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Defines | |
| #define | CASE_ID "CASE_ID" |
| #define | CASE_SBASE "CASE_SBASE" |
| #define | BUS_NUMBER "BUS_NUMBER" |
| #define | BUS_NAME "BUS_NAME" |
| #define | NEW_BUS_TYPE "NEW_BUS_TYPE" |
| #define | BUS_BASEKV "BUS_BASEKV" |
| #define | BUS_TYPE "BUS_TYPE" |
| #define | BUS_AREA "BUS_AREA" |
| #define | BUS_ZONE "BUS_ZONE" |
| #define | BUS_VOLTAGE_MAG "BUS_VOLTAGE_MAG" |
| #define | BUS_VOLTAGE_ANG "BUS_VOLTAGE_ANG" |
| #define | BUS_VOLTAGE_MAX "BUS_VOLTAGE_MAX" |
| #define | BUS_VOLTAGE_MIN "BUS_VOLTAGE_MIN" |
| #define | BUS_OWNER "BUS_OWNER" |
| #define | BUS_3WINDING "BUS_3WINDING" |
| #define | SHUNT_NUMBER "SHUNT_NUMBER" |
| #define | SHUNT_ID "SHUNT_ID" |
| #define | SHUNT_STATUS "SHUNT_STATUS" |
| #define | BUS_SHUNT_GL "BUS_SHUNT_GL" |
| #define | BUS_SHUNT_BL "BUS_SHUNT_BL" |
| #define | LOAD_NUMBER "LOAD_NUMBER" |
| #define | LOAD_BUSNUMBER "LOAD_BUSNUMBER" |
| #define | LOAD_ID "LOAD_ID" |
| #define | LOAD_STATUS "LOAD_STATUS" |
| #define | LOAD_AREA "LOAD_AREA" |
| #define | LOAD_ZONE "LOAD_ZONE" |
| #define | LOAD_PL "LOAD_PL" |
| #define | LOAD_QL "LOAD_QL" |
| #define | LOAD_IP "LOAD_IP" |
| #define | LOAD_IQ "LOAD_IQ" |
| #define | LOAD_YP "LOAD_YP" |
| #define | LOAD_YQ "LOAD_YQ" |
| #define | LOAD_OWNER "LOAD_OWNER" |
| #define | LOAD_SCALE "LOAD_SCALE" |
| #define | LOAD_INTRPT "LOAD_INTRPT" |
| #define | LOAD_MODEL "LOAD_MODEL" |
| #define | LOAD_IT "LOAD_IT" |
| #define | LOAD_RA "LOAD_RA" |
| #define | LOAD_XA "LOAD_XA" |
| #define | LOAD_XM "LOAD_XM" |
| #define | LOAD_R1 "LOAD_R1" |
| #define | LOAD_X1 "LOAD_X1" |
| #define | LOAD_R2 "LOAD_R2" |
| #define | LOAD_X2 "LOAD_X2" |
| #define | LOAD_E1 "LOAD_E1" |
| #define | LOAD_SE1 "LOAD_SE1" |
| #define | LOAD_E2 "LOAD_E2" |
| #define | LOAD_SE2 "LOAD_SE2" |
| #define | LOAD_MBASE "LOAD_MBASE" |
| #define | LOAD_PMULT "LOAD_PMULT" |
| #define | LOAD_H "LOAD_H" |
| #define | LOAD_VI "LOAD_VI" |
| #define | LOAD_TI "LOAD_TI" |
| #define | LOAD_TB "LOAD_TB" |
| #define | LOAD_A "LOAD_A" |
| #define | LOAD_B "LOAD_B" |
| #define | LOAD_D "LOAD_D" |
| #define | LOAD_E "LOAD_E" |
| #define | LOAD_C0 "LOAD_C0" |
| #define | LOAD_TNOM "LOAD_TNOM" |
| #define | LOAD_TSTALL "LOAD_TSTALL" |
| #define | LOAD_TRESTART "LOAD_TRESTART" |
| #define | LOAD_TV "LOAD_TV" |
| #define | LOAD_TF "LOAD_TF" |
| #define | LOAD_COMPLF "LOAD_COMPLF" |
| #define | LOAD_COMPPF "LOAD_COMPPF" |
| #define | LOAD_VSTALL "LOAD_VSTALL" |
| #define | LOAD_RSTALL "LOAD_RSTALL" |
| #define | LOAD_XSTALL "LOAD_XSTALL" |
| #define | LOAD_LFADJ "LOAD_LFADJ" |
| #define | LOAD_KP1 "LOAD_KP1" |
| #define | LOAD_NP1 "LOAD_NP1" |
| #define | LOAD_KQ1 "LOAD_KQ1" |
| #define | LOAD_NQ1 "LOAD_NQ1" |
| #define | LOAD_KP2 "LOAD_KP2" |
| #define | LOAD_NP2 "LOAD_NP2" |
| #define | LOAD_KQ2 "LOAD_KQ2" |
| #define | LOAD_NQ2 "LOAD_NQ2" |
| #define | LOAD_VBRK "LOAD_VBRK" |
| #define | LOAD_FRST "LOAD_FRST" |
| #define | LOAD_VRST "LOAD_VRST" |
| #define | LOAD_CMPKPF "LOAD_CMPKPF" |
| #define | LOAD_CMPKQF "LOAD_CMPKQF" |
| #define | LOAD_VC1OFF "LOAD_VC1OFF" |
| #define | LOAD_VC2OFF "LOAD_VC2OFF" |
| #define | LOAD_VC1ON "LOAD_VC1ON" |
| #define | LOAD_VC2ON "LOAD_VC2ON" |
| #define | LOAD_TTH "LOAD_TTH" |
| #define | LOAD_TH1T "LOAD_TH1T" |
| #define | LOAD_TH2T "LOAD_TH2T" |
| #define | LOAD_FUVR "LOAD_FUVR" |
| #define | LOAD_UVTR1 "LOAD_UVTR1" |
| #define | LOAD_TTR1 "LOAD_TTR1" |
| #define | LOAD_UVTR2 "LOAD_UVTR2" |
| #define | LOAD_TTR2 "LOAD_TTR2" |
| #define | LOAD_A1 "LOAD_A1" |
| #define | LOAD_A2 "LOAD_A2" |
| #define | LOAD_A3 "LOAD_A3" |
| #define | LOAD_A4 "LOAD_A4" |
| #define | LOAD_A5 "LOAD_A5" |
| #define | LOAD_A6 "LOAD_A6" |
| #define | LOAD_A7 "LOAD_A7" |
| #define | LOAD_A8 "LOAD_A8" |
| #define | LOAD_N1 "LOAD_N1" |
| #define | LOAD_N2 "LOAD_N2" |
| #define | LOAD_N3 "LOAD_N3" |
| #define | LOAD_N4 "LOAD_N4" |
| #define | LOAD_N5 "LOAD_N5" |
| #define | LOAD_N6 "LOAD_N6" |
| #define | LOAD_MVA "LOAD_MVA" |
| #define | LOAD_BSS "LOAD_BSS" |
| #define | LOAD_RFDR "LOAD_RFDR" |
| #define | LOAD_XFDR "LOAD_XFDR" |
| #define | LOAD_FB "LOAD_FB" |
| #define | LOAD_XXF "LOAD_XXF" |
| #define | LOAD_TFIXHS "LOAD_TFIXHS" |
| #define | LOAD_TFIXLS "LOAD_TFIXLS" |
| #define | LOAD_LTC "LOAD_LTC" |
| #define | LOAD_TMIN "LOAD_TMIN" |
| #define | LOAD_TMAX "LOAD_TMAX" |
| #define | LOAD_STEP "LOAD_STEP" |
| #define | LOAD_VMIN "LOAD_VMIN" |
| #define | LOAD_VMAX "LOAD_VMAX" |
| #define | LOAD_TDEL "LOAD_TDEL" |
| #define | LOAD_TTAP "LOAD_TTAP" |
| #define | LOAD_RCOMP "LOAD_RCOMP" |
| #define | LOAD_XCOMP "LOAD_XCOMP" |
| #define | LOAD_FMA "LOAD_FMA" |
| #define | LOAD_FMB "LOAD_FMB" |
| #define | LOAD_FMC "LOAD_FMC" |
| #define | LOAD_FMD "LOAD_FMD" |
| #define | LOAD_FEL "LOAD_FEL" |
| #define | LOAD_PFEL "LOAD_PFEL" |
| #define | LOAD_VD1 "LOAD_VD1" |
| #define | LOAD_VD2 "LOAD_VD2" |
| #define | LOAD_FRCEL "LOAD_FRCEL" |
| #define | LOAD_PFS "LOAD_PFS" |
| #define | LOAD_P1E "LOAD_P1E" |
| #define | LOAD_P1C "LOAD_P1C" |
| #define | LOAD_P2E "LOAD_P2E" |
| #define | LOAD_P2C "LOAD_P2C" |
| #define | LOAD_PFREQ "LOAD_PFREQ" |
| #define | LOAD_Q1E "LOAD_Q1E" |
| #define | LOAD_Q1C "LOAD_Q1C" |
| #define | LOAD_Q2E "LOAD_Q2E" |
| #define | LOAD_Q2C "LOAD_Q2C" |
| #define | LOAD_QFREQ "LOAD_QFREQ" |
| #define | LOAD_MTPA "LOAD_MTPA" |
| #define | LOAD_LFMA "LOAD_LFMA" |
| #define | LOAD_RSA "LOAD_RSA" |
| #define | LOAD_LSA "LOAD_LSA" |
| #define | LOAD_LPA "LOAD_LPA" |
| #define | LOAD_LPPA "LOAD_LPPA" |
| #define | LOAD_TPOA "LOAD_TPOA" |
| #define | LOAD_TPPOA "LOAD_TPPOA" |
| #define | LOAD_HA "LOAD_HA" |
| #define | LOAD_ETRQA "LOAD_ETRQA" |
| #define | LOAD_VTR1A "LOAD_VTR1A" |
| #define | LOAD_TTR1A "LOAD_TTR1A" |
| #define | LOAD_FTR1A "LOAD_FTR1A" |
| #define | LOAD_VRC1A "LOAD_VRC1A" |
| #define | LOAD_TRC1A "LOAD_TRC1A" |
| #define | LOAD_VTR2A "LOAD_VTR2A" |
| #define | LOAD_TTR2A "LOAD_TTR2A" |
| #define | LOAD_FTR2A "LOAD_FTR2A" |
| #define | LOAD_VRC2A "LOAD_VRC2A" |
| #define | LOAD_TRC2A "LOAD_TRC2A" |
| #define | LOAD_MTPB "LOAD_MTPB" |
| #define | LOAD_LFMB "LOAD_LFMB" |
| #define | LOAD_RSB "LOAD_RSB" |
| #define | LOAD_LSB "LOAD_LSB" |
| #define | LOAD_LPB "LOAD_LPB" |
| #define | LOAD_LPPB "LOAD_LPPB" |
| #define | LOAD_TPOB "LOAD_TPOB" |
| #define | LOAD_TPPOB "LOAD_TPPOB" |
| #define | LOAD_HB "LOAD_HB" |
| #define | LOAD_ETRQB "LOAD_ETRQB" |
| #define | LOAD_VTR1B "LOAD_VTR1B" |
| #define | LOAD_TTR1B "LOAD_TTR1B" |
| #define | LOAD_FTR1B "LOAD_FTR1B" |
| #define | LOAD_VRC1B "LOAD_VRC1B" |
| #define | LOAD_TRC1B "LOAD_TRC1B" |
| #define | LOAD_VTR2B "LOAD_VTR2B" |
| #define | LOAD_TTR2B "LOAD_TTR2B" |
| #define | LOAD_FTR2B "LOAD_FTR2B" |
| #define | LOAD_VRC2B "LOAD_VRC2B" |
| #define | LOAD_TRC2B "LOAD_TRC2B" |
| #define | LOAD_MTPC "LOAD_MTPC" |
| #define | LOAD_LFMC "LOAD_LFMC" |
| #define | LOAD_RSC "LOAD_RSC" |
| #define | LOAD_LSC "LOAD_LSC" |
| #define | LOAD_LPC "LOAD_LPC" |
| #define | LOAD_LPPC "LOAD_LPPC" |
| #define | LOAD_TPOC "LOAD_TPOC" |
| #define | LOAD_TPPOC "LOAD_TPPOC" |
| #define | LOAD_HC "LOAD_HC" |
| #define | LOAD_ETRQC "LOAD_ETRQC" |
| #define | LOAD_VTR1C "LOAD_VTR1C" |
| #define | LOAD_TTR1C "LOAD_TTR1C" |
| #define | LOAD_FTR1C "LOAD_FTR1C" |
| #define | LOAD_VRC1C "LOAD_VRC1C" |
| #define | LOAD_TRC1C "LOAD_TRC1C" |
| #define | LOAD_VTR2C "LOAD_VTR2C" |
| #define | LOAD_TTR2C "LOAD_TTR2C" |
| #define | LOAD_FTR2C "LOAD_FTR2C" |
| #define | LOAD_VRC2C "LOAD_VRC2C" |
| #define | LOAD_TRC2C "LOAD_TRC2C" |
| #define | LOAD_MTPD "LOAD_MTPD" |
| #define | LOAD_LFMD "LOAD_LFMD" |
| #define | LOAD_TRST "LOAD_TRST" |
| #define | LOAD_VTR1 "LOAD_VTR1" |
| #define | LOAD_VTR2 "LOAD_VTR2" |
| #define | LOAD_LFM "LOAD_LFM" |
| #define | LOAD_RS "LOAD_RS" |
| #define | LOAD_LS "LOAD_LS" |
| #define | LOAD_LP "LOAD_LP" |
| #define | LOAD_LPP "LOAD_LPP" |
| #define | LOAD_TPO "LOAD_TPO" |
| #define | LOAD_TPPO "LOAD_TPPO" |
| #define | LOAD_ETRQ "LOAD_ETRQ" |
| #define | LOAD_FTR1 "LOAD_FTR1" |
| #define | LOAD_VRC1 "LOAD_VRC1" |
| #define | LOAD_TRC1 "LOAD_TRC1" |
| #define | LOAD_FTR2 "LOAD_FTR2" |
| #define | LOAD_VRC2 "LOAD_VRC2" |
| #define | LOAD_TRC2 "LOAD_TRC2" |
| #define | LOAD_MTP "LOAD_MTP" |
| #define | GENERATOR_NUMBER "GENERATOR_NUMBER" |
| #define | GENERATOR_BUSNUMBER "GENERATOR_BUSNUMBER" |
| #define | GENERATOR_ID "GENERATOR_ID" |
| #define | GENERATOR_PG "GENERATOR_PG" |
| #define | GENERATOR_QG "GENERATOR_QG" |
| #define | GENERATOR_QMAX "GENERATOR_QMAX" |
| #define | GENERATOR_QMIN "GENERATOR_QMIN" |
| #define | GENERATOR_VS "GENERATOR_VS" |
| #define | GENERATOR_IREG "GENERATOR_IREG" |
| #define | GENERATOR_MBASE "GENERATOR_MBASE" |
| #define | GENERATOR_ZSOURCE "GENERATOR_ZSOURCE" |
| #define | GENERATOR_XTRAN "GENERATOR_XTRAN" |
| #define | GENERATOR_RT "GENERATOR_RT" |
| #define | GENERATOR_XT "GENERATOR_XT" |
| #define | GENERATOR_GTAP "GENERATOR_GTAP" |
| #define | GENERATOR_STAT "GENERATOR_STAT" |
| #define | GENERATOR_RMPCT "GENERATOR_RMPCT" |
| #define | GENERATOR_PMAX "GENERATOR_PMAX" |
| #define | GENERATOR_PMIN "GENERATOR_PMIN" |
| #define | GENERATOR_OWNER "GENERATOR_OWNER" |
| #define | GENERATOR_REACTANCE "GENERATOR_REACTANCE" |
| #define | GENERATOR_RESISTANCE "GENERATOR_RESISTANCE" |
| #define | GENERATOR_TRANSIENT_REACTANCE "GENERATOR_TRANSIENT_REACTANCE" |
| #define | GENERATOR_SUBTRANSIENT_REACTANCE "GENERATOR_SUBTRANSIENT_REACTANCE" |
| #define | GENERATOR_INERTIA_CONSTANT_H "GENERATOR_INERTIA_CONSTANT_H" |
| #define | GENERATOR_DAMPING_COEFFICIENT_0 "GENERATOR_DAMPING_COEFFICENT_0" |
| #define | GENERATOR_TDOP "GENERATOR_TDOP" |
| #define | GENERATOR_TDOPP "GENERATOR_TDOPP" |
| #define | GENERATOR_TQOP "GENERATOR_TQOP" |
| #define | GENERATOR_TQOPP "GENERATOR_TQOPP" |
| #define | GENERATOR_XD "GENERATOR_XD" |
| #define | GENERATOR_XQ "GENERATOR_XQ" |
| #define | GENERATOR_XDP "GENERATOR_XDP" |
| #define | GENERATOR_XQP "GENERATOR_XQP" |
| #define | GENERATOR_XDPP "GENERATOR_XDPP" |
| #define | GENERATOR_XL "GENERATOR_XL" |
| #define | GENERATOR_S1 "GENERATOR_S1" |
| #define | GENERATOR_S12 "GENERATOR_S12" |
| #define | GENERATOR_OWNER1 "GENERATOR_OWNER1" |
| #define | GENERATOR_OWNER2 "GENERATOR_OWNER2" |
| #define | GENERATOR_OWNER3 "GENERATOR_OWNER3" |
| #define | GENERATOR_OWNER4 "GENERATOR_OWNER4" |
| #define | GENERATOR_OFRAC1 "GENERATOR_OFRAC1" |
| #define | GENERATOR_OFRAC2 "GENERATOR_OFRAC2" |
| #define | GENERATOR_OFRAC3 "GENERATOR_OFRAC3" |
| #define | GENERATOR_OFRAC4 "GENERATOR_OFRAC4" |
| #define | GENERATOR_WMOD "GENERATOR_WMOD" |
| #define | GENERATOR_WPF "GENERATOR_WPF" |
| #define | PSSSIM_MODEL "PSSSIM_MODEL" |
| #define | GENERATOR_MODEL "GENERATOR_MODEL" |
| #define | HAS_GOVERNOR "HAS_GOVERNOR" |
| #define | GOVERNOR_MODEL "GOVERNOR_MODEL" |
| #define | GOVERNOR_JBUS "GOVERNOR_JBUS" |
| #define | GOVERNOR_M "GOVERNOR_M" |
| #define | GOVERNOR_K "GOVERNOR_K" |
| #define | GOVERNOR_T1 "GOVERNOR_T1" |
| #define | GOVERNOR_T2 "GOVERNOR_T2" |
| #define | GOVERNOR_T3 "GOVERNOR_T3" |
| #define | GOVERNOR_UO "GOVERNOR_UO" |
| #define | GOVERNOR_UC "GOVERNOR_UC" |
| #define | GOVERNOR_PMAX "GOVERNOR_PMAX" |
| #define | GOVERNOR_PMIN "GOVERNOR_PMIN" |
| #define | GOVERNOR_T4 "GOVERNOR_T4" |
| #define | GOVERNOR_K1 "GOVERNOR_K1" |
| #define | GOVERNOR_K2 "GOVERNOR_K2" |
| #define | GOVERNOR_T5 "GOVERNOR_T5" |
| #define | GOVERNOR_K3 "GOVERNOR_K3" |
| #define | GOVERNOR_K4 "GOVERNOR_K4" |
| #define | GOVERNOR_T6 "GOVERNOR_T6" |
| #define | GOVERNOR_K5 "GOVERNOR_K5" |
| #define | GOVERNOR_K6 "GOVERNOR_K6" |
| #define | GOVERNOR_T7 "GOVERNOR_T7" |
| #define | GOVERNOR_K7 "GOVERNOR_K7" |
| #define | GOVERNOR_K8 "GOVERNOR_K8" |
| #define | GOVERNOR_DB1 "GOVERNOR_DB1" |
| #define | GOVERNOR_ERR "GOVERNOR_ERR" |
| #define | GOVERNOR_DB2 "GOVERNOR_DB2" |
| #define | GOVERNOR_GV1 "GOVERNOR_GV1" |
| #define | GOVERNOR_PGV1 "GOVERNOR_PGV1" |
| #define | GOVERNOR_GV2 "GOVERNOR_GV2" |
| #define | GOVERNOR_PGV2 "GOVERNOR_PGV2" |
| #define | GOVERNOR_GV3 "GOVERNOR_GV3" |
| #define | GOVERNOR_PGV3 "GOVERNOR_PGV3" |
| #define | GOVERNOR_GV4 "GOVERNOR_GV4" |
| #define | GOVERNOR_PGV4 "GOVERNOR_PGV4" |
| #define | GOVERNOR_GV5 "GOVERNOR_GV5" |
| #define | GOVERNOR_PGV5 "GOVERNOR_PGV5" |
| #define | GOVERNOR_IBLOCK "GOVERNOR_IBLOCK" |
| #define | GOVERNOR_RSELECT "GOVERNOR_RSELECT" |
| #define | GOVERNOR_FLAGSWITCH "GOVERNOR_FLAGSWITCH" |
| #define | GOVERNOR_R "GOVERNOR_R" |
| #define | GOVERNOR_TPELEC "GOVERNOR_TPELEC" |
| #define | GOVERNOR_MAXERR "GOVERNOR_MAXERR" |
| #define | GOVERNOR_MINERR "GOVERNOR_MINERR" |
| #define | GOVERNOR_KPGOV "GOVERNOR_KPGOV" |
| #define | GOVERNOR_KIGOV "GOVERNOR_KIGOV" |
| #define | GOVERNOR_KDGOV "GOVERNOR_KDGOV" |
| #define | GOVERNOR_TDGOV "GOVERNOR_TDGOV" |
| #define | GOVERNOR_VMAX "GOVERNOR_VMAX" |
| #define | GOVERNOR_VMIN "GOVERNOR_VMIN" |
| #define | GOVERNOR_TACT "GOVERNOR_TACT" |
| #define | GOVERNOR_KTURB "GOVERNOR_KTURB" |
| #define | GOVERNOR_WFNL "GOVERNOR_WFNL" |
| #define | GOVERNOR_TB "GOVERNOR_TB" |
| #define | GOVERNOR_TC "GOVERNOR_TC" |
| #define | GOVERNOR_TENG "GOVERNOR_TENG" |
| #define | GOVERNOR_TFLOAD "GOVERNOR_TFLOAD" |
| #define | GOVERNOR_KPLOAD "GOVERNOR_KPLOAD" |
| #define | GOVERNOR_KILOAD "GOVERNOR_KILOAD" |
| #define | GOVERNOR_LDREF "GOVERNOR_LDREF" |
| #define | GOVERNOR_DM "GOVERNOR_DM" |
| #define | GOVERNOR_ROPEN "GOVERNOR_ROPEN" |
| #define | GOVERNOR_RCLOSE "GOVERNOR_RCLOSE" |
| #define | GOVERNOR_KIMW "GOVERNOR_KIMW" |
| #define | GOVERNOR_ASET "GOVERNOR_ASET" |
| #define | GOVERNOR_KA "GOVERNOR_KA" |
| #define | GOVERNOR_TA "GOVERNOR_TA" |
| #define | GOVERNOR_TRATE "GOVERNOR_TRATE" |
| #define | GOVERNOR_DB "GOVERNOR_DB" |
| #define | GOVERNOR_TSA "GOVERNOR_TSA" |
| #define | GOVERNOR_TSB "GOVERNOR_TSB" |
| #define | GOVERNOR_RUP "GOVERNOR_RUP" |
| #define | GOVERNOR_RDOWN "GOVERNOR_RDOWN" |
| #define | GOVERNOR_TD "GOVERNOR_TD" |
| #define | GOVERNOR_KI "GOVERNOR_KI" |
| #define | GOVERNOR_TF "GOVERNOR_TF" |
| #define | GOVERNOR_KD "GOVERNOR_KD" |
| #define | GOVERNOR_KP "GOVERNOR_KP" |
| #define | GOVERNOR_TT "GOVERNOR_TT" |
| #define | GOVERNOR_KG "GOVERNOR_KG" |
| #define | GOVERNOR_TP "GOVERNOR_TP" |
| #define | GOVERNOR_VELOPEN "GOVERNOR_VELOPEN" |
| #define | GOVERNOR_VELCLOSE "GOVERNOR_VELCLOSE" |
| #define | GOVERNOR_ATURB "GOVERNOR_ATURB" |
| #define | GOVERNOR_BTURB "GOVERNOR_BTURB" |
| #define | GOVERNOR_TTURB "GOVERNOR_TTURB" |
| #define | GOVERNOR_TRATE "GOVERNOR_TRATE" |
| #define | HAS_EXCITER "HAS_EXCITER" |
| #define | EXCITER_MODEL "EXCITER_MODEL" |
| #define | EXCITER_TR "EXCITER_TR" |
| #define | EXCITER_KA "EXCITER_KA" |
| #define | EXCITER_TA "EXCITER_TA" |
| #define | EXCITER_TB "EXCITER_TB" |
| #define | EXCITER_TC "EXCITER_TC" |
| #define | EXCITER_VRMAX "EXCITER_VRMAX" |
| #define | EXCITER_VRMIN "EXCITER_VRMIN" |
| #define | EXCITER_KE "EXCITER_KE" |
| #define | EXCITER_TE "EXCITER_TE" |
| #define | EXCITER_KF "EXCITER_KF" |
| #define | EXCITER_TF1 "EXCITER_TF1" |
| #define | EXCITER_SWITCH "EXCITER_SWITCH" |
| #define | EXCITER_E1 "EXCITER_E1" |
| #define | EXCITER_SE1 "EXCITER_SE1" |
| #define | EXCITER_E2 "EXCITER_E2" |
| #define | EXCITER_SE2 "EXCITER_SE2" |
| #define | EXCITER_UEL "EXCITER_UEL" |
| #define | EXCITER_VOS "EXCITER_VOS" |
| #define | EXCITER_VIMAX "EXCITER_VIMAX" |
| #define | EXCITER_VIMIN "EXCITER_VIMIN" |
| #define | EXCITER_TC1 "EXCITER_TC1" |
| #define | EXCITER_TB1 "EXCITER_TB1" |
| #define | EXCITER_VAMAX "EXCITER_VAMAX" |
| #define | EXCITER_VAMIN "EXCITER_VAMIN" |
| #define | EXCITER_KC "EXCITER_KC" |
| #define | EXCITER_TF "EXCITER_TF" |
| #define | EXCITER_KLR "EXCITER_KLR" |
| #define | EXCITER_ILR "EXCITER_ILR" |
| #define | EXCITER_KPR "EXCITER_KPR" |
| #define | EXCITER_KIR "EXCITER_KIR" |
| #define | EXCITER_KPM "EXCITER_KPM" |
| #define | EXCITER_KIM "EXCITER_KIM" |
| #define | EXCITER_VMMAX "EXCITER_VMMAX" |
| #define | EXCITER_VMMIN "EXCITER_VMMIN" |
| #define | EXCITER_KG "EXCITER_KG" |
| #define | EXCITER_KP "EXCITER_KP" |
| #define | EXCITER_KI "EXCITER_KI" |
| #define | EXCITER_VBMAX "EXCITER_VBMAX" |
| #define | EXCITER_KC "EXCITER_KC" |
| #define | EXCITER_XL "EXCITER_XL" |
| #define | EXCITER_THETAP "EXCITER_THETAP" |
| #define | BRANCH_INDEX "BRANCH_INDEX" |
| #define | BRANCH_FROMBUS "BRANCH_FROMBUS" |
| #define | BRANCH_TOBUS "BRANCH_TOBUS" |
| #define | NEW_BRANCH_TYPE "NEW_BRANCH_TYPE" |
| #define | BRANCH_NUM_ELEMENTS "BRANCH_NUM_ELEMENTS" |
| #define | BRANCH_SWITCHED "BRANCH_SWITCHED" |
| #define | BRANCH_CKT "BRANCH_CKT" |
| #define | BRANCH_R "BRANCH_R" |
| #define | BRANCH_X "BRANCH_X" |
| #define | BRANCH_B "BRANCH_B" |
| #define | BRANCH_RATING_A "BRANCH_RATING_A" |
| #define | BRANCH_RATING_B "BRANCH_RATING_B" |
| #define | BRANCH_RATING_C "BRANCH_RATING_C" |
| #define | BRANCH_TAP "BRANCH_TAP" |
| #define | BRANCH_SHIFT "BRANCH_SHIFT" |
| #define | BRANCH_SHUNT_ADMTTNC_G1 "BRANCH_SHUNT_ADMTTNC_G1" |
| #define | BRANCH_SHUNT_ADMTTNC_B1 "BRANCH_SHUNT_ADMTTNC_B1" |
| #define | BRANCH_SHUNT_ADMTTNC_G2 "BRANCH_SHUNT_ADMTTNC_G2" |
| #define | BRANCH_SHUNT_ADMTTNC_B2 "BRANCH_SHUNT_ADMTTNC_B2" |
| #define | BRANCH_3WINDING "BRANCH_3WINDING" |
| #define | BRANCH_STATUS "BRANCH_STATUS" |
| #define | BRANCH_METER "BRANCH_METER" |
| #define | BRANCH_LENGTH "BRANCH_LENGTH" |
| #define | BRANCH_O1 "BRANCH_O1" |
| #define | BRANCH_F1 "BRANCH_F1" |
| #define | BRANCH_O2 "BRANCH_O2" |
| #define | BRANCH_F2 "BRANCH_F2" |
| #define | BRANCH_O3 "BRANCH_O3" |
| #define | BRANCH_F3 "BRANCH_F3" |
| #define | BRANCH_O4 "BRANCH_O4" |
| #define | BRANCH_F4 "BRANCH_F4" |
| #define | TRANSFORMER_BUS1 "TRANSFORMER_BUS1" |
| #define | TRANSFORMER_BUS2 "TRANSFORMER_BUS2" |
| #define | TRANSFORMER_CKT "TRANSFORMER_CKT" |
| #define | TRANSFORMER_CONTROL "TRANSFORMER_CONTROL" |
| #define | TRANSFORMER_RMA "TRANSFORMER_RMA" |
| #define | TRANSFORMER_RMI "TRANSFORMER_RMI" |
| #define | TRANSFORMER_VMA "TRANSFORMER_VMA" |
| #define | TRANSFORMER_VMI "TRANSFORMER_VMI" |
| #define | TRANSFORMER_NTP "TRANSFORMER_NTP" |
| #define | TRANSFORMER_TAB "TRANSFORMER_TAB" |
| #define | TRANSFORMER_CR "TRANSFORMER_CR" |
| #define | TRANSFORMER_CX "TRANSFORMER_CX" |
| #define | TRANSFORMER_CNXA "TRANSFORMER_CNXA" |
| #define | TRANSFORMER_STEP "TRANSFORMER_STEP" |
| #define | TRANSFORMER_TABLE "TRANSFORMER_TABLE" |
| #define | TRANSFORMER_ANG1 "TRANSFORMER_ANG1" |
| #define | TRANSFORMER_CW "TRANSFORMER_CW" |
| #define | TRANSFORMER_CZ "TRANSFORMER_CZ" |
| #define | TRANSFORMER_CM "TRANSFORMER_CM" |
| #define | TRANSFORMER_MAG1 "TRANSFORMER_MAG1" |
| #define | TRANSFORMER_MAG2 "TRANSFORMER_MAG2" |
| #define | TRANSFORMER_NMETR "TRANSFORMER_NMETR" |
| #define | TRANSFORMER_NAME "TRANSFORMER_NAME" |
| #define | TRANSFORMER_STATUS "TRANSFORMER_STATUS" |
| #define | TRANSFORMER_OWNER "TRANSFORMER_OWNER" |
| #define | TRANSFORMER_R1_2 "TRANSFORMER_R1_2" |
| #define | TRANSFORMER_X1_2 "TRANSFORMER_X1_2" |
| #define | TRANSFORMER_SBASE1_2 "TRANSFORMER_SBASE1_2" |
| #define | TRANSFORMER_WINDV1 "TRANSFORMER_WINDV1" |
| #define | TRANSFORMER_WINDV2 "TRANSFORMER_WINDV2" |
| #define | TRANSFORMER_NOMV1 "TRANSFORMER_NOMV1" |
| #define | TRANSFORMER_NOMV2 "TRANSFORMER_NOMV2" |
| #define | TRANSFORMER_CODE1 "TRANSFORMER_CODE1" |
| #define | TRANSFORMER_CONT1 "TRANSFORMER_CONT1" |
| #define | TRANSFORMER_NTP1 "TRANSFORMER_NTP1" |
| #define | TRANSFORMER_TAB1 "TRANSFORMER_TAB1" |
| #define | TRANSFORMER_CR1 "TRANSFORMER_CR1" |
| #define | TRANSFORMER_CX1 "TRANSFORMER_CX1" |
| #define | TRANSFORMER_CNXA1 "TRANSFORMER_CNXA1" |
| #define | AREA_TOTAL "AREA_TOTAL" |
| #define | AREAINTG_NUMBER "AREAINTG_NUMBER" |
| #define | AREAINTG_ISW "AREAINTG_ISW" |
| #define | AREAINTG_PDES "AREAINTG_PDES" |
| #define | AREAINTG_PTOL "AREAINTG_PTOL" |
| #define | AREAINTG_NAME "AREAINTG_NAME" |
| #define | SWSHUNT_BUSNUMBER "SWSHUNT_BUSNUMBER" |
| #define | SHUNT_BUSNUMBER "SHUNT_BUSNUMBER" |
| #define | SHUNT_MODSW "SHUNT_MODSW" |
| #define | SHUNT_ADJM "SHUNT_ADJM" |
| #define | SHUNT_SWCH_STAT "SHUNT_SWCH_STAT" |
| #define | SHUNT_VSWHI "SHUNT_VSWHI" |
| #define | SHUNT_VSWLO "SHUNT_VSWLO" |
| #define | SHUNT_SWREM "SHUNT_SWREM" |
| #define | SHUNT_RMPCT "SHUNT_RMPCT" |
| #define | SHUNT_RMIDNT "SHUNT_RMIDNT" |
| #define | SHUNT_BINIT "SHUNT_BINIT" |
| #define | SHUNT_N1 "SHUNT_N1" |
| #define | SHUNT_N2 "SHUNT_N2" |
| #define | SHUNT_N3 "SHUNT_N3" |
| #define | SHUNT_N4 "SHUNT_N4" |
| #define | SHUNT_N5 "SHUNT_N5" |
| #define | SHUNT_N6 "SHUNT_N6" |
| #define | SHUNT_N7 "SHUNT_N7" |
| #define | SHUNT_N8 "SHUNT_N8" |
| #define | SHUNT_B1 "SHUNT_B1" |
| #define | SHUNT_B2 "SHUNT_B2" |
| #define | SHUNT_B3 "SHUNT_B3" |
| #define | SHUNT_B4 "SHUNT_B4" |
| #define | SHUNT_B5 "SHUNT_B5" |
| #define | SHUNT_B6 "SHUNT_B6" |
| #define | SHUNT_B7 "SHUNT_B7" |
| #define | SHUNT_B8 "SHUNT_B8" |
| #define | XFMR_CORR_TABLE_NUMBER "XFMR_CORR_TABLE_NUMBER" |
| #define | XFMR_CORR_TABLE_T1 "XFMR_CORR_TABLE_T1" |
| #define | XFMR_CORR_TABLE_T2 "XFMR_CORR_TABLE_T2" |
| #define | XFMR_CORR_TABLE_T3 "XFMR_CORR_TABLE_T3" |
| #define | XFMR_CORR_TABLE_T4 "XFMR_CORR_TABLE_T4" |
| #define | XFMR_CORR_TABLE_T5 "XFMR_CORR_TABLE_T5" |
| #define | XFMR_CORR_TABLE_T6 "XFMR_CORR_TABLE_T6" |
| #define | XFMR_CORR_TABLE_T7 "XFMR_CORR_TABLE_T7" |
| #define | XFMR_CORR_TABLE_T8 "XFMR_CORR_TABLE_T8" |
| #define | XFMR_CORR_TABLE_T9 "XFMR_CORR_TABLE_T9" |
| #define | XFMR_CORR_TABLE_T10 "XFMR_CORR_TABLE_T10" |
| #define | XFMR_CORR_TABLE_T11 "XFMR_CORR_TABLE_T11" |
| #define | XFMR_CORR_TABLE_F1 "XFMR_CORR_TABLE_F1" |
| #define | XFMR_CORR_TABLE_F2 "XFMR_CORR_TABLE_F2" |
| #define | XFMR_CORR_TABLE_F3 "XFMR_CORR_TABLE_F3" |
| #define | XFMR_CORR_TABLE_F4 "XFMR_CORR_TABLE_F4" |
| #define | XFMR_CORR_TABLE_F5 "XFMR_CORR_TABLE_F5" |
| #define | XFMR_CORR_TABLE_F6 "XFMR_CORR_TABLE_F6" |
| #define | XFMR_CORR_TABLE_F7 "XFMR_CORR_TABLE_F7" |
| #define | XFMR_CORR_TABLE_F8 "XFMR_CORR_TABLE_F8" |
| #define | XFMR_CORR_TABLE_F9 "XFMR_CORR_TABLE_F9" |
| #define | XFMR_CORR_TABLE_F10 "XFMR_CORR_TABLE_F10" |
| #define | XFMR_CORR_TABLE_T11 "XFMR_CORR_TABLE_T11" |
| #define | MULTI_SEC_LINE_ID "MULTI_SEC_LINE_ID" |
| #define | MULTI_SEC_LINE_MET "MULTI_SEC_LINE_MET" |
| #define | MULTI_SEC_LINE_DUM1 "MULTI_SEC_LINE_DUM1" |
| #define | MULTI_SEC_LINE_DUM2 "MULTI_SEC_LINE_DUM2" |
| #define | MULTI_SEC_LINE_DUM3 "MULTI_SEC_LINE_DUM3" |
| #define | MULTI_SEC_LINE_DUM4 "MULTI_SEC_LINE_DUM4" |
| #define | MULTI_SEC_LINE_DUM5 "MULTI_SEC_LINE_DUM5" |
| #define | MULTI_SEC_LINE_DUM6 "MULTI_SEC_LINE_DUM6" |
| #define | MULTI_SEC_LINE_DUM7 "MULTI_SEC_LINE_DUM7" |
| #define | MULTI_SEC_LINE_DUM8 "MULTI_SEC_LINE_DUM8" |
| #define | MULTI_SEC_LINE_DUM9 "MULTI_SEC_LINE_DUM9" |
| #define | ZONE_NUMBER "ZONE_NUMBER" |
| #define | ZONE_NAME "ZONE_NAME" |
| #define | INTERAREA_TRANSFER_FROM "INTERAREA_TRANSFER_FROM" |
| #define | INTERAREA_TRANSFER_TO "INTERAREA_TRANSFER_TO" |
| #define | INTERAREA_TRANSFER_TRID "INTERAREA_TRANSFER_TRID" |
| #define | INTERAREA_TRANSFER_PTRAN "INTERAREA_TRANSFER_PTRAN" |
| #define | OWNER_NUMBER "OWNER_NUMBER" |
| #define | OWNER_NAME "OWNER_NAME" |
| #define | RELAY_NUMBER "RELAY_NUMBER" |
| #define | RELAY_MODEL "RELAY_MODEL" |
| #define | RELAY_LID "RELAY_LID" |
| #define | RELAY_JBUS "RELAY_JBUS" |
| #define | RELAY_V1 "RELAY_V1" |
| #define | RELAY_T1 "RELAY_T1" |
| #define | RELAY_F1 "RELAY_F1" |
| #define | RELAY_V2 "RELAY_V2" |
| #define | RELAY_T2 "RELAY_T2" |
| #define | RELAY_F2 "RELAY_F2" |
| #define | RELAY_V3 "RELAY_V3" |
| #define | RELAY_T3 "RELAY_T3" |
| #define | RELAY_F3 "RELAY_F3" |
| #define | RELAY_TB "RELAY_TB" |
| #define | RELAY_MINS "RELAY_MINS" |
| #define | RELAY_FREBUS "RELAY_FREBUS" |
| #define | RELAY_GENID "RELAY_GENID" |
| #define | RELAY_FL "RELAY_FL" |
| #define | RELAY_FU "RELAY_FU" |
| #define | RELAY_TP "RELAY_TP" |
| #define | RELAY_ID "RELAY_ID" |
| #define | RELAY_RS "RELAY_RS" |
| #define | RELAY_MTYPE "RELAY_MTYPE" |
| #define | RELAY_BMON "RELAY_BMON" |
| #define | RELAY_IBUS1 "RELAY_IBUS1" |
| #define | RELAY_JBUS1 "RELAY_JBUS1" |
| #define | RELAY_ID1 "RELAY_ID1" |
| #define | RELAY_IBUS2 "RELAY_IBUS2" |
| #define | RELAY_JBUS2 "RELAY_JBUS2" |
| #define | RELAY_ID2 "RELAY_ID2" |
| #define | RELAY_IBUS3 "RELAY_IBUS3" |
| #define | RELAY_JBUS3 "RELAY_JBUS3" |
| #define | RELAY_ID3 "RELAY_ID3" |
| #define | RELAY_ZONE1_TIME "RELAY_ZONE1_TIME" |
| #define | RELAY_ZONE1_REACH "RELAY_ZONE1_REACH" |
| #define | RELAY_ZONE1_CENANG "RELAY_ZONE1_CENANG" |
| #define | RELAY_ZONE1_CENDIS "RELAY_ZONE1_CENDIS" |
| #define | RELAY_ZONE2_TIME "RELAY_ZONE2_TIME" |
| #define | RELAY_ZONE2_REACH "RELAY_ZONE2_REACH" |
| #define | RELAY_ZONE2_CENANG "RELAY_ZONE2_CENANG" |
| #define | RELAY_ZONE2_CENDIS "RELAY_ZONE2_CENDIS" |
| #define | RELAY_ZONE3_TIME "RELAY_ZONE3_TIME" |
| #define | RELAY_ZONE3_REACH "RELAY_ZONE3_REACH" |
| #define | RELAY_ZONE3_CENANG "RELAY_ZONE3_CENANG" |
| #define | RELAY_ZONE3_CENDIS "RELAY_ZONE3_CENDIS" |
| #define | RELAY_DIRANG "RELAY_DIRANG" |
| #define | RELAY_THCUR "RELAY_THCUR" |
| #define | RELAY_SEBTIME "RELAY_SEBTIME" |
| #define | RELAY_SERCTIME "RELAY_SERCTIME" |
| #define | RELAY_TRBTIME "RELAY_TRBTIME" |
| #define | RELAY_TRRCTIME "RELAY_TRRCTIME" |
| #define | RELAY_BLTYPE1 "RELAY_BLTYPE1" |
| #define | RELAY_BLINT1 "RELAY_BLINT1" |
| #define | RELAY_BLRO1 "RELAY_BLRO1" |
| #define | RELAY_BLTYPE2 "RELAY_BLTYPE2" |
| #define | RELAY_BLINT2 "RELAY_BLINT2" |
| #define | RELAY_BLRO2 "RELAY_BLRO2" |
| #define | HAS_PSS "HAS_PSS" |
| #define | PSS_MODEL "PSS_MODEL" |
| #define | PSSSIM_INPUTTYPE "PSSSIM_INPUTTYPE" |
| #define | PSSSIM_BUS1 "PSSSIM_BUS1" |
| #define | PSSSIM_BUS2 "PSSSIM_BUS2" |
| #define | PSSSIM_BUS3 "PSSSIM_BUS3" |
| #define | PSSSIM_BUS4 "PSSSIM_BUS4" |
| #define | PSSSIM_BUS5 "PSSSIM_BUS5" |
| #define | PSSSIM_BUS6 "PSSSIM_BUS6" |
| #define | PSSSIM_GAINK "PSSSIM_GAINK" |
| #define | PSSSIM_TW "PSSSIM_TW" |
| #define | PSSSIM_T1 "PSSSIM_T1" |
| #define | PSSSIM_T2 "PSSSIM_T2" |
| #define | PSSSIM_T3 "PSSSIM_T3" |
| #define | PSSSIM_T4 "PSSSIM_T4" |
| #define | PSSSIM_MAXOUT "PSSSIM_MAXOUT" |
| #define | PSSSIM_MINOUT "PSSSIM_MINOUT" |
| #define AREA_TOTAL "AREA_TOTAL" |
Total number of area fields type: integer
| #define AREAINTG_ISW "AREAINTG_ISW" |
Bus number of the area slack bus type: integer indexed
| #define AREAINTG_NAME "AREAINTG_NAME" |
Area name type: string indexed
| #define AREAINTG_NUMBER "AREAINTG_NUMBER" |
Area number type: integer indexed
| #define AREAINTG_PDES "AREAINTG_PDES" |
Desired net interchange leaving the area (export); entered in MW type: real float indexed
| #define AREAINTG_PTOL "AREAINTG_PTOL" |
Interchange tolerance bandwidth; entered in MW type: real float indexed
| #define BRANCH_3WINDING "BRANCH_3WINDING" |
Flag that indicates that branch was generated from a 3-winding transformer type: boolean indexed
| #define BRANCH_B "BRANCH_B" |
Total branch charging susceptance; entered in pu type: real float indexed
| #define BRANCH_CKT "BRANCH_CKT" |
Non-blank alphanumeric branch circuit identifier type: string indexed
| #define BRANCH_F1 "BRANCH_F1" |
Fraction owned by owner 1 type: real float indexed
| #define BRANCH_F2 "BRANCH_F2" |
Fraction owned by owner 2 type: real float indexed
| #define BRANCH_F3 "BRANCH_F3" |
Fraction owned by owner 3 type: real float indexed
| #define BRANCH_F4 "BRANCH_F4" |
Fraction owned by owner 4 type: real float indexed
| #define BRANCH_FROMBUS "BRANCH_FROMBUS" |
Branch “from bus” type: integer
| #define BRANCH_INDEX "BRANCH_INDEX" |
Global index used to sort branches into a fixed order type: integer
| #define BRANCH_LENGTH "BRANCH_LENGTH" |
Parameter describing length of line type: real float indexed
| #define BRANCH_METER "BRANCH_METER" |
Flag to indicate what end of the branch is metered <=1: From bus is metered >=2: To bus is metered type: integer indexed
| #define BRANCH_NUM_ELEMENTS "BRANCH_NUM_ELEMENTS" |
Number of transmission elements on branch type: integer
| #define BRANCH_O1 "BRANCH_O1" |
Branch owner number 1 (out of up to four) type: integer indexed
| #define BRANCH_O2 "BRANCH_O2" |
Branch owner number 2 (out of up to four) type: integer indexed
| #define BRANCH_O3 "BRANCH_O3" |
Branch owner number 3 (out of up to four) type: integer indexed
| #define BRANCH_O4 "BRANCH_O4" |
Branch owner number 4 (out of up to four) type: integer indexed
| #define BRANCH_R "BRANCH_R" |
Branch resistance; entered in pu type: real float indexed
| #define BRANCH_RATING_A "BRANCH_RATING_A" |
First current rating; entered in MVA type: real float indexed
| #define BRANCH_RATING_B "BRANCH_RATING_B" |
Second current rating; entered in MVA type: real float indexed
| #define BRANCH_RATING_C "BRANCH_RATING_C" |
Third current rating; entered in MVA type: real float indexed
| #define BRANCH_SHIFT "BRANCH_SHIFT" |
Transformer shift in PTI 23 version type: real float indexed
| #define BRANCH_SHUNT_ADMTTNC_B1 "BRANCH_SHUNT_ADMTTNC_B1" |
Imaginary part of admittance of the line shunt at the “from bus” end of the branch type: real float indexed
| #define BRANCH_SHUNT_ADMTTNC_B2 "BRANCH_SHUNT_ADMTTNC_B2" |
Imaginary part of admittance of the line shunt at the “to bus” end of the branch type: real float indexed
| #define BRANCH_SHUNT_ADMTTNC_G1 "BRANCH_SHUNT_ADMTTNC_G1" |
Real part of admittance of the line shunt at the “from bus” end of the branch type: real float indexed
| #define BRANCH_SHUNT_ADMTTNC_G2 "BRANCH_SHUNT_ADMTTNC_G2" |
Real part of admittance of the line shunt at the “to bus” end of the branch type: real float indexed
| #define BRANCH_STATUS "BRANCH_STATUS" |
Initial branch status 1: in-service 0: out-of-service type: integer indexed
| #define BRANCH_SWITCHED "BRANCH_SWITCHED" |
Logical flag that defines whether or not to and from bus are switched for transmission element type: boolean indexed
| #define BRANCH_TAP "BRANCH_TAP" |
Transformer tap ratio in PTI 23 version type: real float indexed
| #define BRANCH_TOBUS "BRANCH_TOBUS" |
Branch “to bus” type: integer
| #define BRANCH_X "BRANCH_X" |
Branch reactance; entered in pu. type: real float indexed
| #define BUS_3WINDING "BUS_3WINDING" |
Flag that indicates that bus was generated from a 3-winding transformer type: boolean
| #define BUS_AREA "BUS_AREA" |
Area number type: integer
| #define BUS_BASEKV "BUS_BASEKV" |
Bus base voltage, entered in kV. type: real float
| #define BUS_NAME "BUS_NAME" |
Alpha-numeric identifier assigned to bus type: string
| #define BUS_NUMBER "BUS_NUMBER" |
Bus number (1 though 999999) type: integer
| #define BUS_OWNER "BUS_OWNER" |
Owner number type: integer
| #define BUS_SHUNT_BL "BUS_SHUNT_BL" |
Reactive component of shunt admittance to ground, entered in Mvar. positive for a capacitor and negative for a reactor Default value is 0.0 type: real float indexed
| #define BUS_SHUNT_GL "BUS_SHUNT_GL" |
Active component of the shunt admittance to ground, entered in MW. Default value is 0.0 type: real float indexed
| #define BUS_TYPE "BUS_TYPE" |
Bus type 1: load bus 2: generator bus 3: swing bus 4: isolated bus type: integer
| #define BUS_VOLTAGE_ANG "BUS_VOLTAGE_ANG" |
Bus voltage phase angle, in degrees type: real float
| #define BUS_VOLTAGE_MAG "BUS_VOLTAGE_MAG" |
Bus voltage magnitude, in p.u. type: real float
| #define BUS_VOLTAGE_MAX "BUS_VOLTAGE_MAX" |
Maximum allowable bus voltage magnitude, in p. u. type: real float
| #define BUS_VOLTAGE_MIN "BUS_VOLTAGE_MIN" |
Minimum allowable bus voltage magnitude, in p. u. type: real float
| #define BUS_ZONE "BUS_ZONE" |
Zone number type: integer
| #define CASE_ID "CASE_ID" |
Variables that can be associated more than once for a bus or a branch can be indexed by an integer to distinguish different instances. For example, multiple generators can be associated with a bus and multiple transmission elements can be associated with a branch. The variables that have an associated index are denoted with the keyword "indexed". 0: base case 1: add information to existing case type: integer
| #define CASE_SBASE "CASE_SBASE" |
System base MVS. Default value is 100.0 MVA type: real float
| #define EXCITER_E1 "EXCITER_E1" |
Exciter E1 type: real float indexed
| #define EXCITER_E2 "EXCITER_E2" |
Exciter E2 type: real float indexed
| #define EXCITER_ILR "EXCITER_ILR" |
Exciter ILR type: real float indexed
| #define EXCITER_KA "EXCITER_KA" |
Exciter KA type: real float indexed
| #define EXCITER_KC "EXCITER_KC" |
Exciter KC type: real float indexed
| #define EXCITER_KC "EXCITER_KC" |
Exciter KC type: real float indexed
| #define EXCITER_KE "EXCITER_KE" |
Exciter KE type: real float indexed
| #define EXCITER_KF "EXCITER_KF" |
Exciter KF type: real float indexed
| #define EXCITER_KG "EXCITER_KG" |
Exciter KG type: real float indexed
| #define EXCITER_KI "EXCITER_KI" |
Exciter KI type: real float indexed
| #define EXCITER_KIM "EXCITER_KIM" |
Exciter KIM type: real float indexed
| #define EXCITER_KIR "EXCITER_KIR" |
Exciter KIR type: real float indexed
| #define EXCITER_KLR "EXCITER_KLR" |
Exciter KLR type: real float indexed
| #define EXCITER_KP "EXCITER_KP" |
Exciter KP type: real float indexed
| #define EXCITER_KPM "EXCITER_KPM" |
Exciter KPM type: real float indexed
| #define EXCITER_KPR "EXCITER_KPR" |
Exciter KPR type: real float indexed
| #define EXCITER_MODEL "EXCITER_MODEL" |
Exciter model type: string indexed
| #define EXCITER_SE1 "EXCITER_SE1" |
Exciter SE1 type: real float indexed
| #define EXCITER_SE2 "EXCITER_SE2" |
Exciter SE2 type: real float indexed
| #define EXCITER_SWITCH "EXCITER_SWITCH" |
Exciter SWITCH type: real float indexed
| #define EXCITER_TA "EXCITER_TA" |
Exciter TA type: real float indexed
| #define EXCITER_TB "EXCITER_TB" |
Exciter TB type: real float indexed
| #define EXCITER_TB1 "EXCITER_TB1" |
Exciter TB1 type: real float indexed
| #define EXCITER_TC "EXCITER_TC" |
Exciter TC type: real float indexed
| #define EXCITER_TC1 "EXCITER_TC1" |
Exciter TC1 type: real float indexed
| #define EXCITER_TE "EXCITER_TE" |
Exciter TE type: real float indexed
| #define EXCITER_TF "EXCITER_TF" |
Exciter TF type: real float indexed
| #define EXCITER_TF1 "EXCITER_TF1" |
Exciter TF1 type: real float indexed
| #define EXCITER_THETAP "EXCITER_THETAP" |
Exciter THETAP type: real float indexed
| #define EXCITER_TR "EXCITER_TR" |
Exciter TR type: real float indexed
| #define EXCITER_UEL "EXCITER_UEL" |
Exciter UEL type: real float indexed
| #define EXCITER_VAMAX "EXCITER_VAMAX" |
Exciter VAMAX type: real float indexed
| #define EXCITER_VAMIN "EXCITER_VAMIN" |
Exciter VAMIN type: real float indexed
| #define EXCITER_VBMAX "EXCITER_VBMAX" |
Exciter VBMAX type: real float indexed
| #define EXCITER_VIMAX "EXCITER_VIMAX" |
Exciter VIMAX type: real float indexed
| #define EXCITER_VIMIN "EXCITER_VIMIN" |
Exciter VIMIN type: real float indexed
| #define EXCITER_VMMAX "EXCITER_VMMAX" |
Exciter VMMAX type: real float indexed
| #define EXCITER_VMMIN "EXCITER_VMMIN" |
Exciter VMMIN type: real float indexed
| #define EXCITER_VOS "EXCITER_VOS" |
Exciter VOS type: real float indexed
| #define EXCITER_VRMAX "EXCITER_VRMAX" |
Exciter VRMAX type: real float indexed
| #define EXCITER_VRMIN "EXCITER_VRMIN" |
Exciter VRMIN type: real float indexed
| #define EXCITER_XL "EXCITER_XL" |
Exciter XL type: real float indexed
| #define GENERATOR_BUSNUMBER "GENERATOR_BUSNUMBER" |
Bus number to which the generator is connected type: integer indexed
| #define GENERATOR_DAMPING_COEFFICIENT_0 "GENERATOR_DAMPING_COEFFICENT_0" |
Generator damping coefficient type: real float indexed
| #define GENERATOR_GTAP "GENERATOR_GTAP" |
Step-up transformer off-nominal turns ratio; entered in pu type: real float indexed
| #define GENERATOR_ID "GENERATOR_ID" |
Non-blank alphanumeric machine identifier, used to distinguish among multiple machines connected to the same bus type: string indexed
| #define GENERATOR_INERTIA_CONSTANT_H "GENERATOR_INERTIA_CONSTANT_H" |
Generator inertia constant type: real float indexed
| #define GENERATOR_IREG "GENERATOR_IREG" |
Bus number of a remote type 1 or 2 bus whose voltage is to be regulated by this plant to the value specified by GENERATOR_VS type: integer indexed
| #define GENERATOR_MBASE "GENERATOR_MBASE" |
Total MVA base of the units represented by this machine; entered in MVA. type: real float indexed
| #define GENERATOR_MODEL "GENERATOR_MODEL" |
Non-blank alphanumeric string to identify model being used for generator type: string indexed
| #define GENERATOR_NUMBER "GENERATOR_NUMBER" |
Number of generators on a bus type: integer
| #define GENERATOR_OFRAC1 "GENERATOR_OFRAC1" |
Generator owner 1 fraction type: integer indexed
| #define GENERATOR_OFRAC2 "GENERATOR_OFRAC2" |
Generator owner 2 fraction type: real float indexed
| #define GENERATOR_OFRAC3 "GENERATOR_OFRAC3" |
Generator owner 3 fraction type: real float indexed
| #define GENERATOR_OFRAC4 "GENERATOR_OFRAC4" |
Generator owner 4 fraction type: real float indexed
| #define GENERATOR_OWNER "GENERATOR_OWNER" |
Generator owner number type: integer indexed
| #define GENERATOR_OWNER1 "GENERATOR_OWNER1" |
Generator owner 1 type: real float indexed
| #define GENERATOR_OWNER2 "GENERATOR_OWNER2" |
Generator owner 2 type: integer indexed
| #define GENERATOR_OWNER3 "GENERATOR_OWNER3" |
Generator owner 3 type: integer indexed
| #define GENERATOR_OWNER4 "GENERATOR_OWNER4" |
Generator owner 4 type: integer indexed
| #define GENERATOR_PG "GENERATOR_PG" |
Generator active power output, entered in MW type: real float indexed
| #define GENERATOR_PMAX "GENERATOR_PMAX" |
Maximum generator active power output; entered in MW type: real float indexed
| #define GENERATOR_PMIN "GENERATOR_PMIN" |
Minimum generator active power output; entered in MW type: real float indexed
| #define GENERATOR_QG "GENERATOR_QG" |
Generator reactive power output, entered in MVar type: real float indexed
| #define GENERATOR_QMAX "GENERATOR_QMAX" |
Maximum generator reactive power output; entered in Mvar type: real float indexed
| #define GENERATOR_QMIN "GENERATOR_QMIN" |
Minimum generator reactive power output; entered in Mvar type: real float indexed
| #define GENERATOR_REACTANCE "GENERATOR_REACTANCE" |
Generator reactance type: real float indexed
| #define GENERATOR_RESISTANCE "GENERATOR_RESISTANCE" |
Generator resistance type: real float indexed
| #define GENERATOR_RMPCT "GENERATOR_RMPCT" |
Percent of the total Mvar required to hold the voltage at the bus controlled by bus that are to be contributed by the generation. It must be positive type: real float indexed
| #define GENERATOR_RT "GENERATOR_RT" |
Active and reactive components of Step-up transformer impedance, in pu on GENERATOR_MBASE base type: real float indexed
| #define GENERATOR_S1 "GENERATOR_S1" |
Generator S1 type: real float indexed
| #define GENERATOR_S12 "GENERATOR_S12" |
Generator S12 type: real float indexed
| #define GENERATOR_STAT "GENERATOR_STAT" |
Initial machine status 1: in-service 0: out-of-service type: integer indexed
| #define GENERATOR_SUBTRANSIENT_REACTANCE "GENERATOR_SUBTRANSIENT_REACTANCE" |
Generator subtransient reactance type: real float indexed
| #define GENERATOR_TDOP "GENERATOR_TDOP" |
Generator TDOP type: real float indexed
| #define GENERATOR_TDOPP "GENERATOR_TDOPP" |
Generator TDOPP type: real float indexed
| #define GENERATOR_TQOP "GENERATOR_TQOP" |
Generator TQOP type: real float indexed
| #define GENERATOR_TQOPP "GENERATOR_TQOPP" |
Generator TQOPP type: real float indexed
| #define GENERATOR_TRANSIENT_REACTANCE "GENERATOR_TRANSIENT_REACTANCE" |
Generator transient reactance type: real float indexed
| #define GENERATOR_VS "GENERATOR_VS" |
Voltage setpoint; entered in pu type: real float indexed
| #define GENERATOR_WMOD "GENERATOR_WMOD" |
Generator wind mode (distinguish wind generators) type: integer indexed
| #define GENERATOR_WPF "GENERATOR_WPF" |
Wind generator power factor type: real float indexed
| #define GENERATOR_XD "GENERATOR_XD" |
Generator XD type: real float indexed
| #define GENERATOR_XDP "GENERATOR_XDP" |
Generator XDP type: real float indexed
| #define GENERATOR_XDPP "GENERATOR_XDPP" |
Generator XDPP type: real float indexed
| #define GENERATOR_XL "GENERATOR_XL" |
Generator XL type: real float indexed
| #define GENERATOR_XQ "GENERATOR_XQ" |
Generator XQ type: real float indexed
| #define GENERATOR_XQP "GENERATOR_XQP" |
Generator XQP type: real float indexed
| #define GENERATOR_XT "GENERATOR_XT" |
| #define GENERATOR_XTRAN "GENERATOR_XTRAN" |
Step-up transformer impedance; entered in pu on GENERATOR_MBASE base. type: complex indexed
| #define GENERATOR_ZSOURCE "GENERATOR_ZSOURCE" |
Complex impedance, in pu on GENERATOR_MBASE base. type: complex indexed
| #define GOVERNOR_ASET "GOVERNOR_ASET" |
Governor ASET type: real float indexed
| #define GOVERNOR_ATURB "GOVERNOR_ATURB" |
Governor ATURB type: real float indexed
| #define GOVERNOR_BTURB "GOVERNOR_BTURB" |
Governor BTURB type: real float indexed
| #define GOVERNOR_DB "GOVERNOR_DB" |
Governor DB type: real float indexed
| #define GOVERNOR_DB1 "GOVERNOR_DB1" |
Governor DB1 type: real float indexed
| #define GOVERNOR_DB2 "GOVERNOR_DB2" |
Governor DB2 type: real float indexed
| #define GOVERNOR_DM "GOVERNOR_DM" |
Governor DM type: real float indexed
| #define GOVERNOR_ERR "GOVERNOR_ERR" |
Governor ERR type: real float indexed
| #define GOVERNOR_FLAGSWITCH "GOVERNOR_FLAGSWITCH" |
Governor FLAGSWITCH type: real float indexed
| #define GOVERNOR_GV1 "GOVERNOR_GV1" |
Governor GV1 type: real float indexed
| #define GOVERNOR_GV2 "GOVERNOR_GV2" |
Governor GV2 type: real float indexed
| #define GOVERNOR_GV3 "GOVERNOR_GV3" |
Governor GV3 type: real float indexed
| #define GOVERNOR_GV4 "GOVERNOR_GV4" |
Governor GV4 type: real float indexed
| #define GOVERNOR_GV5 "GOVERNOR_GV5" |
Governor GV5 type: real float indexed
| #define GOVERNOR_IBLOCK "GOVERNOR_IBLOCK" |
Governor IBLOCK type: integer indexed
| #define GOVERNOR_JBUS "GOVERNOR_JBUS" |
Generator JBUS type: integer indexed
| #define GOVERNOR_K "GOVERNOR_K" |
Governor K type: real float indexed
| #define GOVERNOR_K1 "GOVERNOR_K1" |
Governor K1 type: real float indexed
| #define GOVERNOR_K2 "GOVERNOR_K2" |
Governor K2 type: real float indexed
| #define GOVERNOR_K3 "GOVERNOR_K3" |
Governor K3 type: real float indexed
| #define GOVERNOR_K4 "GOVERNOR_K4" |
Governor K4 type: real float indexed
| #define GOVERNOR_K5 "GOVERNOR_K5" |
Governor K5 type: real float indexed
| #define GOVERNOR_K6 "GOVERNOR_K6" |
Governor K6 type: real float indexed
| #define GOVERNOR_K7 "GOVERNOR_K7" |
Governor K7 type: real float indexed
| #define GOVERNOR_K8 "GOVERNOR_K8" |
Governor K8 type: real float indexed
| #define GOVERNOR_KA "GOVERNOR_KA" |
Governor KA type: real float indexed
| #define GOVERNOR_KD "GOVERNOR_KD" |
Governor KD type: real float indexed
| #define GOVERNOR_KDGOV "GOVERNOR_KDGOV" |
Governor KDGOV type: real float indexed
| #define GOVERNOR_KG "GOVERNOR_KG" |
Governor GV5 type: real float indexed
| #define GOVERNOR_KI "GOVERNOR_KI" |
Governor KI type: real float indexed
| #define GOVERNOR_KIGOV "GOVERNOR_KIGOV" |
Governor KIGOV type: real float indexed
| #define GOVERNOR_KILOAD "GOVERNOR_KILOAD" |
Governor KILOAD type: real float indexed
| #define GOVERNOR_KIMW "GOVERNOR_KIMW" |
Governor KIMW type: real float indexed
| #define GOVERNOR_KP "GOVERNOR_KP" |
Governor KP type: real float indexed
| #define GOVERNOR_KPGOV "GOVERNOR_KPGOV" |
Governor KPGOV type: real float indexed
| #define GOVERNOR_KPLOAD "GOVERNOR_KPLOAD" |
Governor KPLOAD type: real float indexed
| #define GOVERNOR_KTURB "GOVERNOR_KTURB" |
Governor KTURB type: real float indexed
| #define GOVERNOR_LDREF "GOVERNOR_LDREF" |
Governor LDREF type: real float indexed
| #define GOVERNOR_M "GOVERNOR_M" |
Governor M type: integer indexed
| #define GOVERNOR_MAXERR "GOVERNOR_MAXERR" |
Governor MAXERR type: real float indexed
| #define GOVERNOR_MINERR "GOVERNOR_MINERR" |
Governor MINERR type: real float indexed
| #define GOVERNOR_MODEL "GOVERNOR_MODEL" |
Governor model type: string indexed
| #define GOVERNOR_PGV1 "GOVERNOR_PGV1" |
Governor PGV1 type: real float indexed
| #define GOVERNOR_PGV2 "GOVERNOR_PGV2" |
Governor PGV2 type: real float indexed
| #define GOVERNOR_PGV3 "GOVERNOR_PGV3" |
Governor PGV3 type: real float indexed
| #define GOVERNOR_PGV4 "GOVERNOR_PGV4" |
Governor PGV4 type: real float indexed
| #define GOVERNOR_PGV5 "GOVERNOR_PGV5" |
Governor PGV5 type: real float indexed
| #define GOVERNOR_PMAX "GOVERNOR_PMAX" |
Governor PMAX type: real float indexed
| #define GOVERNOR_PMIN "GOVERNOR_PMIN" |
Governor PMIN type: real float indexed
| #define GOVERNOR_R "GOVERNOR_R" |
Governor R type: real float indexed
| #define GOVERNOR_RCLOSE "GOVERNOR_RCLOSE" |
Governor RCLOSE type: real float indexed
| #define GOVERNOR_RDOWN "GOVERNOR_RDOWN" |
Governor RDOWN type: real float indexed
| #define GOVERNOR_ROPEN "GOVERNOR_ROPEN" |
Governor ROPEN type: real float indexed
| #define GOVERNOR_RSELECT "GOVERNOR_RSELECT" |
Governor RSELECT type: real float indexed
| #define GOVERNOR_RUP "GOVERNOR_RUP" |
Governor RUP type: real float indexed
| #define GOVERNOR_T1 "GOVERNOR_T1" |
Governor T1 type: real float indexed
| #define GOVERNOR_T2 "GOVERNOR_T2" |
Governor T2 type: real float indexed
| #define GOVERNOR_T3 "GOVERNOR_T3" |
Governor T3 type: real float indexed
| #define GOVERNOR_T4 "GOVERNOR_T4" |
Governor T4 type: real float indexed
| #define GOVERNOR_T5 "GOVERNOR_T5" |
Governor T5 type: real float indexed
| #define GOVERNOR_T6 "GOVERNOR_T6" |
Governor T6 type: real float indexed
| #define GOVERNOR_T7 "GOVERNOR_T7" |
Governor T7 type: real float indexed
| #define GOVERNOR_TA "GOVERNOR_TA" |
Governor TA type: real float indexed
| #define GOVERNOR_TACT "GOVERNOR_TACT" |
Governor TACT type: real float indexed
| #define GOVERNOR_TB "GOVERNOR_TB" |
Governor TB type: real float indexed
| #define GOVERNOR_TC "GOVERNOR_TC" |
Governor TC type: real float indexed
| #define GOVERNOR_TD "GOVERNOR_TD" |
Governor TD type: real float indexed
| #define GOVERNOR_TDGOV "GOVERNOR_TDGOV" |
Governor TDGOV type: real float indexed
| #define GOVERNOR_TENG "GOVERNOR_TENG" |
Governor TENG type: real float indexed
| #define GOVERNOR_TF "GOVERNOR_TF" |
Governor TF type: real float indexed
| #define GOVERNOR_TFLOAD "GOVERNOR_TFLOAD" |
Governor TFLOAD type: real float indexed
| #define GOVERNOR_TP "GOVERNOR_TP" |
Governor TP type: real float indexed
| #define GOVERNOR_TPELEC "GOVERNOR_TPELEC" |
Governor TPELEC type: real float indexed
| #define GOVERNOR_TRATE "GOVERNOR_TRATE" |
Governor TRATE type: real float indexed
| #define GOVERNOR_TRATE "GOVERNOR_TRATE" |
Governor TRATE type: real float indexed
| #define GOVERNOR_TSA "GOVERNOR_TSA" |
Governor TSA type: real float indexed
| #define GOVERNOR_TSB "GOVERNOR_TSB" |
Governor TSB type: real float indexed
| #define GOVERNOR_TT "GOVERNOR_TT" |
Governor TT type: real float indexed
| #define GOVERNOR_TTURB "GOVERNOR_TTURB" |
Governor TTURB type: real float indexed
| #define GOVERNOR_UC "GOVERNOR_UC" |
Governor UC type: real float indexed
| #define GOVERNOR_UO "GOVERNOR_UO" |
Governor UO type: real float indexed
| #define GOVERNOR_VELCLOSE "GOVERNOR_VELCLOSE" |
Governor VELCLOSE type: real float indexed
| #define GOVERNOR_VELOPEN "GOVERNOR_VELOPEN" |
Governor VELOPEN type: real float indexed
| #define GOVERNOR_VMAX "GOVERNOR_VMAX" |
Governor VMAX type: real float indexed
| #define GOVERNOR_VMIN "GOVERNOR_VMIN" |
Governor VMIN type: real float indexed
| #define GOVERNOR_WFNL "GOVERNOR_WFNL" |
Governor WFNL type: real float indexed
| #define HAS_EXCITER "HAS_EXCITER" |
Flag to indicate that exciter is present type: boolean indexed
| #define HAS_GOVERNOR "HAS_GOVERNOR" |
Flag to indicate that governor is present type: boolean indexed
| #define HAS_PSS "HAS_PSS" |
Flag to indicate that PSSSIM is present type: boolean indexed
| #define INTERAREA_TRANSFER_FROM "INTERAREA_TRANSFER_FROM" |
From area number of interarea transfer type: integer
| #define INTERAREA_TRANSFER_PTRAN "INTERAREA_TRANSFER_PTRAN" |
MW comprising this transfer type: real float
| #define INTERAREA_TRANSFER_TO "INTERAREA_TRANSFER_TO" |
To area number of interarea transfer type: integer
| #define INTERAREA_TRANSFER_TRID "INTERAREA_TRANSFER_TRID" |
Single-character (0 through 9 or A through Z) upper case interarea transfer identifier used to distinguish among multiple transfers type: character
| #define LOAD_A "LOAD_A" |
Load A type: float indexed
| #define LOAD_A1 "LOAD_A1" |
Load A1 type: float indexed
| #define LOAD_A2 "LOAD_A2" |
Load A2 type: float indexed
| #define LOAD_A3 "LOAD_A3" |
Load A3 type: float indexed
| #define LOAD_A4 "LOAD_A4" |
Load A4 type: float indexed
| #define LOAD_A5 "LOAD_A5" |
Load A5 type: float indexed
| #define LOAD_A6 "LOAD_A6" |
Load A6 type: float indexed
| #define LOAD_A7 "LOAD_A7" |
Load A7 type: float indexed
| #define LOAD_A8 "LOAD_A8" |
Load A8 type: float indexed
| #define LOAD_AREA "LOAD_AREA" |
Area to which the load is assigned type: integer indexed
| #define LOAD_B "LOAD_B" |
Load B type: float indexed
| #define LOAD_BSS "LOAD_BSS" |
Load BSS type: float indexed
| #define LOAD_BUSNUMBER "LOAD_BUSNUMBER" |
The Bus number to which the load is connected type: integer indexed
| #define LOAD_C0 "LOAD_C0" |
Load C0 type: float indexed
| #define LOAD_CMPKPF "LOAD_CMPKPF" |
Load CMPKPF type: float indexed
| #define LOAD_CMPKQF "LOAD_CMPKQF" |
Load CMPKQF type: float indexed
| #define LOAD_COMPLF "LOAD_COMPLF" |
Load COMPLF type: float indexed
| #define LOAD_COMPPF "LOAD_COMPPF" |
Load COMPPF type: float indexed
| #define LOAD_D "LOAD_D" |
Load D type: float indexed
| #define LOAD_E "LOAD_E" |
Load E type: float indexed
| #define LOAD_E1 "LOAD_E1" |
Load E1 type: float indexed
| #define LOAD_E2 "LOAD_E2" |
Load E2 type: float indexed
| #define LOAD_ETRQ "LOAD_ETRQ" |
Load ETRQ type: float indexed
| #define LOAD_ETRQA "LOAD_ETRQA" |
Load ETRQA type: float indexed
| #define LOAD_ETRQB "LOAD_ETRQB" |
Load ETRQB type: float indexed
| #define LOAD_ETRQC "LOAD_ETRQC" |
Load ETRQC type: float indexed
| #define LOAD_FB "LOAD_FB" |
Load FB type: float indexed
| #define LOAD_FEL "LOAD_FEL" |
Load FEL type: float indexed
| #define LOAD_FMA "LOAD_FMA" |
Load FMA type: float indexed
| #define LOAD_FMB "LOAD_FMB" |
Load FMB type: float indexed
| #define LOAD_FMC "LOAD_FMC" |
Load FMC type: float indexed
| #define LOAD_FMD "LOAD_FMD" |
Load FMD type: float indexed
| #define LOAD_FRCEL "LOAD_FRCEL" |
Load FRCEL type: float indexed
| #define LOAD_FRST "LOAD_FRST" |
Load FRST type: float indexed
| #define LOAD_FTR1 "LOAD_FTR1" |
Load FTR1 type: float indexed
| #define LOAD_FTR1A "LOAD_FTR1A" |
Load FTR1A type: float indexed
| #define LOAD_FTR1B "LOAD_FTR1B" |
Load FTR1B type: float indexed
| #define LOAD_FTR1C "LOAD_FTR1C" |
Load FTR1C type: float indexed
| #define LOAD_FTR2 "LOAD_FTR2" |
Load FTR2 type: float indexed
| #define LOAD_FTR2A "LOAD_FTR2A" |
Load FTR2A type: float indexed
| #define LOAD_FTR2B "LOAD_FTR2B" |
Load FTR2B type: float indexed
| #define LOAD_FTR2C "LOAD_FTR2C" |
Load FTR2C type: float indexed
| #define LOAD_FUVR "LOAD_FUVR" |
Load FUVR type: float indexed
| #define LOAD_H "LOAD_H" |
Load H type: float indexed
| #define LOAD_HA "LOAD_HA" |
Load HA type: float indexed
| #define LOAD_HB "LOAD_HB" |
Load HB type: float indexed
| #define LOAD_HC "LOAD_HC" |
Load HC type: float indexed
| #define LOAD_ID "LOAD_ID" |
Non-blank alphanumeric identifier to distinguish different loads connected to the same bus. Default value: ’1’ type: string indexed
| #define LOAD_INTRPT "LOAD_INTRPT" |
Interruptible load flag type: integer indexed
| #define LOAD_IP "LOAD_IP" |
Active power component of constant current load; entered in MW type: real float indexed
| #define LOAD_IQ "LOAD_IQ" |
Reactive power component of constant current load; entered in Mvar type: real float indexed
| #define LOAD_IT "LOAD_IT" |
Load IT type: integer indexed
| #define LOAD_KP1 "LOAD_KP1" |
Load KP1 type: float indexed
| #define LOAD_KP2 "LOAD_KP2" |
Load KP2 type: float indexed
| #define LOAD_KQ1 "LOAD_KQ1" |
Load KQ1 type: float indexed
| #define LOAD_KQ2 "LOAD_KQ2" |
Load KQ2 type: float indexed
| #define LOAD_LFADJ "LOAD_LFADJ" |
Load LFADJ type: float indexed
| #define LOAD_LFM "LOAD_LFM" |
Load LFM type: float indexed
| #define LOAD_LFMA "LOAD_LFMA" |
Load LFMA type: float indexed
| #define LOAD_LFMB "LOAD_LFMB" |
Load LFMB type: float indexed
| #define LOAD_LFMC "LOAD_LFMC" |
Load LFMC type: float indexed
| #define LOAD_LFMD "LOAD_LFMD" |
Load LFMD type: float indexed
| #define LOAD_LP "LOAD_LP" |
Load LP type: float indexed
| #define LOAD_LPA "LOAD_LPA" |
Load LPA type: float indexed
| #define LOAD_LPB "LOAD_LPB" |
Load LPB type: float indexed
| #define LOAD_LPC "LOAD_LPC" |
Load LPC type: float indexed
| #define LOAD_LPP "LOAD_LPP" |
Load LPP type: float indexed
| #define LOAD_LPPA "LOAD_LPPA" |
Load LPPA type: float indexed
| #define LOAD_LPPB "LOAD_LPPB" |
Load LPPB type: float indexed
| #define LOAD_LPPC "LOAD_LPPC" |
Load LPPC type: float indexed
| #define LOAD_LS "LOAD_LS" |
Load LS type: float indexed
| #define LOAD_LSA "LOAD_LSA" |
Load LSA type: float indexed
| #define LOAD_LSB "LOAD_LSB" |
Load LSB type: float indexed
| #define LOAD_LSC "LOAD_LSC" |
Load LSC type: float indexed
| #define LOAD_LTC "LOAD_LTC" |
Load LTC type: float indexed
| #define LOAD_MBASE "LOAD_MBASE" |
Load MBASE type: float indexed
| #define LOAD_MODEL "LOAD_MODEL" |
Alphanumeric string describing load model type: string indexed
| #define LOAD_MTP "LOAD_MTP" |
Load MTP type: integer indexed
| #define LOAD_MTPA "LOAD_MTPA" |
Load MTPA type: integer indexed
| #define LOAD_MTPB "LOAD_MTPB" |
Load MTPB type: integer indexed
| #define LOAD_MTPC "LOAD_MTPC" |
Load MTPC type: integer indexed
| #define LOAD_MTPD "LOAD_MTPD" |
Load MTPD type: integer indexed
| #define LOAD_MVA "LOAD_MVA" |
Load MVA type: float indexed
| #define LOAD_N1 "LOAD_N1" |
Load N1 type: float indexed
| #define LOAD_N2 "LOAD_N2" |
Load N2 type: float indexed
| #define LOAD_N3 "LOAD_N3" |
Load N3 type: float indexed
| #define LOAD_N4 "LOAD_N4" |
Load N4 type: float indexed
| #define LOAD_N5 "LOAD_N5" |
Load N5 type: float indexed
| #define LOAD_N6 "LOAD_N6" |
Load N6 type: float indexed
| #define LOAD_NP1 "LOAD_NP1" |
Load NP1 type: float indexed
| #define LOAD_NP2 "LOAD_NP2" |
Load NP2 type: float indexed
| #define LOAD_NQ1 "LOAD_NQ1" |
Load NQ1 type: float indexed
| #define LOAD_NQ2 "LOAD_NQ2" |
Load NQ2 type: float indexed
| #define LOAD_NUMBER "LOAD_NUMBER" |
Number of loads on bus type: integer
| #define LOAD_OWNER "LOAD_OWNER" |
Owner to which load is assigned type: integer indexed
| #define LOAD_P1C "LOAD_P1C" |
Load P1C type: float indexed
| #define LOAD_P1E "LOAD_P1E" |
Load P1E type: float indexed
| #define LOAD_P2C "LOAD_P2C" |
Load P2C type: float indexed
| #define LOAD_P2E "LOAD_P2E" |
Load P2E type: float indexed
| #define LOAD_PFEL "LOAD_PFEL" |
Load PFEL type: float indexed
| #define LOAD_PFREQ "LOAD_PFREQ" |
Load PFREQ type: float indexed
| #define LOAD_PFS "LOAD_PFS" |
Load PFS type: float indexed
| #define LOAD_PL "LOAD_PL" |
Active power component of constant power load; entered in MW type: real float indexed
| #define LOAD_PMULT "LOAD_PMULT" |
Load PMULT type: float indexed
| #define LOAD_Q1C "LOAD_Q1C" |
Load Q1C type: float indexed
| #define LOAD_Q1E "LOAD_Q1E" |
Load Q1E type: float indexed
| #define LOAD_Q2C "LOAD_Q2C" |
Load Q2C type: float indexed
| #define LOAD_Q2E "LOAD_Q2E" |
Load Q2E type: float indexed
| #define LOAD_QFREQ "LOAD_QFREQ" |
Load QFREQ type: float indexed
| #define LOAD_QL "LOAD_QL" |
Reactive power component of constant power load; entered in MVar type: real float indexed
| #define LOAD_R1 "LOAD_R1" |
Load R1 type: float indexed
| #define LOAD_R2 "LOAD_R2" |
Load R2 type: float indexed
| #define LOAD_RA "LOAD_RA" |
Load RA type: float indexed
| #define LOAD_RCOMP "LOAD_RCOMP" |
Load RCOMP type: float indexed
| #define LOAD_RFDR "LOAD_RFDR" |
Load RFDR type: float indexed
| #define LOAD_RS "LOAD_RS" |
Load RS type: float indexed
| #define LOAD_RSA "LOAD_RSA" |
Load RSA type: float indexed
| #define LOAD_RSB "LOAD_RSB" |
Load RSB type: float indexed
| #define LOAD_RSC "LOAD_RSC" |
Load RSC type: float indexed
| #define LOAD_RSTALL "LOAD_RSTALL" |
Load RSTALL type: float indexed
| #define LOAD_SCALE "LOAD_SCALE" |
Load scaling flag type: integer indexed
| #define LOAD_SE1 "LOAD_SE1" |
Load SE1 type: float indexed
| #define LOAD_SE2 "LOAD_SE2" |
Load SE2 type: float indexed
| #define LOAD_STATUS "LOAD_STATUS" |
Load status 1: in-service 0: out-of-service Default value is 1 type: integer indexed
| #define LOAD_STEP "LOAD_STEP" |
Load STEP type: float indexed
| #define LOAD_TB "LOAD_TB" |
Load TB type: float indexed
| #define LOAD_TDEL "LOAD_TDEL" |
Load TDEL type: float indexed
| #define LOAD_TF "LOAD_TF" |
Load TF type: float indexed
| #define LOAD_TFIXHS "LOAD_TFIXHS" |
Load TFIXHS type: float indexed
| #define LOAD_TFIXLS "LOAD_TFIXLS" |
Load TFIXLS type: float indexed
| #define LOAD_TH1T "LOAD_TH1T" |
Load TH1T type: float indexed
| #define LOAD_TH2T "LOAD_TH2T" |
Load TH2T type: float indexed
| #define LOAD_TI "LOAD_TI" |
Load TI type: float indexed
| #define LOAD_TMAX "LOAD_TMAX" |
Load TMAX type: float indexed
| #define LOAD_TMIN "LOAD_TMIN" |
Load TMIN type: float indexed
| #define LOAD_TNOM "LOAD_TNOM" |
Load TNOM type: float indexed
| #define LOAD_TPO "LOAD_TPO" |
Load TPO type: float indexed
| #define LOAD_TPOA "LOAD_TPOA" |
Load TPOA type: float indexed
| #define LOAD_TPOB "LOAD_TPOB" |
Load TPOB type: float indexed
| #define LOAD_TPOC "LOAD_TPOC" |
Load TPOC type: float indexed
| #define LOAD_TPPO "LOAD_TPPO" |
Load TPPO type: float indexed
| #define LOAD_TPPOA "LOAD_TPPOA" |
Load TPPOA type: float indexed
| #define LOAD_TPPOB "LOAD_TPPOB" |
Load TPPOB type: float indexed
| #define LOAD_TPPOC "LOAD_TPPOC" |
Load TPPOC type: float indexed
| #define LOAD_TRC1 "LOAD_TRC1" |
Load TRC1 type: float indexed
| #define LOAD_TRC1A "LOAD_TRC1A" |
Load TRC1A type: float indexed
| #define LOAD_TRC1B "LOAD_TRC1B" |
Load TRC1B type: float indexed
| #define LOAD_TRC1C "LOAD_TRC1C" |
Load TRC1C type: float indexed
| #define LOAD_TRC2 "LOAD_TRC2" |
Load TRC2 type: float indexed
| #define LOAD_TRC2A "LOAD_TRC2A" |
Load TRC2A type: float indexed
| #define LOAD_TRC2B "LOAD_TRC2B" |
Load TRC2B type: float indexed
| #define LOAD_TRC2C "LOAD_TRC2C" |
Load TRC2C type: float indexed
| #define LOAD_TRESTART "LOAD_TRESTART" |
Load TRESTART type: float indexed
| #define LOAD_TRST "LOAD_TRST" |
Load TRST type: float indexed
| #define LOAD_TSTALL "LOAD_TSTALL" |
Load TSTALL type: float indexed
| #define LOAD_TTAP "LOAD_TTAP" |
Load TTAP type: float indexed
| #define LOAD_TTH "LOAD_TTH" |
Load TTH type: float indexed
| #define LOAD_TTR1 "LOAD_TTR1" |
Load TTR1 type: float indexed
| #define LOAD_TTR1A "LOAD_TTR1A" |
Load TTR1A type: float indexed
| #define LOAD_TTR1B "LOAD_TTR1B" |
Load TTR1B type: float indexed
| #define LOAD_TTR1C "LOAD_TTR1C" |
Load TTR1C type: float indexed
| #define LOAD_TTR2 "LOAD_TTR2" |
Load TTR2 type: float indexed
| #define LOAD_TTR2A "LOAD_TTR2A" |
Load TTR2A type: float indexed
| #define LOAD_TTR2B "LOAD_TTR2B" |
Load TTR2B type: float indexed
| #define LOAD_TTR2C "LOAD_TTR2C" |
Load TTR2C type: float indexed
| #define LOAD_TV "LOAD_TV" |
Load TV type: float indexed
| #define LOAD_UVTR1 "LOAD_UVTR1" |
Load UVTR1 type: float indexed
| #define LOAD_UVTR2 "LOAD_UVTR2" |
Load UVTR2 type: float indexed
| #define LOAD_VBRK "LOAD_VBRK" |
Load VBRK type: float indexed
| #define LOAD_VC1OFF "LOAD_VC1OFF" |
Load VC1OFF type: float indexed
| #define LOAD_VC1ON "LOAD_VC1ON" |
Load VC1ON type: float indexed
| #define LOAD_VC2OFF "LOAD_VC2OFF" |
Load VC2OFF type: float indexed
| #define LOAD_VC2ON "LOAD_VC2ON" |
Load VC2ON type: float indexed
| #define LOAD_VD1 "LOAD_VD1" |
Load VD1 type: float indexed
| #define LOAD_VD2 "LOAD_VD2" |
Load VD2 type: float indexed
| #define LOAD_VI "LOAD_VI" |
Load VI type: float indexed
| #define LOAD_VMAX "LOAD_VMAX" |
Load VMAX type: float indexed
| #define LOAD_VMIN "LOAD_VMIN" |
Load VMIN type: float indexed
| #define LOAD_VRC1 "LOAD_VRC1" |
Load VRC1 type: float indexed
| #define LOAD_VRC1A "LOAD_VRC1A" |
Load VRC1A type: float indexed
| #define LOAD_VRC1B "LOAD_VRC1B" |
Load VRC1B type: float indexed
| #define LOAD_VRC1C "LOAD_VRC1C" |
Load VRC1C type: float indexed
| #define LOAD_VRC2 "LOAD_VRC2" |
Load VRC2 type: float indexed
| #define LOAD_VRC2A "LOAD_VRC2A" |
Load VRC2A type: float indexed
| #define LOAD_VRC2B "LOAD_VRC2B" |
Load VRC2B type: float indexed
| #define LOAD_VRC2C "LOAD_VRC2C" |
Load VRC2C type: float indexed
| #define LOAD_VRST "LOAD_VRST" |
Load VRST type: float indexed
| #define LOAD_VSTALL "LOAD_VSTALL" |
Load VSTALL type: float indexed
| #define LOAD_VTR1 "LOAD_VTR1" |
Load VTR1 type: float indexed
| #define LOAD_VTR1A "LOAD_VTR1A" |
Load VTR1A type: float indexed
| #define LOAD_VTR1B "LOAD_VTR1B" |
Load VTR1B type: float indexed
| #define LOAD_VTR1C "LOAD_VTR1C" |
Load VTR1C type: float indexed
| #define LOAD_VTR2 "LOAD_VTR2" |
Load VTR2 type: float indexed
| #define LOAD_VTR2A "LOAD_VTR2A" |
Load VTR2A type: float indexed
| #define LOAD_VTR2B "LOAD_VTR2B" |
Load VTR2B type: float indexed
| #define LOAD_VTR2C "LOAD_VTR2C" |
Load VTR2C type: float indexed
| #define LOAD_X1 "LOAD_X1" |
Load X1 type: float indexed
| #define LOAD_X2 "LOAD_X2" |
Load X1 type: float indexed
| #define LOAD_XA "LOAD_XA" |
Load XA type: float indexed
| #define LOAD_XCOMP "LOAD_XCOMP" |
Load XCOMP type: float indexed
| #define LOAD_XFDR "LOAD_XFDR" |
Load XFDR type: float indexed
| #define LOAD_XM "LOAD_XM" |
Load XM type: float indexed
| #define LOAD_XSTALL "LOAD_XSTALL" |
Load XSTALL type: float indexed
| #define LOAD_XXF "LOAD_XXF" |
Load XXF type: float indexed
| #define LOAD_YP "LOAD_YP" |
Active power component of constant admittance load; entered in MW type: real float indexed
| #define LOAD_YQ "LOAD_YQ" |
Reactive power component of constant admittance load; entered in MVar type: real float indexed
| #define LOAD_ZONE "LOAD_ZONE" |
Zone to which the load is assigned type: integer indexed
| #define MULTI_SEC_LINE_DUM1 "MULTI_SEC_LINE_DUM1" |
Bus numbers of the "dummy buses" connected by the branches that comprise this multisection line grouping. No defaults allowed. type: integer
| #define MULTI_SEC_LINE_DUM2 "MULTI_SEC_LINE_DUM2" |
| #define MULTI_SEC_LINE_DUM3 "MULTI_SEC_LINE_DUM3" |
| #define MULTI_SEC_LINE_DUM4 "MULTI_SEC_LINE_DUM4" |
| #define MULTI_SEC_LINE_DUM5 "MULTI_SEC_LINE_DUM5" |
| #define MULTI_SEC_LINE_DUM6 "MULTI_SEC_LINE_DUM6" |
| #define MULTI_SEC_LINE_DUM7 "MULTI_SEC_LINE_DUM7" |
| #define MULTI_SEC_LINE_DUM8 "MULTI_SEC_LINE_DUM8" |
| #define MULTI_SEC_LINE_DUM9 "MULTI_SEC_LINE_DUM9" |
| #define MULTI_SEC_LINE_ID "MULTI_SEC_LINE_ID" |
Two-character upper case alphanumeric multisection line grouping identifier. type: string
| #define MULTI_SEC_LINE_MET "MULTI_SEC_LINE_MET" |
Metered end flag <= 1 to designate from bus as the metered end >= 2 to designate to bus as metered end type: integer
| #define NEW_BRANCH_TYPE "NEW_BRANCH_TYPE" |
Alpha-numeric identifier assigned to new branches that may be as part of the parsing process type: string
| #define NEW_BUS_TYPE "NEW_BUS_TYPE" |
Alpha-numeric identifier assigned to new buses that may be as part of the parsing process type: string
| #define OWNER_NAME "OWNER_NAME" |
Owner name type: integer
| #define OWNER_NUMBER "OWNER_NUMBER" |
Owner number type: integer
| #define PSS_MODEL "PSS_MODEL" |
Exciter model type: string indexed
| #define PSSSIM_BUS1 "PSSSIM_BUS1" |
PSSSIM bus1 type: ineger indexed
| #define PSSSIM_BUS2 "PSSSIM_BUS2" |
PSSSIM bus2 type: ineger indexed
| #define PSSSIM_BUS3 "PSSSIM_BUS3" |
PSSSIM bus3 type: ineger indexed
| #define PSSSIM_BUS4 "PSSSIM_BUS4" |
PSSSIM bus4 type: ineger indexed
| #define PSSSIM_BUS5 "PSSSIM_BUS5" |
PSSSIM bus5 type: ineger indexed
| #define PSSSIM_BUS6 "PSSSIM_BUS6" |
PSSSIM bus6 type: ineger indexed
| #define PSSSIM_GAINK "PSSSIM_GAINK" |
PSSSIM gainK type: real float indexed
| #define PSSSIM_INPUTTYPE "PSSSIM_INPUTTYPE" |
PSSSIM inputtype type: integer indexed
| #define PSSSIM_MAXOUT "PSSSIM_MAXOUT" |
PSSSIM MAXOUT type: real float indexed
| #define PSSSIM_MINOUT "PSSSIM_MINOUT" |
PSSSIM MINOUT type: real float indexed
| #define PSSSIM_MODEL "PSSSIM_MODEL" |
Non-blank alphanumeric string to identify model being used for pss type: string indexed
| #define PSSSIM_T1 "PSSSIM_T1" |
PSSSIM T1 type: real float indexed
| #define PSSSIM_T2 "PSSSIM_T2" |
PSSSIM T2 type: real float indexed
| #define PSSSIM_T3 "PSSSIM_T3" |
PSSSIM T3 type: real float indexed
| #define PSSSIM_T4 "PSSSIM_T4" |
PSSSIM T4 type: real float indexed
| #define PSSSIM_TW "PSSSIM_TW" |
PSSSIM TW type: real float indexed
| #define RELAY_BLINT1 "RELAY_BLINT1" |
Relay blint1 type: real float indexed
| #define RELAY_BLINT2 "RELAY_BLINT2" |
Relay blint2 type: real float indexed
| #define RELAY_BLRO1 "RELAY_BLRO1" |
Relay blro1 type: real float indexed
| #define RELAY_BLRO2 "RELAY_BLRO2" |
Relay blro2 type: real float indexed
| #define RELAY_BLTYPE1 "RELAY_BLTYPE1" |
Relay bltype1 type: integer indexed
| #define RELAY_BLTYPE2 "RELAY_BLTYPE2" |
Relay bltype2 type: integer indexed
| #define RELAY_BMON "RELAY_BMON" |
Relay bmon type: integer indexed
| #define RELAY_DIRANG "RELAY_DIRANG" |
Relay dirang type: real float indexed
| #define RELAY_F1 "RELAY_F1" |
Relay f1 type: real float indexed
| #define RELAY_F2 "RELAY_F2" |
Relay f2 type: real float indexed
| #define RELAY_F3 "RELAY_F3" |
Relay f3 type: real float indexed
| #define RELAY_FL "RELAY_FL" |
Relay fl type: real float indexed
| #define RELAY_FREBUS "RELAY_FREBUS" |
Relay frequency bus type: integer indexed
| #define RELAY_FU "RELAY_FU" |
Relay fu type: real float indexed
| #define RELAY_GENID "RELAY_GENID" |
Generator ID type: string indexed
| #define RELAY_IBUS1 "RELAY_IBUS1" |
Relay ibus1 type: integer indexed
| #define RELAY_IBUS2 "RELAY_IBUS2" |
Relay ibus2 type: integer indexed
| #define RELAY_IBUS3 "RELAY_IBUS3" |
Relay ibus3 type: integer indexed
| #define RELAY_ID "RELAY_ID" |
Relay ID type: string indexed
| #define RELAY_ID1 "RELAY_ID1" |
Relay ID1 type: string indexed
| #define RELAY_ID2 "RELAY_ID2" |
Relay ID2 type: string indexed
| #define RELAY_ID3 "RELAY_ID3" |
Relay ID2 type: string indexed
| #define RELAY_JBUS "RELAY_JBUS" |
Relay jbus type: integer indexed
| #define RELAY_JBUS1 "RELAY_JBUS1" |
Relay jbus1 type: integer indexed
| #define RELAY_JBUS2 "RELAY_JBUS2" |
Relay jbus2 type: integer indexed
| #define RELAY_JBUS3 "RELAY_JBUS3" |
Relay jbus3 type: integer indexed
| #define RELAY_LID "RELAY_LID" |
Relay lid type: string indexed
| #define RELAY_MINS "RELAY_MINS" |
Relay mins type: integer indexed
| #define RELAY_MODEL "RELAY_MODEL" |
Relay model type: string indexed
| #define RELAY_MTYPE "RELAY_MTYPE" |
Relay mtype type: integer indexed
| #define RELAY_NUMBER "RELAY_NUMBER" |
Relay number type: integer
| #define RELAY_RS "RELAY_RS" |
Relay rs type: integer indexed
| #define RELAY_SEBTIME "RELAY_SEBTIME" |
Relay sebtime type: real float indexed
| #define RELAY_SERCTIME "RELAY_SERCTIME" |
Relay serctime type: real float indexed
| #define RELAY_T1 "RELAY_T1" |
Relay t1 type: real float indexed
| #define RELAY_T2 "RELAY_T2" |
Relay t2 type: real float indexed
| #define RELAY_T3 "RELAY_T3" |
Relay t3 type: real float indexed
| #define RELAY_TB "RELAY_TB" |
Relay tb type: real float indexed
| #define RELAY_THCUR "RELAY_THCUR" |
Relay thcur type: real float indexed
| #define RELAY_TP "RELAY_TP" |
Relay tp type: real float indexed
| #define RELAY_TRBTIME "RELAY_TRBTIME" |
Relay trbtime type: real float indexed
| #define RELAY_TRRCTIME "RELAY_TRRCTIME" |
Relay trrctime type: real float indexed
| #define RELAY_V1 "RELAY_V1" |
Relay v1 type: real float indexed
| #define RELAY_V2 "RELAY_V2" |
Relay v2 type: real float indexed
| #define RELAY_V3 "RELAY_V3" |
Relay v3 type: real float indexed
| #define RELAY_ZONE1_CENANG "RELAY_ZONE1_CENANG" |
Relay Zone1 cenang type: real float indexed
| #define RELAY_ZONE1_CENDIS "RELAY_ZONE1_CENDIS" |
Relay Zone1 cenang type: real float indexed
| #define RELAY_ZONE1_REACH "RELAY_ZONE1_REACH" |
Relay Zone1 reach type: real float indexed
| #define RELAY_ZONE1_TIME "RELAY_ZONE1_TIME" |
Relay Zone1 time type: real float indexed
| #define RELAY_ZONE2_CENANG "RELAY_ZONE2_CENANG" |
Relay Zone2 cenang type: real float indexed
| #define RELAY_ZONE2_CENDIS "RELAY_ZONE2_CENDIS" |
Relay Zone2 cenang type: real float indexed
| #define RELAY_ZONE2_REACH "RELAY_ZONE2_REACH" |
Relay Zone2 reach type: real float indexed
| #define RELAY_ZONE2_TIME "RELAY_ZONE2_TIME" |
Relay Zone2 time type: real float indexed
| #define RELAY_ZONE3_CENANG "RELAY_ZONE3_CENANG" |
Relay Zone2 cenang type: real float indexed
| #define RELAY_ZONE3_CENDIS "RELAY_ZONE3_CENDIS" |
Relay Zone3 cenang type: real float indexed
| #define RELAY_ZONE3_REACH "RELAY_ZONE3_REACH" |
Relay Zone3 reach type: real float indexed
| #define RELAY_ZONE3_TIME "RELAY_ZONE3_TIME" |
Relay Zone3 time type: real float indexed
| #define SHUNT_ADJM "SHUNT_ADJM" |
Adjustment method: 0 - steps and blocks are switched on in iput order, and off in reverse order 1 - steps and blocks are switched on and off such that the next highest (or lowest, as appropriate) total admittance is achieved. SHUNT_ADJM = 0 by default type: integer
| #define SHUNT_B1 "SHUNT_B1" |
Admittance increment for each of Ni steps in block i; entered in Mvar at unity voltage. Default value: 0 type: real float
| #define SHUNT_B2 "SHUNT_B2" |
| #define SHUNT_B3 "SHUNT_B3" |
| #define SHUNT_B4 "SHUNT_B4" |
| #define SHUNT_B5 "SHUNT_B5" |
| #define SHUNT_B6 "SHUNT_B6" |
| #define SHUNT_B7 "SHUNT_B7" |
| #define SHUNT_B8 "SHUNT_B8" |
| #define SHUNT_BINIT "SHUNT_BINIT" |
Initial switched shunt admittance; entered in Mvar at unity voltage Default value: 0.0 type: real float
| #define SHUNT_BUSNUMBER "SHUNT_BUSNUMBER" |
Bus number to which fixed shunt is connected type: integer
| #define SHUNT_ID "SHUNT_ID" |
Character string to identify shunt on buses with more than one shunt type: string indexed
| #define SHUNT_MODSW "SHUNT_MODSW" |
Control mode: 0 - fixed 1 - discrete adjustment, controlling voltage locally or at bus SHUNT_SWREM 2 - continuous adjustment, controlling voltage locally or at bus SHUNT_SWREM 3 - discrete adjustment, controlling reactive power output of the plant at bus SHUNT_SWREM 4 - discrete adjustment, controlling reactive power output of the VSC dc line converter at bus SHUNT_SWREM of the VSC dc line whose name is specified as SHUNT_RMIDNT 5 - discrete adjustment, controlling admittance setting of the switched shunt at bus SHUNT_SWREM. SHUNT_MODSW = 1 by default. type: integer
| #define SHUNT_N1 "SHUNT_N1" |
Number of steps for block i. The first zero value of Ni or Bi is interpreted as the end of the switched shunt blocks for bus I. Default value: 0 type: integer
| #define SHUNT_N2 "SHUNT_N2" |
| #define SHUNT_N3 "SHUNT_N3" |
| #define SHUNT_N4 "SHUNT_N4" |
| #define SHUNT_N5 "SHUNT_N5" |
| #define SHUNT_N6 "SHUNT_N6" |
| #define SHUNT_N7 "SHUNT_N7" |
| #define SHUNT_N8 "SHUNT_N8" |
| #define SHUNT_NUMBER "SHUNT_NUMBER" |
Number of fixed shunts on the bus type: integer
| #define SHUNT_RMIDNT "SHUNT_RMIDNT" |
When SHUNT_MODSW is 4, the name of the VSC dc line where the converter bus is specified in SHUNT_SWREM. When SHUNT_MODSW is 6, the name of the FACTS device where the shunt element's reactive output is to be controlled. SHUNT_RMIDNT is blank by default type: string
| #define SHUNT_RMPCT "SHUNT_RMPCT" |
Percent of the total MVar required to hold the voltage at the bus controlled by bus SWSHUNT_BUSNUMBER that are contributed by this switched shunt; SHUNT_RMPCT must be positive. SHUNT_RMPCT = 100.0 by default type: float
| #define SHUNT_STATUS "SHUNT_STATUS" |
Flag for shunt being on or off type: integer indexed
| #define SHUNT_SWCH_STAT "SHUNT_SWCH_STAT" |
Initial switched shunt status of one for in-service and zero for out-of-service SHUNT_SWCH_STAT = 1 by default type: integer
| #define SHUNT_SWREM "SHUNT_SWREM" |
Bus number of the bus whose voltage or connected equipment reactive power output is controlled by this switched shunt type: integer
| #define SHUNT_VSWHI "SHUNT_VSWHI" |
When SHUNT_MODSW is 1 or 2, the controlled voltage upper limit; entered in pu. When SHUNT_MODSW is 3, 4 or 5, the controlled reactive power range upper limit; entered in pu of the total reactive power range of the controlled voltage controlling device. SHUNT_VSWHI = 1.0 by default. type: real float
| #define SHUNT_VSWLO "SHUNT_VSWLO" |
When SHUNT_MODSW is 1 or 2, the controlled voltage lower limit; entered in pu. When SHUNT_MODSW is 3, 4 or 5, the controlled reactive power range lower limit; entered in pu of the total reactive power range of the controlled voltage controlling device. SHUNT_VSWLO = 1.0 by default type: real float
| #define SWSHUNT_BUSNUMBER "SWSHUNT_BUSNUMBER" |
Bus number to which the shunt is connected type: integer
| #define TRANSFORMER_ANG1 "TRANSFORMER_ANG1" |
The winding one phase shift angle in degrees Default value: 0.0 Type: real float indexed
| #define TRANSFORMER_BUS1 "TRANSFORMER_BUS1" |
Not parsed in PTI v23 Bus number to which the first winding is connected. type: integer
| #define TRANSFORMER_BUS2 "TRANSFORMER_BUS2" |
Not parsed in PTI v23 Bus number to which the second winding is connected type: integer
| #define TRANSFORMER_CKT "TRANSFORMER_CKT" |
Not parsed in PTI v23 Non-blank alphanumeric transformer circuit identifier type: string
| #define TRANSFORMER_CM "TRANSFORMER_CM" |
The magnetizing admittance I/O code that defines the units in which TRANSFORMER_MAG1 and TRANSFORMER_MAG2 are specified 1: for complex admittance in pu on system base quantities 2: for no load loss in watts and exciting current in pu on winding one to two base MVA and nominal voltage Default value: 1 type: integer indexed
| #define TRANSFORMER_CNXA "TRANSFORMER_CNXA" |
Winding connection angle in degrees type: float indexed
| #define TRANSFORMER_CNXA1 "TRANSFORMER_CNXA1" |
Winding connection angle in degrees Default value: 0.0 type: real float indexed
| #define TRANSFORMER_CODE1 "TRANSFORMER_CODE1" |
Transformer control mode for winding 1 tap or phase shift Default value: 0 type: integer indexed
| #define TRANSFORMER_CONT1 "TRANSFORMER_CONT1" |
Bus number of the bus for which voltage is to be controlled by the transformer turns ratio adjustment option Default value: 0 type: integer indexed
| #define TRANSFORMER_CONTROL "TRANSFORMER_CONTROL" |
Number of bus to control. If different from BUS1 or BUS2 then sign determines control. Positive sign, close to impedance (untapped) bus of transformer, negative sign is opposite type: integer indexed
| #define TRANSFORMER_CR "TRANSFORMER_CR" |
Load drop compensation impedance for voltage controlling transformers type: float indexed
| #define TRANSFORMER_CR1 "TRANSFORMER_CR1" |
Real and imaginary load drop compensation impedence for voltage controlling transformers Default value: 0.0 type: real float indexed
| #define TRANSFORMER_CW "TRANSFORMER_CW" |
The winding data I/O code which defines the units in which TRANSFORMER_WINDV1, and TRANSFORMER _WINDV2 are specified 1: off-nominal turns ratio in pu of winding bus base voltage 2: winding voltage in kV. Default value: 1 type: integer indexed
| #define TRANSFORMER_CX "TRANSFORMER_CX" |
| #define TRANSFORMER_CX1 "TRANSFORMER_CX1" |
| #define TRANSFORMER_CZ "TRANSFORMER_CZ" |
The impedance data I/O code defining the units in which R1-2, and X1-2 are specified 1: for resistance and reactance in pu on system base quantities; 2: for resistance and reactance in pu on a specified base MVA and winding bus base voltage Default value: 1 type: integer indexed
| #define TRANSFORMER_MAG1 "TRANSFORMER_MAG1" |
The magnetizing conductance, in pu on system base quantities when TRANSFORMER_CM is 1; TRANSFORMER_MAG1 is the no load loss in watts when TRANSFORMER_CM is 2 type: real float indexed
| #define TRANSFORMER_MAG2 "TRANSFORMER_MAG2" |
The magnetizing susceptance, in pu on system base quantities when CM is 1; TRANSFORMER_MAG2 is the exciting current in pu on winding one to two base MVA (SBASE1-2) and nominal voltage (NOMV1) when TRANSFORMER_CM is 2 type: real float indexed
| #define TRANSFORMER_NAME "TRANSFORMER_NAME" |
An alphanumeric identifier assigned to the transformer type: string indexed
| #define TRANSFORMER_NMETR "TRANSFORMER_NMETR" |
The nonmetered end code of either 1 (for the winding one bus) or 2 (for the winding two bus). Default value: 2 type: integer indexed
| #define TRANSFORMER_NOMV1 "TRANSFORMER_NOMV1" |
Nominal winding 1 and 2 voltage base. Default value: 0.0 type: real float indexed
| #define TRANSFORMER_NOMV2 "TRANSFORMER_NOMV2" |
| #define TRANSFORMER_NTP "TRANSFORMER_NTP" |
Number of available tap positions type: integer indexed
| #define TRANSFORMER_NTP1 "TRANSFORMER_NTP1" |
Number of tap positions available Default value: 33 type: integer indexed
| #define TRANSFORMER_OWNER "TRANSFORMER_OWNER" |
Transformer owner number type: integer indexed
| #define TRANSFORMER_R1_2 "TRANSFORMER_R1_2" |
The measured resistance of the transformer between the buses to which its first and second windings are connected. Default value: 0.0 type: real float indexed
| #define TRANSFORMER_RMA "TRANSFORMER_RMA" |
Upper and lower limits of turns ratio or phase shift type: float indexed
| #define TRANSFORMER_RMI "TRANSFORMER_RMI" |
| #define TRANSFORMER_SBASE1_2 "TRANSFORMER_SBASE1_2" |
The winding one to two base MVA of the transformer indexed type: real float
| #define TRANSFORMER_STATUS "TRANSFORMER_STATUS" |
The initial transformer status, where 1 designates in-service and 0 designates out-of-service. Default value: 1 type: integer indexed
| #define TRANSFORMER_STEP "TRANSFORMER_STEP" |
Turns ratio increment type: float indexed
| #define TRANSFORMER_TAB "TRANSFORMER_TAB" |
Number of a transformer impedence table type: integer indexed
| #define TRANSFORMER_TAB1 "TRANSFORMER_TAB1" |
The number of a transformer impedance correction table Default value: 0 type: integer indexed
| #define TRANSFORMER_TABLE "TRANSFORMER_TABLE" |
Zero or number of a transformer impedence correction tabel (1-5) type: integer indexed
| #define TRANSFORMER_VMA "TRANSFORMER_VMA" |
Upper and lower limits of controlled volts, MW or MVAR type: float indexed
| #define TRANSFORMER_VMI "TRANSFORMER_VMI" |
| #define TRANSFORMER_WINDV1 "TRANSFORMER_WINDV1" |
Winding 1 and 2. Depends on CW Default value: 1.0 type: real float indexed
| #define TRANSFORMER_WINDV2 "TRANSFORMER_WINDV2" |
| #define TRANSFORMER_X1_2 "TRANSFORMER_X1_2" |
The measured reactance of the transformer between the buses to which its first and second windings are connected. type: real float indexed
| #define XFMR_CORR_TABLE_F1 "XFMR_CORR_TABLE_F1" |
Scaling factor by which transformer nominal impedance is to be multiplied to obtain the actual transformer impedance for the corresponding "Ti" type: real float
| #define XFMR_CORR_TABLE_F10 "XFMR_CORR_TABLE_F10" |
| #define XFMR_CORR_TABLE_F2 "XFMR_CORR_TABLE_F2" |
| #define XFMR_CORR_TABLE_F3 "XFMR_CORR_TABLE_F3" |
| #define XFMR_CORR_TABLE_F4 "XFMR_CORR_TABLE_F4" |
| #define XFMR_CORR_TABLE_F5 "XFMR_CORR_TABLE_F5" |
| #define XFMR_CORR_TABLE_F6 "XFMR_CORR_TABLE_F6" |
| #define XFMR_CORR_TABLE_F7 "XFMR_CORR_TABLE_F7" |
| #define XFMR_CORR_TABLE_F8 "XFMR_CORR_TABLE_F8" |
| #define XFMR_CORR_TABLE_F9 "XFMR_CORR_TABLE_F9" |
| #define XFMR_CORR_TABLE_NUMBER "XFMR_CORR_TABLE_NUMBER" |
Impedance correction table number type: integer
| #define XFMR_CORR_TABLE_T1 "XFMR_CORR_TABLE_T1" |
Either off-nominal turns ratio in pu or phase shift angle in degrees type: real float
| #define XFMR_CORR_TABLE_T10 "XFMR_CORR_TABLE_T10" |
| #define XFMR_CORR_TABLE_T11 "XFMR_CORR_TABLE_T11" |
| #define XFMR_CORR_TABLE_T11 "XFMR_CORR_TABLE_T11" |
| #define XFMR_CORR_TABLE_T2 "XFMR_CORR_TABLE_T2" |
| #define XFMR_CORR_TABLE_T3 "XFMR_CORR_TABLE_T3" |
| #define XFMR_CORR_TABLE_T4 "XFMR_CORR_TABLE_T4" |
| #define XFMR_CORR_TABLE_T5 "XFMR_CORR_TABLE_T5" |
| #define XFMR_CORR_TABLE_T6 "XFMR_CORR_TABLE_T6" |
| #define XFMR_CORR_TABLE_T7 "XFMR_CORR_TABLE_T7" |
| #define XFMR_CORR_TABLE_T8 "XFMR_CORR_TABLE_T8" |
| #define XFMR_CORR_TABLE_T9 "XFMR_CORR_TABLE_T9" |
| #define ZONE_NAME "ZONE_NAME" |
Zone Name type: string
| #define ZONE_NUMBER "ZONE_NUMBER" |
Zone Number type: integer
1.6.1
