLC:C BUS +0.6E+ 0.66E+0 +0.E+ +0.E+ RLC:C BUS +0.E+ 0.60E+0 +0.66E 0.E+0 RLC:C BUS +0.E+ +0.6E+ +0.E+ +0.E+ RLC:C BUS +0.E+ 0.E+0 +0.E+ 0.E+0 RLC:C BUS +0.E+ +0.E+ 0 +0.E+ +0.E+ RLC:C s +0.E+ +0.6E+ 0 +0.E+ 0.60E+0 RLC:C s +0.E+ 0.6E+0 +0.E+ +0.E+ RLC:C
s +0.E+ 0.66E+0 +0.E 0.E+0 RLC:C s +0.E+ +0.6E+ +0.E+ +0.E+ RLC:C s +0.6E+ 0.060E+0 +0.E+ 0.6E+0 RLC:C s +0.6E+ +0.E+ 0 +0.E+ +0.E+ RLC:C s6 +0.E+ +0.6E+ 0 +0.E+ 0.60E+0 RLC:C s6 +0.E+ 0.6E+0 +0.E+ +0.E+ RLC:C s6 +0.E+ 0.66E+0 +0.E+ 0.E+0 RLC:C s6 +0.E+ +0.6E+ +0.E+ +0.E+ RLC:C s6 +0.6E+ 0.060E+0 0.E 0.6E+0 RLC:C s6 +0.6E+ +0.E+ 0 +0.E+ +0.E+ RLC:C BUS +0.E+ +0.66E+ +0.E+ 0.E+0 RLC:C BUS +0.E+ 0.E+0 +0.E+ +0.E+ RLC:C BUS +0.6E+ +0.0E+ +0.6E 0.6E+0 RLC:C BUS +0.6E+ 0.06600E+0 +0.E+ +0.E+ RLC:C BUS +0.E+ 0.6E+0 +0.66E 0.66E+0 RLC:C BUS +0.E+ +0.66E+ 0 +0.E+ +0.E+ RLC:C BUS BUS +0.E+ +0.666E+ 0 +0.6E+ 0.06E+0 6 CPline:TLM_0mi BUS BUS +0.6E+ 0.6E+0 0.66E+0 0.6E+0 6 CPline:TLM_0mi BUS BUS +0.E+ 0.6E+0 +0.E+ +0.6E+ CPline:TLM_0mi BUS BUS +0.6E+ +0.E+ 0.0E+0 0.E+0 CPline:TLM_0mi BUS BUS +0.0E+ +0.6E+ +0.60E+ 0.6666E+0 CPline:TLM_0mi BUS BUS +0.E+ 0.60E+0 0.6E+0 0.0E+0 CPline:TLM_0mi
6 BUS BUS BUS BUS BUS BUS BUS BUS BUS +0.66E+ BUS +0.666E+ +0.6666E+ 0.6E+0 BUS +0.6E+ +0.66E+ BUS +0.66E+ BUS BUS +0.6E+ +0.E+ 0 BUS BUS +0.6E+ 0.66E+0 BUS BUS +0.6E+ 0.6E+0 BUS BUS +0.6E+ BUS BUS +0.E+ BUS BUS +0.6E+ BUS BUS +0.6E+ +0.66E+ +0.06E+ +0.666E+ CPline:TLM_mi 0 0.E+0 0.6E+0 0.E+0 CPline:TLM_mi +0.666E+ +0.E+ CPline:TLM_mi +0.66E+ 0.6E+0 0.6E+0 CPline:TLM_mi 0 +0.666E+ +0.66E+ +0.0E+ CPline:TLM_mi 0.E+0 0.0E+0 0.E+0 CPline:TLM_mi +0.06E+ +0.6666E+ CPline:TLM_60mi 0.E+0 0.666E+0 CPline:TLM_60mi +0.0666E+ +0.6E+ CPline:TLM_60mi +0.66E+ 0.E+0 0.6E+0 CPline:TLM_60mi +0.6E+ +0.0E+ +0.E+ CPline:TLM_60mi 0.60E+0 0.E+0 0.0E+0 CPline:TLM_60mi +0.E+ +0.0E+ 0 0.66E+0 CPline:TLM_0mi BUS BUS +0.066E+ +0.66E+ 0.E+0 0.6E+0 CPline:TLM_0mi BUS BUS +0.6E+ +0.6E+ 0.6060E+0 0.66E+0 CPline:TLM_0mi BUS BUS +0.6E+ BUS BUS +0.E+ +0.E+ BUS BUS +0.E+ 0.60E+0 BUS BUS +0.6E+ 0.E+0 +0.60E+ +0.6E+ +0.E+ CPline:TLM_0mi 0.6060E+0 CPline:TLM_0mi +0.0E+ 0.6E+0 CPline:TLM_0mi +0.666E+ +0.0E+ 0 0.6E+0 CPline:TLM_0mi BUS BUS +0.6E+ +0.606E+ 0.E+0 0.666E+0 CPline:TLM_0mi BUS BUS +0.6E+ +0.66E+ 0.66E+0 0.6E+0 CPline:TLM_0mi BUS BUS +0.E+ BUS BUS +0.E+ +0.6E+ 0 0.6066E+0 +0.E+ CPline:TLM_0mi +0.66E+ +0.6E+ 0.E+0 CPline:TLM_0mi
BUS BUS +0.E+ 0.666E+0 BUS BUS +0.E+ +0.E+ 0.E+0 CPline:TLM_0mi +0.6606E+ +0.E+ 0 0.E+0 CPline:TLM_0mi BUS BUS +0.0E+ +0.E+ 0.E+0 0.E+0 CPline:TLM_0mi 0 BUS BUS +0.6E+ +0.66E+ 0.0E+0 0.6E+0 CPline:TLM_0mi BUS BUS +0.E+ +0.6E+ 0 BUS BUS +0.606E+ 0.6E+0 BUS BUS +0.6E+ 0.E+0 BUS BUS +0.E+ 0.E+0 +0.E+ +0.0E+ CPline:TLM_0mi 0 0.E+0 CPline:TLM_0mi +0.6E+ 0.6E+0 CPline:TLM_0mi 0 +0.6606E+ +0.E+ 0.E+0 CPline:TLM_0mi 0 BUS BUS +0.0E+ +0.E+ 0.E+0 0.E+0 CPline:TLM_0mi 0 BUS BUS +0.6E+ +0.66E+ 0.0E+0 0.6E+0 CPline:TLM_0mi BUS BUS +0.E+ +0.6E+ 0 BUS BUS +0.606E+ 0.6E+0 BUS BUS +0.6E+ 0.E+0 s6$ s6$ s6$ 6 SIG6$ s6$ s6$ s6$ 6 SIG6$ +0.E+ 0.60E+0 +0.E+ +0.660E+ +0.660E+ +0.E+ +0.E+ +0.6E+ 0.E+0 +0.E+ +0.0E+ CPline:TLM_0mi 0 0.E+0 CPline:TLM_0mi +0.6E+ 0.6E+0 CPline:TLM_0mi 0 +0.E+ +0.66E+ Nonliner indutne:dyg_/xfmr_a/lmg 0.E+0 +0.6E+ Nonliner indutne:dyg_/xfmr_a/lmg +0.E+ +0.E+ +0.6E+ Nonliner indutne:dyg_/xfmr_b/lmg +0.6E+ Nonliner 0.E+0 0.E+0 indutne:dyg_/xfmr_b/lmg +0.66E+ +0.6E+ +0.6E+ Nonliner 0 indutne:dyg_/xfmr_c/lmg +0.66E+ Nonliner 0.E+0 0.6E+0 indutne:dyg_/xfmr_c/lmg +0.6E+ 0.66E+0 +0.6E+ 0.6E +0.6E+ Nonliner 06 indutne:ygygd_/xfmra/lmg +0.E+ +0.E+ +0.E+ Nonliner indutne:ygygd_/xfmra/lmg SIG6$ +0.E+ +0.E+ +0.E+ +0.6E+ Nonliner
06 indutne:ygygd_/xfmrb/lmg SIG6$ +0.E+ 0.6E+0 +0.E+ +0.E+ Nonliner indutne:ygygd_/xfmrb/lmg SIG6$ 0 +0.E+ +0.E+ 0 +0.E+ +0.6E+ 06 Nonliner indutne:ygygd_/xfmrc/lm g SIG6$ 0 +0.E+ 0.6E+0 +0.E+ +0.E+ Nonliner indutne:ygygd_/xfmrc/lm g SIG6$ +0.6E+ 0.66E+0 0.6E +0.6E+ 06 Nonliner indutne:ygygd_/xfmra/lmg SIG6$ +0.6E+ +0.E+ +0.E+ +0.E+ Nonliner indutne:ygygd_/xfmra/lmg SIG6$ +0.E+ +0.E+ +0.E+ +0.6E+ 06 Nonliner indutne:ygygd_/xfmrb/lmg SIG6$ +0.E+ 0.6E+0 +0.E+ +0.E+ Nonliner indutne:ygygd_/xfmrb/lmg SIG6$ 6 +0.E+ +0.E+ 0 +0.E+ +0.6E+ 06 Nonliner indutne:ygygd_/xfmrc/lm g SIG6$ 6 +0.E+ 0.6E+0 +0.E+ +0.E+ Nonliner indutne:ygygd_/xfmrc/lm g s$ +0.6E+ 0.606E+0 0.66E+0 +0.6E+ 0 unit:dyg_/xfmr_a/tygyg s6$ +0.6E+ +0.6E+ 0 +0.06E+ 0.66E+0 unit:dyg_/xfmr_a/tygyg s$ +0.60E+ +0.6E+ 0 0.60E+0 +0.6E+ 0 unit:dyg_/xfmr_b/tygyg s6$ +0.E+ 0.666E+0 +0.6E+ 0.6E+0 unit:dyg_/xfmr_b/tygyg s$ 6 +0.60E+ 0.66E+0 0.66E+0 +0.E+ 0 unit:dyg_/xfmr_c/tygyg s6$ 6 +0.6E+ +0.E+ +0.6E+ 0.6E+0 unit:dyg_/xfmr_c/tygyg s$ +0.6E+ 0.6E+0 0.6666E+0 0.0660E+0 unit:dyg_bus6/xfmr_a/tygyg s6$ BUS6 +0.6E+ +0.06E+ 0 +0.6E+ 0 +0.E+ unit:dyg_bus6/xfmr_a/tygyg s$ +0.66E+ +0.00E+ 0.6E+0 0.E+0 unit:dyg_bus6/xfmr_b/tygyg s6$ BUS6 +0.0E+ 0.66E+0 +0.66E+ 0 +0.6E+ unit:dyg_bus6/xfmr_b/tygyg s$ +0.E+ 0.E+0 0.6E+0 0.E+0 unit:dyg_bus6/xfmr_c/tygyg
s6$ BUS6 +0.066E+ +0.6E+ +0.66E+ 0 +0.66E+ unit:dyg_bus6/xfmr_c/tygyg s$ 0 +0.E+ 0.0606E+0 0.6E+0 +0.E+ 0 unit:dyg_bus/xfmr_a/tygyg s6$ 0 BUS +0.6E+ +0.E+ 0 +0.66E+ 0.6E+0 unit:dyg_bus/xfmr_a/tygyg s$ +0.E+ +0.E+ 0.6E+0 +0.666E+ 0 unit:dyg_bus/xfmr_b/tygyg s6$ BUS +0.66E+ 0.666E+0 +0.0E+ 0.6066E+0 unit:dyg_bus/xfmr_b/tygyg s$ +0.06E+ 0.66E+0 0.6E+0 +0.E+ 0 unit:dyg_bus/xfmr_c/tygyg s6$ BUS +0.66E+ +0.6E+ +0.6E+ 0.E+0 unit:dyg_bus/xfmr_c/tygyg s$ 6 BUS +0.6E+ +0.6E+ 0 +0.66E+ +0.6E+ unit:ygd_bus/xfmr_a/tygyg s6$ 6 +0.E+ 0.66E+0 0.E+0 0.E+0 unit:ygd_bus/xfmr_a/tygyg s$ BUS +0.06E+ 0.666E+0 +0.66E+ +0.6E+ unit:ygd_bus/xfmr_b/tygyg s6$ +0.6E+ +0.00E+ 0.E+0 0.0E+0 unit:ygd_bus/xfmr_b/tygyg s$ BUS +0.66E+ +0.0E+ +0.660E+ +0.666E+ unit:ygd_bus/xfmr_c/tygyg s6$ +0.6E+ 0.66E+0 0.E+0 0.66E+0 unit:ygd_bus/xfmr_c/tygyg SIG$ +0.6E+ +0.666E+ +0.E+ +0.66E+ unit:ygygd_/xfmra/tr0_ SIG6$ +0.6E+ 0.6E+0 0.0E+0 0.6E+0 unit:ygygd_/xfmra/tr0_ SIG$ s +0.E+ 0.E+0 0.E+0 +0.6E+ unit:ygygd_/xfmra/tr0_ SIG6$ +0.E+ +0.0E+ +0.066E+ 0.6660E+0 unit:ygygd_/xfmra/tr0_ SIG$ +0.66E+ 0.E+0 +0.E+ +0.606E+ unit:ygygd_/xfmrb/tr0_ SIG6$ +0.66E+ +0.666E+ 0 0.6E+0 0.E+0 unit:ygygd_/xfmrb/tr0_ SIG$ s +0.E+ +0.06E+ +0.E+ +0.6E+ unit:ygygd_/xfmrb/tr0_ SIG6$ +0.E+ 0.06E+0 0.00606E+0 0.6E+0 unit:ygygd_/xfmrb/tr0_
SIG$ 0 +0.0E+ +0.60660E+ +0.66E+ +0.66E+ unit:ygygd_/xfmrc/tr0_ SIG6$ 0 +0.6606E+ 0.E+0 0.6E+0 0.E+0 unit:ygygd_/xfmrc/tr0_ SIG$ 0 s +0.E+ +0.660E+ 0 0.60E+0 +0.60E+ unit:ygygd_/xfmrc/tr0_ SIG6$ 0 +0.E+ 0.E+0 +0.66E+ 0.66E+0 unit:ygygd_/xfmrc/tr0_ SIG$ +0.6E+ +0.666E+ +0.E+ +0.66E+ unit:ygygd_/xfmra/tr0_ SIG6$ +0.6E+ 0.6E+0 0.0E+0 0.6E+0 unit:ygygd_/xfmra/tr0_ SIG$ s6 +0.E+ 0.E+0 0.E+0 +0.6E+ unit:ygygd_/xfmra/tr0_ SIG6$ +0.E+ +0.0E+ +0.066E+ 0.6660E+0 unit:ygygd_/xfmra/tr0_ SIG$ +0.66E+ 0.E+0 +0.E+ +0.606E+ unit:ygygd_/xfmrb/tr0_ SIG6$ +0.66E+ +0.666E+ 0 0.6E+0 0.E+0 unit:ygygd_/xfmrb/tr0_ SIG$ s6 +0.E+ +0.06E+ +0.E+ +0.6E+ unit:ygygd_/xfmrb/tr0_ SIG6$ +0.E+ 0.06E+0 0.00606E+0 0.6E+0 unit:ygygd_/xfmrb/tr0_ SIG$ 6 +0.0E+ +0.60660E+ +0.66E+ +0.66E+ unit:ygygd_/xfmrc/tr0_ SIG6$ 6 +0.6606E+ 0.E+0 0.6E+0 0.E+0 unit:ygygd_/xfmrc/tr0_ SIG$ 6 s6 +0.E+ +0.660E+ 0 0.60E+0 +0.60E+ unit:ygygd_/xfmrc/tr0_ SIG6$ 6 +0.E+ 0.E+0 +0.66E+ 0.66E+0 unit:ygygd_/xfmrc/tr0_ s$ +0.E+ 0.E+0 0.E+0 0.66E+0 unit:ygyg_bus/xfmr_a/tygyg s6$ +0.E+ +0.666E+ 0 +0.0E+ +0.E+ unit:ygyg_bus/xfmr_a/tygyg s$ +0.66E+ +0.06E+ 0.6E+0 0.606E+0 unit:ygyg_bus/xfmr_b/tygyg s6$ +0.0666E+ 0.606E+0 +0.E+ +0.E+ unit:ygyg_bus/xfmr_b/tygyg s$ +0.6E+ 0.6E+0 0.6E+0 0.E+0 unit:ygyg_bus/xfmr_c/tygyg
s6$ +0.E+ +0.660E+ +0.0E+ +0.0E+ unit:ygyg_bus/xfmr_c/tygyg s$ s6$ s$ s6$ s$ s6$ BUS $ BUS $ BUS $ +0.60E+ 0.0E+0 +0.6E+ +0.6066E+ +0.E+ 0.66E+0 unit:suofbus/dyg_/xfmr_a/t 0 ygyg +0.E+ +0.E+ 0.66E+0 unit:suofbus/dyg_/xfmr_a/t 0 ygyg +0.0606E+ +0.60E+ 0.E+0 +0.6E+ 0.E+0 +0.E+ 0.E+0 +0.6E+ +0.66E+ 0 0.660E+0 unit:suofbus/dyg_/xfmr_b/t ygyg unit:suofbus/dyg_/xfmr_b/t ygyg +0.E+ 0.66E+0 unit:suofbus/dyg_/xfmr_c/t 0 ygyg +0.6666E+ +0.E+ 0.6E+0 unit:suofbus/dyg_/xfmr_c/t ygyg Show Generted Power Losses +0.66E+ 0.E+0 Generted Power Current Power From k To m Module (A) Phse (degrees) P (W) Q (VAR) Model Totl +0.E+ +0.E+ Power lne P=0.E0 Q=0.E0