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["Template Version",null,"V6a, 11/13/2024"]
["Revisions:"]
[null,"2024-11-13","Version 6 Universal Template, beta version"]

{"sheet":"Params","index":1,"n_rows":862,"n_cols":98,"rows_kept":862,"cut":false,"hidden":false,"merged":[]}
[null,"Parameter Name Page; Users Please Do Not Edit"]
[null,0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70]
["MODEL","GENQECU","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",16,"DESCRIP","WECC Generator Model"]
["INAMES","SAT,0=expoential 1=quadratic"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T'qo,Transient q-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X'q,Reactance-Quad Transient Unsat","X\"d,Reactance-Subtrans d Unsat","X\"q,Reactance-Subtrans q Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point","Kw,Field current compensation factor (≥ 0)"]
["ORIDES"]
["MAXMINS"]
["MODEL","GENTPJ1","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16,"DESCRIP","WECC Type J generator model"]
["INAMES"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T'qo,Transient q-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X'q,Reactance-Quad Transient Unsat","X\"d,Reactance-Subtrans d Unsat","X\"q,Reactance-Subtrans q Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point","Kis,Current Multiplier for Saturation"]
["MAXMINS"]
["MODEL","GENROU","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14,"DESCRIP","Round Rotor Gen (Quadratic Saturation)"]
["INAMES"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T'qo,Transient q-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X'q,Reactance-Quad Transient Unsat","X\"d=X\"q,Reactance-Subtrans Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point"]
["MAXMINS"]
["MODEL","GENROE","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14,"DESCRIP","Round Rotor Gen (Exponential Saturation"]
["INAMES"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T'qo,Transient q-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X'q,Reactance-Quad Transient Unsat","X\"d=X\"q,Reactance-Subtrans Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point"]
["MAXMINS"]
["MODEL","GENSAL","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12,"DESCRIP","Salient Pole  (Quadratic Saturation on d-Axis)"]
["INAMES"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X\"d=X\"q,Reactance-Subtrans Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point"]
["MAXMINS"]
["MODEL","GENSAE","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12,"DESCRIP","Salient Pole Gen (Exponential Saturation both axes)"]
["INAMES"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X\"d=X\"q,Reactance-Subtrans Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point"]
["MAXMINS"]
["MODEL","GENDCO","CAT","G_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",15,"DESCRIP","Round Rotor Gen with dc offset Torque Component"]
["INAMES"]
["JNAMES","T'do,Transient d-axis","T\"do,Subtransient d-axis","T'qo,Transient q-axis","T\"qo,Subtransient q-axis","H,Inertia (MW-sec/MVA)","D,speed Damping","Xd,Reactance-Direct Unsaturated","Xq,Reactance-Quad Unsaturated","X'd,Reactance-Direct Transient Unsat","X'q,Reactance-Quad Transient Unsat","X\"d=X\"q,Reactance-Subtrans Unsat","Xl,Leakage Reactance","S(1.0),Saturation First Point","S(1.2),Saturation Second Point","Ta,Torque Component"]
["MAXMINS"]
["MODEL","REGCAU1","CAT","G_IBR","UDM",1,"PREAMBLE","101 1 1 14 3 4","NUMICONS",1,"NUMCONS",14,"DESCRIP","Renewable Energy Gen"]
["INAMES","Lvplsw, Low Volt Pwr Logic Switch"]
["JNAMES","Tg, Converter time const (s)","Rrpwr, Low V Pwr Logic Ramp Limit","Brkpt, LVPL characteristic volt 2 (pu)","Zerox, LVPL characteristic volt 1 (pu)","Lvpl1, LVPL gain (pu)","Volim, Volt limit (pu) for hi-voltage var mgmnt","Lvpnt1, High-V for LV active current (pu)","Lvpnt0, Low-V for LV active current (pu)","Iolim, Current limit for HV var current (neg)","Tfltr, Volt filter time const","Khv, over-V compensation gain in HV var current","Iqrmax, upper rate limit for var current (pu)","Iqrmin, lower rate limit for var current (pu)","Accel, acceleration factor (0 < Accel ≤ 1)"]
["MAXMINS"]
["MODEL","REGCAU2","CAT","G_IBR","UDM",1,"PREAMBLE","101 1 1 15 3 4","NUMICONS",1,"NUMCONS",15,"DESCRIP","Renewable Energy Gen"]
["INAMES","Lvplsw, Low Volt Pwr Logic Switch"]
["JNAMES","Tg, Converter time const (s)","Rrpwr, Low-V Pwr Logic Ramp Rate Limit","Brkpt, LVPL characteristic volt 2 (pu)","Zerox, LVPL characteristic volt 1 (pu)","Lvpl1, LVPL gain (pu)","Volim, Volt limit (pu) for high voltage var mgmnt","Lvpnt1, High-V for LV active current (pu)","Lvpnt0, Low-V for LV active current (pu)","Iolim, Current limit (pu) for HV var current (neg)","Tfltr, Volt filter time const for LV active current","Khv, over-volt comp gain in HV var current","Iqrmax, upper rate limit for var current (pu)","Iqrmin, lower rate limit for var current (pu)","Accel, acceleration factor (0 < Accel ≤ 1)","Xe,gen effective reactance (MBASE)"]
["MAXMINS"]
["MODEL","REGCBU1","CAT","G_IBR","UDM",1,"PREAMBLE","101 1 2 7 5 8","NUMICONS",2,"NUMCONS",7,"DESCRIP","Renewable Energy Gen"]
["INAMES","RateFl,0=rate limit active current;1=limit active power","PQPriority,0=Q;1=P"]
["JNAMES","Tg,Converter Time","Tfltr,Volt Filter Time Const","Iqrmax,Rate change reactive (pu/s)","Iqrmin,Rate change reactive (pu/s<0)","rrpwr,Rate change real power (pu/s)","Te,Inner control time const","Imax,Current rating of converter"]
["MAXMINS"]
["MODEL","WT1G1","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10,"DESCRIP","Direct Type 1 Gen"]
["INAMES"]
["JNAMES","Topen,Open ckt transient","T\",Open ckt subtransient","X,synchronous reactance","X',Transient Reactance","X\",Subtransient Reactance","Xl,Leakage Reactance","E1","S(E1)","E2","S(E2)"]
["MAXMINS"]
["MODEL","WT2G1","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",19,"DESCRIP","Induction gen with controlled external rotor resistor (Type 2)"]
["INAMES"]
["JNAMES","Xa, stator resistance","Xm, magnetizing reactance","X1, rotor reactance","R_ROT_MACH, rotor resistance","R_ROT_MAX, total external resistance","E1","S(E1)","E2","S(E2)","P_REF_1,power slip curve","P_REF_2","P_REF_3","P_REF_4","P_REF_5","SLIP_1","SLIP_2","SLIP_3","SLIP_4","SLIP_5"]
["MAXMINS"]
["MODEL","WT3G1","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",5,"DESCRIP","Doubly-Fed Induction Generator (Type 3)"]
["INAMES","NTurb,Number of lumpted turbines"]
["JNAMES","Xeq, Equiv reactance for current","Kpil, PLL first integrator gain","Kipil, PLL second integrator gain","Pllmax, PLL max limit","Prated, Turbine MW rating"]
["MAXMINS"]
["MODEL","WT3G2","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",13,"DESCRIP","oubly-Fed Induction Generator (Type 3)"]
["INAMES","NTurb, Number of lumpted turbines"]
["JNAMES","TIQcmd, Converter time const IQcmd","Tipcmd, Converter time const IPcmd","KPLL, PLL gain","KIPLL, PLL integrator gain","PLLMAX, PLL max limit","Prated, Turbine MW rating","VLVPL1, LVPL volt 1 LV power logic","VLVPL2, LVPL volt 2","GLVPL, LVPL gain","VHVRCR, High volt reactive current","CURHV, HVRC logic","Rip_LVPL, rate of active current change","T_LVPL, voltage sensor for LVPL"]
["MAXMINS"]
["MODEL","WT4G1","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",9,"DESCRIP","Wind Gen with full scale power converter (Type 4)"]
["INAMES"]
["JNAMES","TIQcmd, Converter time const IQcmd","Tipcmd, Converter time const IPcmd","VLVPL1, LVPL volt 1 LV power logic","VLVPL2, LVPL volt 2","GLVPL, LVPL gain","VHVRCR, High volt reactive current","CURHV, HVRC logic","Rip_LVPL, rate of active current change","T_LVPL, voltage sensor for LVPL"]
["MAXMINS"]
["MODEL","WT4G2","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",9,"DESCRIP","Wind Gen with full scale power converter (Type 4)"]
["INAMES"]
["JNAMES","TIQcmd, Converter time const IQcmd","Tipcmd, Converter time const IPcmd","VLVPL1, LVPL volt 1 LV power logic","VLVPL2, LVPL volt 2","GLVPL, LVPL gain","VHVRCR, High volt reactive current","CURHV, HVRC logic","Rip_LVPL, rate of active current change","T_LVPL, voltage sensor for LVPL"]
["MAXMINS"]
["MODEL","PVGU1","CAT","G_IBR","UDM",1,"PREAMBLE","101 1 0 9 3 3","NUMICONS",0,"NUMCONS",9,"DESCRIP","PV Converter"]
["INAMES"]
["JNAMES","TIQcmd, Converter time const IQcmd","Tipcmd, Converter time const IPcmd","VLVPL1, LVPL volt 1 LV power logic","VLVPL2, LVPL volt 2","GLVPL, LVPL gain","VHVRCR, High volt reactive current","CURHV, HVRC logic","Rip_LVPL, rate of active current change","T_LVPL, voltage sensor for LVPL"]
["MAXMINS"]
["MODEL","AC2C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",23,"DESCRIP","IEEE 421.5 2016 AC2C Excitation System"]
["INAMES","OEL_fl,OEL 1=summing junc, 2=LV gate","UEL_fl,UEL 1=summing junc, 2=HV gate"]
["JNAMES","TR,Transducer Time","TB,Lag time","TC,Lead time","KA,Volt regulator gain","TA,Volt regulator time","VAMAX,max regulator","VAMIN,min regulator","KB,2nd stage regulator","VRMAX,regulator max","VRMIN,regulator min","TE,Exciter time","VFEMAX,max exciter field current","KH,exciter field current","KF,rate feedback gain","TF,rate feedback time","KC,commutating reactance","KD,exciter transient react","KE,exciter self-excit const","E1","S(E1)","E2","S(E2)","VEMIN,min exciter volt"]
["MAXMINS"]
["MODEL","AC1C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",21,"DESCRIP","IEEE 421.5 2016 AC1C Excitation System"]
["INAMES","OEL_fl,OEL 1=summing junc, 2=LV gate","UEL_fl,UEL 1=summing junc, 2=HV gate"]
["JNAMES","TR,Transducer Time","TB,Lag time","TC,Lead time","KA,Volt regulator gain","TA,Volt regulator time","VAMAX,max regulator","VAMIN,min regulator","TE,Exciter time","KF,rate feedback gain","TF,rate feedback time","KC,commutating reactance","KD,exciter transient react","KE,exciter self-excit const","E1","S(E1)","E2","S(E2)","VRMAX,regulator max","VRMIN,regulator min","VFEMAX,max exciter field current","VEMIN,min exciter volt"]
["MAXMINS"]
["MODEL","AC6A / USAC6AU","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",23,"DESCRIP","Modified ESAC6A Model"]
["JNAMES","TR,Transducer Time","KA,Volt regulator gain","TA,Volt regulator time","TK,Volt regulator lead","TB,Lag time","TC,Lead time","VAMAX,max regulator","VAMIN,min regulator","VRMAX,regulator max","VRMIN,regulator min","TE,Exciter time","VFEMAX,max exciter field current","KH,exciter field current","VHmax","TH,feedback lag","TJ,feedback lead","KC,commutating reactance","KD,exciter transient react","KE,exciter self-excit const","E1","S(E1)","E2","S(E2)"]
["MAXMINS"]
["MODEL","AC6C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",25,"DESCRIP","IEEE 421.5 2016 AC6C Excitation System"]
["INAMES","OEL_fl,OEL 1=summing junc, 2=LV gate","UEL_fl,UEL 1=summing junc, 2=HV gate"]
["JNAMES","TR,Transducer Time","KA,Volt regulator gain","TA,Volt regulator time","TK,Volt regulator lead","TB,Lag time","TC,Lead time","VAMAX,max regulator","VAMIN,min regulator","VRMAX,regulator max","VRMIN,regulator min","TE,Exciter time","VFEMAX,max exciter field current","KH,exciter field current","VHmax","TH,current limiter lag","TJ,current limiter lead","KC,commutating reactance","KD,exciter transient react","KE,exciter self-excit const","E1","S(E1)","E2","S(E2)","VFEmax,max exciter field","VEmin,min exciter voltage"]
["MAXMINS"]
["MODEL","AC7B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",27,"DESCRIP","IEEE 421.5 2016 AC7B Excitation System"]
["JNAMES","TR, Regulator input filter time","KPR, Regulator prop gain","KIR, Regulator integral gain","KDR, Regulator deriv gain","TDR, Regulator deriv block time","VRMAX, Regulator output max","VRMIN, Regulator output min","KPA, Voltage regulator prop","KIA, Voltage regulator integral gain","VAMAX, Regulator out max limit","VAMIN, Regulator out min limit","KP","KL","KF1","KF2","KF3","TF3","KC, Rectifier load commutating reactance","KD, Demagnetizing factor","KE, Exciter const for self-excited","TE, Exciter time const","VFEMAX, Exciter field current limit","VEMIN","E1","S(E1)","E2","S(E2)"]
["MAXMINS"]
["MODEL","AC8B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",21,"DESCRIP","IEEE 421.5 2005 AC8B Excitation System"]
["JNAMES","TR, Regulator input filter time","KPR, Regulator prop gain","KIR, Regulator integral gain","KDR, Regulator deriv gain","TDR, Regulator deriv block time","VPIDMAX, Max limit","VPIDMIN, Min limit","KA, Volt regulator prop gain","TA, Voltage regulator time const","VRMAX, Regulator out max limit","VRMIN, Regulator out min limit","KC, Rectifier load factor commutating reactance","KD, Demagnetizing factor","KE, Exciter self-excite const","TE, Exciter time const","VFEMAX, Exciter field current","VEMIN","E1","S(E1)","E2","S(E2)"]
["MAXMINS"]
["MODEL","AC8C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",27,"DESCRIP","IEEE 421.5 2016 AC8C Excitation System"]
["JNAMES","TR, Regulator input filter time","KPR, Regulator prop gain","KIR, Regulator integral gain","KDR, Regulator deriv gain","TDR, Regulator deriv block time",null,"VPIDMAX, PID max limit","VPIDMIN, PID min limit","KA, Volt regulator prop gain","TA, Volt regulator time const","VRMAX, Regulator output max","VRMIN, Regulator output min","KC, Rectifier load commutating reactance","KD, Demagnetizing factor","KE, Exciter self-excite const","TE, Exciter time const","VFEMAX, Exciter field current","VEMIN","E1","S(E1)","E2","S(E2)","KP, Potential ckt gain","KI, Potential ckt (current) gain","XL, Source reactance","θP, Potential ckt phase angle","KC1, Rectifier load fact commutate reactance","VBMAX, Max exciter field volt"]
["MAXMINS"]
["MODEL","DC4B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",18,"DESCRIP","IEEE 421.5 2005 DC4B Excitation System"]
["INAMES","OEL_fl,OEL 1=summing junc, 2=LV gate","UEL_fl,UEL 1=summing junc, 2=HV gate"]
["JNAMES","TR, Regulator input filter time","KP, Regulator prop gain","KI, Regulator integral gain","KD, Regulator deriv gain","TD, Regulator deriv block time","VRMAX, Regulator out max limit","VRMIN, Regulator out min limit","KA, Volt regulator prop gain","TA, Volt regulator time const","KE, Exciter self-excite const","TE, Exciter time const","KF, Rate feedback gain","TF, Rate feedback time","VEMIN, Min exciter volt","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESAC1A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",19]
["JNAMES","TR, Regulator input filter time const","TB, Lag time","TC, Lead time","KA, Volt regulator gain","TA, Volt regulator time","VAMAX, max regulator","VAMIN, min regulator","TE, Exciter time","KF, Rate feedback gain","TF, Rate feedback gain","KC, Commutating reactance","KD, Exciter transient reactance","KE, Exciter self-excit constant","E1","SE(E1)","E2","SE(E2)","VRMAX, regulator max","VRMIN, regulator min"]
["MAXMINS"]
["MODEL","ESAC2A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",22]
["JNAMES","TR, Regulator input filter time const","TB, Lag time","TC, Lead time","KA, Volt regulator gain","TA, Volt regulator time","VAMAX, max regulator","VAMIN, min regulator","KB, Gain","VRMAX, Regulator out max","VRMIN, Regulator out min","TE, Exciter time","VFEMAX, Exciter field limit","KH, Feedback gain","KF, Rate feedback gain","TF, Rate feedback gain","KC, Commutating reactance","KD, Exciter transient reactance","KE, Exciter self-excit constant","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESAC3A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",22]
["JNAMES","TR, Regulator input filter time const","TB, Lag time","TC, Lead time","KA, Volt regulator gain","TA, Volt regulator time","VAMAX, max regulator","VAMIN, min regulator","TE, Exciter time","VEMIN","KR","KF, Rate feedback gain","TF, Rate feedback gain","KN","EFDN","KC, Commutating reactance","KD, Exciter transient reactance","KE, Exciter self-excit constant","VFEMAX, Exciter field limit","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESAC5A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",15]
["JNAMES","TR, Regulator input filter time const","KA, Volt regulator gain","TA, Volt regulator time","VRMAX, Regulator out max","VRMIN, Regulator out min","KE, Exciter self-excit constant","TE, Exciter time","KF, Rate feedback gain","TF1","TF2","TF3","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESAC6A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",23]
["JNAMES","TR, Regulator input filter time const","KA","TA","TK","TB","TC","VAMAX, max regulator","VAMIN, min regulator","VRMAX, Regulator out max","VRMIN, Regulator out min","TE, Exciter time","VFELIM","KH","VHMAX","TH","TJ","KC","KD","KE","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESAC8B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",15]
["JNAMES","TR, Regulator input filter time const","KP, Proportional","KI, Integral","KD, Lead","TD, Lag","KA, Gain","TA, Filter time const","VRMAX, Regulator out max","VRMIN, Regulator out min","TE, Exciter time","KE, Exciter self-excit const","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESDC1A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16]
["JNAMES","TR, Regulator input filter time const","KA, Volt regulator gain","TA, Volt regulator time","TB","TC","VRMAX, regulator input max limit","VRMIN, regulator input min limit","KE, exciter time const","TE","KF","TF1","Switch","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESDC2A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16]
["JNAMES","TR, Regulator input filter time const","KA, Volt regulator gain","TA, Volt regulator time","TB","TC","VRMAX, regulator input max limit","VRMIN, regulator input min limit","KE, exciter time const","TE","KF","TF1","Switch","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","ESST1A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",18]
["INAMES","VUEL, flag 1,2, or 3","VOS, flag 1 or 2"]
["JNAMES","TR, Regulator input filter time const","VIMAX, Input volt limit","VIMIN, Input volt limit","TC, 1st lead time const","TB, 1st lag time const","TC1, 2nd lead time const","TB1, 2nd lag  time const","KA, Low pass prop gain","TA, Low pass time const","VAMAX, KA-TA filter limit","VAMIN, KA-TA filter limit","VRMAX, Final field limit","VRMIN, Final field limit","KC, Field limiter gain","KF, Feedback prop gain","TF, Feedback time const","KLR","ILR"]
["MAXMINS"]
["MODEL","ESST2A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",13]
["JNAMES","TR, Regulator input filter time const","KA, Volt regulator gain","TA, Volt regulator time","VRMAX, Final field limit","VRMIN, Final field limit","KE","TE","KF","TF","KP","KI","KC","EFDmax"]
["MAXMINS"]
["MODEL","ESST3A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",21]
["JNAMES","TR","VIMAX","VIMIN","KM","TC","TB","KA","TA","VRMAX","VRMIN","KG","KP","KI","VBMAX","KC","XL","VGMAX","θP","TM","Vmmax","Vmmin"]
["MAXMINS"]
["MODEL","ESST4B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",17]
["JNAMES","TR, Regulator input filter time const","KPR","KIR","VRMAX","VRMIN","TA","KPM","KIM","VMMAX","VMMIN","KG","KP","KI","VBMAX","KC","XL","TH_θ"]
["MAXMINS"]
["MODEL","ESURRY","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",20]
["JNAMES","TR","TA","TB","TC","TD","K10","T1","K16","KF","TF","VRMAX","VRMIN","TE","E1","SE(E1)","E2","SE(E2)","KC","KD","KE"]
["MAXMINS"]
["MODEL","EX2000","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",45]
["INAMES","1=Field current limiter included","1=Min Gate 2 included","Latch Gate 1","1=Field current limit active"]
["JNAMES","KPR","KIR","VRMAX","VRMIN","KPA","KIA","VAMAX","VAMIN","KP","KL","TE","VFEmax","KE","KC","KD","KF1","KF2","E1","S(E1)","E2","S(E2)","KVHZ, Volt/Hz gain","KRCC, Volt/reactive current gain","Tr, volt transducer time const","IFDREF1, field current 1st ref","IFDFEF2, field current 2nd","IFDREF3, field current 3rd ref","IFDREF4, field current 4th ref","I1, inverse timing const","T1","I2, inverse timing const","T2, inverse timing const","I3, inverse timing const","T3, inverse timing const","I4, inverse timing const","T4, inverse timing const","TLEAD, field limit time const","TLAG, field limiter time const","KPIFD, proportional gain","KIIFD, integral gain","IFDLIMP, max output","IFDLIMN, min output","IFDADVLIM, advance field current limit","VEMIN, exciter field minimum output","REFLIMP, vol"]
["MAXMINS"]
["MODEL","EXAC1","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",17]
["JNAMES","TR, Regulator input filter time const","TB","TC","KA, volt regulator prop gain","TA, volt regulator time const","VRMAX, regulator input maximum limit","VRMIN, regulator input minimum limit","TE, exciter time const","KF","TF","KC, rectifier loading factor prop to commutating reactance","KD, demagnetizing factor; function of AC exciter reactances","KE, exciter const related to self-excited field","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","EXAC1A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",17]
["JNAMES","TR, Regulator input filter time const","TB","TC","KA, volt regulator prop gain","TA, volt regulator time const","VRMAX, regulator input maximum limit","VRMIN, regulator input minimum limit","TE, exciter time const","KF","TF","KC, rectifier loading factor prop to commutating reactance","KD, demagnetizing factor; function of AC exciter reactances","KE, exciter const related to self-excited field","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","EXAC2","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",23]
["JNAMES","TR, Regulator input filter time const","TB","TC","KA, volt regulator prop gain","TA, volt regulator time const","VAMAX","VAMIN","KB","VRMAX","VRMIN","TE, exciter time const","KL","KH","KF","TF","KC, rectifier loading factor prop to commutating reactance","KD, demagnetizing factor; function of AC exciter reactances","KE, exciter const related to self-excited field","VLR","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","EXAC3","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",22]
["JNAMES","TR, Regulator input filter time const","TB","TC","KA, volt regulator prop gain","TA, volt regulator time const","VAMAX, regulator input max limit","VAMIN, regulator input min limit","TE, exciter time constant","KLV","KR","KF","TF","KN","EFDN","KC, rectifier loading factor prop to commutating reactance","KD, demagnetizing factor; function of AC exciter reactances","KE, exciter const related to self-excited field","VLV, exciter field limit","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","EXAC4","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10]
["JNAMES","TR","VIMAX","VIMIN","TC","TB","KA","TA","VRMAX","VRMIN","KC"]
["MAXMINS"]
["MODEL","EXBAS","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",21]
["JNAMES","TR, Transducer time const","KP, Proportional gain","KI, Integral gain","KA","TA, Bridge time const","TB, Lag time const","TC, Lead time const","VRMAX","VRMIN","KF, Rate feedback gain","TF, Rate feedback time const","TF1, Feedback lead time const","TF2, Feedback lag time const","KE, Exciter field prop const","TE, Exciter field time const","KC, Rectifier regulation factor","KD, Exciter regulation factor","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","EXDC2","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16]
["JNAMES","TR, Transducer time const","KA","TA","TB","TC","VRMAX","VRMIN","KE","TE","KF","TF1","Switch","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","EXPIC1","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",24]
["JNAMES","TR, Transducer time const","KA","TA1","VR1","VR2","TA2","TA3","TA4","VRMAX","VRMIN","KF","TF1","TF2","EFDmax","EFDmin","KE","TE","E1","SE(E1)","E2","SE(E2)","KP","KI","KC"]
["MAXMINS"]
["MODEL","EXST1","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["JNAMES","TR","VIMAX","VIMIN","TC","TB","KA","TA","VRMAX","VRMIN","KC","KF","TF"]
["MAXMINS"]
["MODEL","EXST2","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",13]
["JNAMES","TR","KA","TA","VRMAX","VRMIN","KE","TE","KF","TF","KP","KI","KC","EFDMAX"]
["MAXMINS"]
["MODEL","EXST2A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",13]
["JNAMES","TR","KA","TA","VRMAX","VRMIN","KE","TE","KF","TF","KP","KI","KC","EFDMAX"]
["MAXMINS"]
["MODEL","EXST3","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",18]
["JNAMES","TR","VIMAX","VIMIN","KJ","TC","TB","KA","TA","VRMAX","VRMIN","KG","KP","KI","EFDMAX","KC","XL","VGMAX","θρ"]
["MAXMINS"]
["MODEL","IEEET1","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14]
["JNAMES","TR","KA","TA","VRMAX","VRMIN","KE","TE","KF","TF","Switch","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","IEEET2","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14]
["JNAMES"]
["MAXMINS"]
["MODEL","IEEET3","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["JNAMES","TR","KA","TA","VRMAX","VRMIN","TE","KF","TF","KP","KI","VBMAX","KE"]
["MAXMINS"]
["MODEL","IEEET4","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",11]
["JNAMES","KR","TRH","KV","VRMAX","VRMIN","TE","KE","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","IEEET5","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10]
["JNAMES","TRH","KV","VRMAX","VRMIN","TE","KE","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","IEEEX1","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16]
["JNAMES","TR","KA","TA","TB","TC","VRMAX","VRMIN","KE","TE","KF","TF1","Switch","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","IEEEX2","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16]
["JNAMES","TR","KA","TA","TB","TC","VRMAX","VRMIN","KE","TE","KF","TF1","TF2","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","IEEEX3","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["JNAMES","TR","KA","TA","VRMAX","VRMIN","TE","KF","TF","KP","KI","VBMAX","KE"]
["MAXMINS"]
["MODEL","IEEEX4","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",11]
["JNAMES","TR","TRH","KV","VRMAX","VRMIN","TE","KE","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","IEET1A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",13]
["JNAMES","KA","TA","VRMAX","VRMIN","KE","TE","KF","TF","EFDmin","E1","SE(E1)","EFDmax","SE(EFDmax)"]
["MAXMINS"]
["MODEL","IEET1B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",18]
["JNAMES","TR","VSMAX","VSMIN","KA","TA1","VRMAX","VRMIN","TA2","KF1","TF1","KE","TE","E1","SE(E1)","E2","SE(E2)","Switch","Xe"]
["MAXMINS"]
["MODEL","IEET5A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",13]
["JNAMES","KA","TRH","KV","VRMAX","VRMIN","TE","KE","E1","SE(E1)","E2","SE(E2)","EFDmax","EFDmin"]
["MAXMINS"]
["MODEL","IEEX2A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",15]
["JNAMES","TR","KA","TA","TB","TC","VRMAX","VRMIN","KE","TE","KF","TF1","E1","SE(E1)","E2","SE(E2)"]
["MAXMINS"]
["MODEL","PVEU1","CAT","E_IBR","UDM",1,"PREAMBLE","102 0 4 24 10 4","NUMICONS",4,"NUMCONS",24]
["INAMES","Vreg_Bus, Bus # for voltage reg; 0 for local","PFAFLG, 1=Fast control enabled","VARFLG, 1=Qord from WindVar","PQFLAG, 0=Q priority; 1=P Priority"]
["JNAMES","Tw, Filter time const volt","Kpv, prop gain volt reg","Kiv, integral gain volt reg","Kpp, prop gain torque reg","Kip, integral gain torque reg","Kf, rate feedback gain","Tf, rate feedback time const","Qmx, Max limit volt reg","Qmn, Min limit volt reg","Ipmax, max active current","Trv, volt sensor time const","dPMX, max power order rate","dPMN, min power order rate","Tpower, Power ref filter time const","Kqi, volt/MVAr gain","Vmincl, min volt limit","Vmaxcl, max volt limit","Kvi, int. volt/Term volt gain","Tv, lag WindVar control","Tp, Pelec filter in fast PF","ImaxTD, converter current limit","Iphl, Hard active current limit","Iqhl, Hard reactive current limit","PMX, max power from PV plant"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","REECA1","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",45]
["INAMES","Vreg_Bus, Bus # for voltage reg; 0 for local","PFFLAG,1=pf; 0=Q","VFLAG, 1=Q; 0=Volt Control","QFLAG, 1=V or Q; 0=pf or Q","PFLAG, 1=current speed dependency","PQflag, 0=Q priority; 1=P"]
["JNAMES","Vdip, LV thresh for reactive current","Vup, HV thresh for reactive current","Trv, volt filter time const","dbd1, L volt error dead band (<=0)","dbd2, H volt error dead band (>=0)","Kqv, reactive current gain for OV/UV","Iqhl, reactive limit upper","Iqll, reactive limit lower","Vref0, Vref (0=initialize to terminal v.)","Iqfrz, Iqinj current for <Thld> after a volt dip if Thld > 0","Thld, duration to hold Iqinj at Iqfrz after v-dip returns to zero","Thld2, duration to hold active current IPMAX after v-dip zero","Tp, filter time const for electric power (pu)","Qmax, limit for reactive power regulator (pu)","Qmin, limit for reactive power regulator (pu)","Vmax, max voltage control limit (pu)","Vmin, min voltage control limit (pu)","Kqp, reative pwr regulator proportional gain (pu)","Kqi, reactive power regulator integral gain (pu)","Kvp, v-reg proportional gain","Kiv, v-regulator integral gain","Vbias, user-defined bias (normally 0)","Tiq, time const on delay s4 (s)","dPmax, power ref max ramp rate (pu/s)","dPmin, power ref. min ramp rate (pu/s)","PMAX, max power limit","PMIN, min power limit","Imax, maximum limit converter current (pu)","Tpord, power filter time const","Vq1, reactive power V-I pair, voltage","Iq1, reactive power V-I pair, current","Vq2, reactive power V-I pair voltage (Vq2>Vq1 pu)","Iq2, reactive power V-I pair current (Iq2>Iq1 pu)","Vq3, reactive power V-I pair voltage (Vq3>Vq2)","Iq3, reactive power V-I pair current (Iq3>Iq2)","Vq4, reactive power V-I curve voltage","Iq4, reactive power V-I pair current","Vp1, real power V-I pair voltage","Ip1, real power Vi-I pair current","Vp2, real power V-I pair voltage (Vp2>Vp1 pu)","Ip2, real power V-I pair current (Ip2>Ip1 pu)","Vp3, real power V-I pair voltage (Vp3>Vp2)","Ip3, real power V-I pair current (Ip3>Ip2)","Vp4, real power V-I pair, voltage (Vp4>Vp3)","Ip4, real power V-I pair current (Ip4>Ip3)"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","REECB1","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",45]
["INAMES","Vreg_Bus, Bus # for voltage reg; 0 for local","PFFLAG,1=pf; 0=Q","VFLAG, 1=Q; 0=Volt Control","QFLAG, 1=V or Q; 0=pf or Q","PQflag, 0=Q priority; 1=P"]
["JNAMES","Vdip, LV thresh to activate reactive current injection","Vup, upper voltage for reactive current injection","Trv, voltage filter time const (s)","dbd1, voltage error dead band thres (<=0)","dbd2, voltage error dead band upper thres (>=0)","Kqv, reactive current gain for over/under voltage","Iqhl, upper limit reactive injection Iqinj","Iqll, lower limit reactive injection Iqinj","Vref0, user-defined reference (if 0, initialize to terminal v.)","Tp, filter time const for electric power (pu)","Qmax, limit for reactive power regulator (pu)","Qmin, limit for reactive power regulator (pu)","Vmax, max voltage control limit (pu)","Vmin, min voltage control limit (pu)","Kqp, reative pwr regulator proportional gain (pu)","Kqi, reactive power regulator integral gain (pu)","Kvp, volt. regulator proportional gain","Kvi, volt. regulator integral gain","Tiq, time const on delay s4 (s)","dPmax, power ref max ramp rate (pu/s)","dPmin, power ref. min ramp rate (pu/s)","PMAX, max power limit","PMIN, min power limit","Imax, maximum limit converter current (pu)","Tpord, power filter time const"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","REECC1","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",5,"NUMCONS",45]
["INAMES","Vreg_Bus, Bus # for voltage reg; 0 for local","PFFLAG,1=pf; 0=Q","VFLAG, 1=Q; 0=Volt Control","QFLAG, 1=V or Q; 0=pf or Q","PQflag, 0=Q priority; 1=P"]
["JNAMES","Vdip, LV thresh to activate reactive current injection","Vup, upper voltage for reactive current injection","Trv, voltage filter time const (s)","dbd1, voltage error dead band thres (<=0)","dbd2, voltage error dead band upper thres (>=0)","Kqv, reactive current gain for over/under voltage","Iqhl, upper limit reactive injection Iqinj","Iqll, lower limit reactive injection Iqinj","Vref0, user-defined reference (if 0, initialize to terminal v.)","Tp, filter time const for electric power (pu)","Qmax, limit for reactive power regulator (pu)","Qmin, limit for reactive power regulator (pu)","Vmax, max voltage control limit (pu)","Vmin, min voltage control limit (pu)","Kqp, reative pwr regulator proportional gain (pu)","Kqi, reactive power regulator integral gain (pu)","Kvp, volt. regulator proportional gain","Kvi, volt. regulator integral gain","Tiq, time const on delay s4 (s)","dPmax, power ref max ramp rate (pu/s)","dPmin, power ref. min ramp rate (pu/s)","PMAX, max power limit","PMIN, min power limit","Imax, maximum limit converter current (pu)","Tpord, power filter time const","Vq1, reactive power V-I pair, voltage","Iq1, reactive power V-I pair, current","Vq2, reactive power V-I pair voltage (Vq2>Vq1 pu)","Iq2, reactive power V-I pair current (Iq2>Iq1 pu)","Vq3, reactive power V-I pair voltage (Vq3>Vq2)","Iq3, reactive power V-I pair current (Iq3>Iq2)","Vq4, reactive power V-I curve voltage","Iq4, reactive power V-I pair current","Vp1, real power V-I pair voltage","Ip1, real power Vi-I pair current","Vp2, real power V-I pair voltage (Vp2>Vp1 pu)","Ip2, real power V-I pair current (Ip2>Ip1 pu)","Vp3, real power V-I pair voltage (Vp3>Vp2)","Ip3, real power V-I pair current (Ip3>Ip2)","Vp4, real power V-I pair, voltage (Vp4>Vp3)","Ip4, real power V-I pair current (Ip4>Ip3)","T, battery discharge time (s > 0)","SOCini, initial state of charge (pu)","SOCmax, maximum allowable state of charge (pu)","SOCmin, minimum allowable state of charge (pu)"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","REECDU1","CAT","E_IBR","UDM",1,"PREAMBLE","102 0 6 77 7 20","NUMICONS",6,"NUMCONS",77]
["INAMES","PFFLAG,1=pf; 0=Q","VFLAG, 1=Q; 0=Volt Control","QFLAG, 1=V or Q; 0=pf or Q","PFLAG, 1=current speed dependent","PQflag, 0=Q priority; 1=P","VcmpFlag, 1=current comp"]
["JNAMES","Vdip, LV thresh to activate reactive current injection","Vup, HV thresh to activate reactive current injection","Trv, Volt filter time const","dbd1, Volt error dead band lower thresh (≤0)","dbd2, Volt error dead band upper thresh (≥0)","Kqv, Reactive injection gain during OV and UV conditions","Iqh1, Reactive current upper limit","Iql1, Reactive current lower limit","Vref0, user-defined reference (if 0, initialize to terminal v.)","Iqfrz, Iqcmdbl value after voltage dip recovery","Thld, Time for holding Iqcmdbl after volt dip","Thld2, Time for Ipcmd and Ipmax after voltage dip","Tp, Filter time const for electrical power","QMax, Max value of the signal Qext or Vext","QMin, Min value of the signal Qext or Vext","VMAX, Max limit for volt control","VMIN, Min limit for volt control","Kqp, Reactive power reg prop gain","Kqi, Reactive power reg integral gain","Kvp, Volt regulator prop gain","Kvi, Volt regulator integral gain","Vbias, User-defined bias (normally 0)","Tiq, Time const on delay for block s4","dPmax, Power ramp rate max (pu/s)","dPmin, Power ramp rate min (<0)","PMAX, Power limit","PMIN, Power limit","Imax, Converter current rating (pu)","Tpord, Power filter time constant","Vq1, VDL table vq-iq pair (voltage)","Iq1, VDL table vq-iq pair (current)","Vq2, VDL table vq-iq pair (voltage)","Iq2, VDL table vq-iq pair (current)","Vq3, VDL table vq-iq pair (voltage)","Iq3, VDL table vq-iq pair (current)","Vq4, VDL table vq-iq pair (voltage)","Iq4, VDL table vq-iq pair (current)","Vq5, VDL table vq-iq pair (voltage)","Iq5, VDL table vq-iq pair (current)","Vq6, VDL table vq-iq pair (voltage)","Iq6, VDL table vq-iq pair (current)","Vq7, VDL table vq-iq pair (voltage)","Iq7, VDL table vq-iq pair (current)","Vq8, VDL table vq-iq pair (voltage)","Iq8, VDL table vq-iq pair (current)","Vq9, VDL table vq-iq pair (voltage)","Iq9, VDL table vq-iq pair (current)","Vq10, VDL table vq-iq pair (voltage)","Iq10, VDL table vq-iq pair (current)","Vp1, VDL table vp-ip pair (voltage)","Ip1, VDL table vp-ip pair (current)","Vp2, VDL table vp-ip pair (voltage)","Ip2, VDL table vp-ip pair (current)","Vp3, VDL table vp-ip pair (voltage)","Ip3, VDL table vp-ip pair (current)","Vp4, VDL table vp-ip pair (voltage)","Ip4, VDL table vp-ip pair (current)","Vp5, VDL table vp-ip pair (voltage)","Ip5, VDL table vp-ip pair (current)","Vp6, VDL table vp-ip pair (voltage)","Ip6, VDL table vp-ip pair (current)","Vp7, VDL table vp-ip pair (voltage)","Ip7, VDL table vp-ip pair (current)","Vp8, VDL table vp-ip pair (voltage)","Ip8, VDL table vp-ip pair (current)","Vp9, VDL table vp-ip pair (voltage)","Ip9, VDL table vp-ip pair (current)","Vp10, VDL table vp-ip pair (voltage)","Ip10, VDL table vp-ip pair (current)","rc, Current comp resistance","Xc, Current comp reactance","Tr1, Time const for reactive current comp","Kc, Reactive current comp gain","Ke, Scaling on Ipmin, (0 for generator, 0 < Ke ≤ 1 for storage)","Vblkl, Volt below which converter will block","Vblkh, Volt above which converter will block","Tblk, time for which converter will remain blocked"]
["ORIDES"]
["MAXMINS"]
["NULL"]
["MODEL","REXSYS","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",31]
["JNAMES","TR, Volt transducer time const (sec)","KVP, Volt regulator porp gain","KVI, Volt regulator integral gain","VIMAX, Volt regulator input limit","TA, Volt regulator time const","TB1, Lag-time const (sec)","TC1, Lead-time const (sec)","TB2, Lag-time const (sec)","TC2, Lead-time const (sec)","VRMAX, Max controller output","VRMIN, Min controller output","KF, Rate feedback gain","TF, Rate feedback time const (sec > 0)","TF1, Feedback lead-time const (sec)","TF2, Feedback lag-time const (sec)","FBF, Rate feedback signal flag [0,1,2]","KIP, Field current porp gain","KII, Field current integral gain","TP, Field current bridge time const (sec)","VFMAX, Max exciter field current (pu)","VFMIN, Min exciter field current (pu)","KH, Field voltage control feedback gain","KE, Exciter field prop const","TE, Exciter field time const (sec > 0)","KC, Rectifier reg factor (pu)","KD, Exciter reg factor (pu)","E1","SE(E1)","E2","SE(E2)","F1IMF, Power supply limit factor"]
["MAXMINS"]
["MODEL","REXSY1","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",33]
["JNAMES","TR, Volt transducer time const (sec)","KVP, Volt regulator porp gain","KVI, Volt regulator integral gain","VIMAX, Volt regulator input limit","TA, Volt regulator time const","TB1, Lag-time const (sec)","TC1, Lead-time const (sec)","TB2, Lag-time const (sec)","TC2, Lead-time const (sec)","VRMAX, Max controller output","VRMIN, Min controller output","KF, Rate feedback gain","TF, Rate feedback time const (sec > 0)","TF1, Feedback lead-time const (sec)","TF2, Feedback lag-time const (sec)","FBF, Rate feedback signal flag [0,1,2]","KIP, Field current porp gain","KII, Field current integral gain","TP, Field current bridge time const (sec)","VFMAX, Max exciter field current (pu)","VFMIN, Min exciter field current (pu)","KH, Field voltage control feedback gain","KE, Exciter field prop const","TE, Exciter field time const (sec > 0)","KC, Rectifier reg factor (pu)","KD, Exciter reg factor (pu)","E1","SE(E1)","E2","SE(E2)","F1IMF, Power supply limit factor","Xc, compound resistance","Vcmax, max compound volt"]
["MAXMINS"]
["MODEL","SEXS","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",6]
["JNAMES","TA_ratio, TA over TB","TB","K","TE","EMIN","EMAX"]
["MAXMINS"]
["MODEL","ST1C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",3,"NUMCONS",18]
["INAMES","UEL_flag, 1=Sum, 2=HV reg in, 3=HV reg out","VOS, 1=sum at reg in, 2=sum at reg out","OEL, 1=summation, 2=LV at reg in, 3=LV at reg out"]
["JNAMES","TR, Reg input filter time const (sec)","VIMAX, Max volt error (regulator input)","VIMIN, Min volt error (regulator input)","TC, Lead time 1st lead-lag (s)","TB, Lag time, 1st lead-lag (s)","TC1, Lead time, 2nd lead-lag (s)","TB1, Lag time, 2nd lead-lag (s)","KA, Volt reg gain (pu)","TA, Volt reg time const (s)","VAMAX, Max reg output","VAMIN, Min reg output","VRMAX, Max exciter output","VRMIN, Min exciter output","KC, Rectifier loading factor commutating react","KF, Rate feedback gain (pu)","TF, Rate feedback time const (s)","KLR, Exciter out current limiter gain","ILR, Exciter out current limit reference"]
["MAXMINS"]
["MODEL","ST2CU","CAT","E_SYNC","UDM",1,"PREAMBLE","4 0 3 22 6 1","NUMICONS",3,"NUMCONS",22]
["INAMES","OEL, 1=a; 2=b","UEL, 1=a; 2=b","SCL, (not used)"]
["JNAMES","TR, Reg input filter time const (sec)","KPR, Volt reg porp gain","KIR, Volt reg integral gain","KDR, volt reg derivative","TDR, volt deriv time const","VPIDmax, max PID output","VPIDmin, min PID output","KA, volt regulator","TA, reg filter time const","VRMAX, max reg out","VRMIN, min reg out","TE, exciter field const","EFDmax, max gen field out","KE, exciter field prop const","KF, rate feedback gain","TF, rate feedback time","KP, potential gain coeff","KI, potential current gain","XL, source reactance","θP, Potential ckt phase angle","Kc, rectifier loading proportional to commutating reactance","VBmax, max exciter field volt"]
["MAXMINS"]
["MODEL","ST3CU","CAT","E_SYNC","UDM",1,"PREAMBLE","4 0 4 27 6 1","NUMICONS",4,"NUMCONS",27]
["INAMES","OEL, 1=a; 2=b","UEL, 1=a; 2=b","SCL, (not used)","SW1, 1=a; 2=b"]
["JNAMES","TR, reg input filter time constant (s)","VImax, max voltage error (regulator input) (pu)","VImin, min voltage error (regulator input) (pu)","KPR, volt reg proportional gain (pu)","KIR, volt reg integral gain (pu)","KDR, volt reg derivative gain (pu)","TDR, volt derivative block time constant (s)","VPIDmax, maximum PID regulator output (pu)","VPIDmin, minimum PID regulator output (pu)","TC, lead time constant of lead-lag block (s)","TB, lag time constant of lead-lag block (s)","KA, voltage regulator gain (pu)","TA, regulator input filter time constant (s)","VRmax, maximum voltage regulator output (pu)","VRmin, minimum voltage regulator output (pu)","KM, inner loop field regulator gain (pu)","TM, inner loop field regulator input filter time constant (s)","VMmax, maximum output of field current regulator (pu)","VMmin, minimum output of field current regulator (pu)","KG, feedback gain of field current regulator (s)","VGmax, maximum field current feedback voltage (pu)","KP potential circuit (voltage) gain coefficient (pu)","KI, potential circuit (current) gain coefficient (pu)","XL, reactance associated with potential source (pu)","θP, potential circuit phase angle (degrees)","KC, rectifier loading factor proportional to commutating reactance","VBmax, maximum available exciter field voltage (pu)"]
["MAXMINS"]
["MODEL","ST4C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",5,"NUMCONS",21]
["INAMES","PSS_flag","OEL_flag","UEL_flag","SCL_flag","SW1, 1=position A; 2=B"]
["JNAMES","TR, reg input filter time const","KPR, volt reg proportional gain","KIR, volt reg integral gain","VRmax, maximum volt reg output","VRmin, minimum volt reg output","KPM, proportional gain of inner loop field reg","KIM, integral gain of inner loop field reg","VMmax, volt reg output max limit","VMmin, volt reg output min limit","TA, thyristor bridge firing control equiv time const","VAmax, max exciter output","VAmin, min exciter output","KG, feedb gain of the inner loop field volt reg","TG, feedb time const of the inner loop field volt reg","VGmax, max feedback volt for field current reg","KP, potential ckt gain coefficient","KI, potential ckt (current) gain coefficient","XL, reactance associated with potential source","θP, potential circuit phase angle","KC, rectifier loading factor proportional to commutating reactance","VBmax, max available exciter field volt"]
["MAXMINS"]
["MODEL","ST5B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",18]
["JNAMES","TR, regulator input filter time constant (s)","TC1, lead time constant of 1st lead-lag block (s)","TB1, lag time constant of 1st lead-lag block (s)","TC2, lead time constant of 2nd lead-lag block (s)","TB2, lag time constant of 2nd lead-lag block (s)","KR, voltage regulator gain (pu) (>0)","VRmax, voltage regulator maximum limit (pu)","VRmin, voltage regulator minimum limit (pu)","T1, voltage regulator time constant (s)","KC, rectifier loading factor (pu)","TUC1 , lead time constant of 1st lead-lag block  (s)","TUB1, lag time constant of 1st lead-lag block  (s)","TUC2, lead time constant of 2nd lead-lag block  (s)","TUB2, lag time constant of 2nd lead-lag block  (s)","TOC1, lead time constant of 1st lead-lag block    (s)","TOB1, lag time constant of 1st lead-lag block   ","TOC2, lead time constant of 2nd lead-lag block    (s)","TOB2, lag time constant of 2nd lead-lag block    (s)"]
["MAXMINS"]
["MODEL","ST5C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",18]
["INAMES","OEL_Flag, 1=Summation; 2=LV Gate","UEL_Flag, 1=Summation; 2=LV Gate"]
["JNAMES","TR, regulator input filter time constant (s)","TC1, lead time constant of 1st lead-lag block (voltage regulator channel) (s)","TB1, lag time constant of 1st lead-lag block (voltage regulator channel) (s)","TC2, lead time constant of 2nd lead-lag block (voltage regulator channel) (s)","TB2, lag time constant of 2nd lead-lag block (voltage regulator channel) (s)","KR, voltage regulator gain (pu) (>0)","VRmax, voltage regulator maximum limit (pu)","VRmin, voltage regulator minimum limit (pu)","T1, voltage regulator time constant (s)","KC, rectifier loading factor (pu)","TUC1 , lead time constant of 1st lead-lag block (underexcitation channel) (s)","TUB1, lag time constant of 1st lead-lag block (underexcitation channel) (s)","TUC2, lead time constant of 2nd lead-lag block (underexcitation channel) (s)","TUB2, lag time constant of 2nd lead-lag block (underexcitation channel) (s)","TOC1, lead time constant of 1st lead-lag block (overexcitation channel) (s)","TOB1, lag time constant of 1st lead-lag block (overexcitation channel) (s)","TOC2, lead time constant of 2nd lead-lag block (overexcitation channel) (s)","TOB2, lag time constant of 2nd lead-lag block (overexcitation channel) (s)"]
["MAXMINS"]
["MODEL","ST6B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",16]
["INAMES","OEL_Flag"]
["JNAMES","TR, Regulator filter time const","KPA, Volt regulator proportional gain","KIA, Volt regulator integral gain","KDA, Volt regulator derivative gain","TDA, Volt regulator derivative time const","VAMAX, Regulator output max limit","VAMIN, Regulator output min limit","KFF, Pre-control gain of the inner loop field regulator","KM, Forward gain of the inner loop field regulator","KCL, Exciter output current limit adjustment gain","KLR, Exciter output current limiter gain","ILR, Exciter current limit reference","VRMAX, Volt regulator output maximum limit","VRMIN, Volt regulator output minimum limit","KG, Feedback gain of the inner loop field Volt regulator","TG, Feedback time const of the inner loop field volt reg"]
["MAXMINS"]
["MODEL","ST6C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",25]
["INAMES","OEL_flag","UEL_flag","SCL_flag","SW1_flag, 1=Position A, 2=B"]
["JNAMES","TR, Regulator filter time const","KPA, Volt regulator proportional gain","KIA, Volt regulator integral gain","KDA, Volt regulator derivative gain","TDA, Volt regulator derivative time const","VAmax, Regulator output max limit","VAmin, Regulator output min limit","KFF, Pre-control gain of the inner loop field regulator","KM, Forward gain of the inner loop field regulator","KC1, Exciter output current limit adj gain","KLR, Exciter output current limiter gain","ILR, Exciter current limit reference","VRmax, Voltage regulator maximum limit (pu)","VRmin, Voltage regulator minimum limit (pu)","KG, Feedback gain of the inner loop field regulator","TG, Feedback time const of inner field volt reg","VMmax, Max rectifier output","VMmin, Min rectifier output","TA, Thyristor bridge firing control equiv time const","KP, Potential voltage gain coefficient (pu)","KI, Potential current gain coefficient (pu)","XL, Reactance associated with source","ThetaP, Potential circuit phanse angle (deg)","Kc, Rectifier loading factor proportional reactance","VBmax, Maximum avaiable exciter field voltage"]
["MAXMINS"]
["MODEL","ST7B","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",14]
["INAMES","OEL_Flag","UEL_Flag"]
["JNAMES","TR, Regulator filter time const","TG, Lead time const","TF, Lag time const","Vmax, Voltage reference max limit","Vmin, Voltage reference min limit","KPA, Voltage regulator gain","VRmax, Voltage regulator output max limit","VRmin, Voltage regulator output min limit","KH, feedback gain","KL, feedback gain","TC, Lead time const of voltage regulator","TB, Lag time const of voltage regulator","KIA, Gain of 1st order feedback block","TIA, Time const of 1st order feedback block"]
["MAXMINS"]
["MODEL","WT2E1","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",6]
["INAMES"]
["JNAMES","TsP, rotor speed filter time const","Tpe, power filter time const","Ti, PI-controller integrator time const sec","Kp, PI-controller proportional gain, pu","ROTRV_MAX, output MAX limit","ROTRV_MIN, Output MIN limit"]
["MAXMINS"]
["MODEL","WT3E1","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",31]
["INAMES","Vreg_Bus, Bus # for volt reg; 0 for local","VARFLG, 0=const pf; 1=plant VAR; -1 cons pf","VTLFLG, 0=bypass, 1=Eqcmd limits Vterm+XIQminmax, 2=Eqcmd limits equal to XIQminmax","FromAuto, From bus of transformer","ToAuto, To bus of transformer","IDAuto, Transformer ID"]
["JNAMES","Tfv, Filter time const volt regulator sec","Kpv, proportional gain volt regulator (pu)","Kiv, integral gain volt regulator","Xc, line drop compensation reactance","TFP, Filter time const torque regulator","Kpp, proportional gain torque regulator","KIP, integrator gain torque regulator","PMX, max limit torque regulator","PMN, min limit torque regulator","QMX, max limit volt regulator","QMN, min limit volt regulator","IPMAX, max active current limit","TRV, voltage sensor time const","RPMX, Max power order derivative","RPMN, min power order derivative","T_Power, power filter time const","Kqi, MVAR/Voltage gain","VMINCL, min voltage limit","VMAXCL, max voltage limit","Kqv, voltage of MVAR gain","XIQmin","XIQmax","Tv, lag time const in WIndVar controller","Tp, Pelec filter in fast PF controller","Fn, portion of online wind turbines","wPmin, shaft speed at Pmin (pu)","wP20, shaft speed at 20% rated power  (pu)","wP40, shaft speed at 40% rated power","wP60, shaft speed at 60% rated power","Pmin, min power for operating at wP100 speed","wP100, shaft speed at 100% rated power"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","WT4E1","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",23]
["INAMES","Vreg_Bus, Bus # for volt reg; 0 for local","PF_FLAG, 1=fast PF control","VARFLG, 1=Qord by WindVar","PQFLAG, 0=Q priority; 1=P"]
["JNAMES","Tfv, Filter time const volt regulator sec","Kpv, proportional gain volt regulator (pu)","Kiv, integral gain volt regulator","Kpp, proportional gain Active power regulator","KIP, integral gain in Active power regulator","Kf, rate feedback gain","Tf, rate feedback time const","QMX, max limit volt regulator","QMN, min limit volt regulator","IPMAX, max active current limit","TRV, voltage sensor time const","dPmx, max limit power PI controller (pu)","dPmn, min limit power PI controller (pu)","T_Power, power filter time const","Kqi, MVAR/Voltage gain","VMINCL, min voltage limit","VMAXCL, max voltage limit","KVI, voltage / MVAR Gain","Tv, lag time const in WIndVar controller","Tp, Pelec filter in fast PF controller","ImaxTD, converter current limit","Iphl, hard active current limit","Iqhl, hard reactive current limit"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","WT4E2","CAT","E_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",23]
["INAMES","Vreg_Bus, Bus # for volt reg; 0 for local","PF_FLAG, 1=fast PF control","VARFLG, 1=Qord by WindVar","PQFLAG, 0=Q priority; 1=P"]
["JNAMES","Tfv, Filter time const voltage regulator sec","Kpv, proportional gain volt regulator (pu)","Kiv, integral gain volt regulator","Kpp, proportional gain Active power regulator","KIP, integral gain in Active power regulator","Kf, rate feedback gain","Tf, rate feedback time const","QMX, max limit volt regulator","QMN, min limit volt regulator","IPMAX, max active current limit","TRV, voltage sensor time const","dPmx, max limit power PI controller (pu)","dPmn, min limit power PI controller (pu)","T_Power, power filter time const","Kqi, MVAR/Voltage gain","VMINCL, min voltage limit","VMAXCL, max voltage limit","KVI, voltage MVAR Gain","Tv, lag time const in WIndVar controller","Tp, Pelec filter in fast PF controller","ImaxTD, converter current limit","Iphl, hard active current limit","Iqhl, hard reactive current limit","Tiqf, Iqmax filter time const (sec)","FRT_thres, voltage threshold for FRT activation","FRT_Hys, FRT de-activation hysteresis (pu)","FRT_droop, FRT droop","FRT_Iq_Gain, FRT IQ Gain","Max_FRT_Iq","IQMax_Fact1, Factor 1 to adjust IQMX (pu)","IQMax_Fact2, Factor 2 to adjust IQMX (pu)","DC_Link_Droop, voltage droop in DC-Link cables (pu)","VinvMax0, Maximum inverter no-load voltage (pu)","NBR_X, Network bridge reactor reactance"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","AC3C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",28]
["INAMES","OEL_Flag, 1=Summation; 2=LV Gate","UEL_Flag, 1=Summation; 2=LV Gate"]
["JNAMES","TR, Transducer time","TB, Lag time","TC, Lead time","KA, Volt regulator gain","TA, Volt regulator time","VAMAX, max regulator","VAMIN, min regulator","TE, Exciter time","VEmin, Min exciter volt","KR, Regulator field power gain","KF, Rate feedback gain","TF, Rate feedback gain","KN, Rate feedback exciter gain","EFDN, EFD value gain breakpoint","KC, Commutating reactance","KD, Exciter transient reactance","KE, Exciter self-excit constant","VFEMAX, max exciter field current","E1","SE(E1)","E2","SE(E2)","KPA, PID proportional","KIA, PID integral","KDA, PID derivative","TDA, PID derivative","VPIDmax, max PID output","VPIDmin, min PID output"]
["MAXMINS"]
["MODEL","AC4C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",10]
["INAMES","OEL_Flag, 1=Summation; 2=LV Gate","UEL_Flag, 1=Summation; 2=LV Gate"]
["JNAMES","TR, Transducer time","VImax, Volt reg maximum limit","VImin, Volt reg minimum limit","TC, Lead time","TB, Lag time","KA, Volt regulator gain","TA, Volt regulator time","VRmax, Regulator max limit","VRmin, Regulator min limit","KC, Commutating reactance"]
["MAXMINS"]
["MODEL","AC5C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",19]
["INAMES","OEL_Flag, 1=Summation; 2=LV Gate","UEL_Flag, 1=Summation; 2=LV Gate"]
["JNAMES","TR, Transducer time","KA, Volt regulator gain","TA, Volt regulator time","VRMAX, regulator max","VRMIN, regulator min","KE, Exciter self-excit constant","TE, Exciter time","KF, Rate feedback gain","TF1","TF2","TF3","E1","SE(E1)","E2","SE(E2)","KC, Commutating reactance","KD, Exciter transient reactance","VFEmax, max exciter field current","VFEmin, min exciter field current"]
["MAXMINS"]
["MODEL","AC6C2","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",3,"NUMCONS",25,"DESCRIP","Modified AC6C Excitation System"]
["INAMES","OEL_Flag, 1=Summation; 2=LV Gate","UEL_Flag, 1=Summation; 2=LV Gate","LIM_Flag, 1=Limits depend on volt"]
["JNAMES","TR, Transducer time","KA, Volt regulator gain","TA, Volt regulator time","TK, Leadlag numerator","TB, lag time const","TC, lead time const","VAmax","VAmin","VRmax","VRmin","TE, Exciter time","VFElim, field current limiter ref","KH, Exciter field current gain","VHmax, Exciter current max","TH, Exciter lag denominator","TH, Exciter lead numerator","KC, Commutating reactance","KD, Exciter transient reactance","KE, Exciter self-excit constant","E1","SE(E1)","E2","SE(E2)","VFEmax, max exciter field current","VFEmin, min exciter field current"]
["MAXMINS"]
["MODEL","AC7C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",33,"DESCRIP","IEEE 421.5 2016 AC7C Excitation System"]
["INAMES","OEL_Flag, 1=Summation; 2=LV Gate","UEL_Flag, 1=Summation; 2=LV Gate","SCL_Flag","PSS_Flag","SW1_Flag, 1=Pos A; 2=Pos B","SW2_Flag, 1=Pos A; 2=Pos B"]
["JNAMES","TR, Regulator input filter time","KPR, Regulator prop gain","KIR, Regulator integral gain","KDR, Regulator deriv gain","TDR, Regulator deriv block time","VRMAX, Regulator output max","VRMIN, Regulator output min","KPA, Voltage regulator prop","KIA, Voltage regulator integral gain","VAMAX, Regulator out max limit","VAMIN, Regulator out min limit","KP","KL","KF1","KF2","KF3","TF3","KC, Rectifier load porportional to c. reactance","KD, Demagnetizing factor","KE, Exciter const for self-excited","TE, Exciter time const","VFEMAX, Exciter field current limit","VEMIN","E1","S(E1)","E2","S(E2)","Kl, current gain coeff","XL, Source reactance","theta_P, phase angle","KC1, rectifier loading factor","VBmax, max exciter field volt","KR, Gain of regulator"]
["MAXMINS"]
["MODEL","AC8BBU2","CAT","E_SYNC","UDM",1,"PREAMBLE","4 0 5 35 7 9","NUMICONS",5,"NUMCONS",35,"DESCRIP","Basler DECS-250 Excitation System"]
["INAMES","PSS, 0=volt error calc; 1=after UEL","UEL, 0=volt error calc; 1=at UEL; 2=at V reg","OEL, 0=volt error calc; 1=at UEL; 2=at V reg","SW1, 0=pos A; 1=pos B","Iouter, AVR remote bus"]
["JNAMES","TR, Regulator input filter time","KPR, Regulator prop gain","KIR, Regulator integral gain","KDR, Regulator deriv gain","TDR, Regulator deriv block time","VPIDMAX, Max limit","VPIDMIN, Min limit","KA, Volt regulator prop gain","TA, Volt regulator time const","VRMAX, Regulator out max limit","VRMIN, Regulator out min limit","KC, Rectifier load factor commutating reactance","KD, Demagnetizing factor","KE, Exciter self-excite const","TE, Exciter time const","VFEMAX, Exciter field current","VEMIN","E1","S(E1)","E2","S(E2)","KP, circuit gain coeff","3B8_P, Phase angle","KI, current gain","XL, reactance","KC1, rectifier loading factor","VBmax","db, deadband","KPL, AVR proportional gain","KIL, AVR integral gain","KDL, AVR derivative gain","TDL, outer loop derivative","VPIDLmax, AVR PID max limit","VPIDLmin, AVR PID min limit","Touter, AVR outer"]
["MAXMINS"]
["MODEL","AC9C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",42,"DESCRIP","IEEE 421.5 2016 AC9C Excitation System"]
["INAMES","UEL, 1=pos A; 2=pos B","OEL, 1=pos A; 2=pos B","SCL, 1=pos A; 2=pos B","SW1, 1=pos A; 2=pos B"]
["JNAMES","TR, Regulator input filter time","KPR, Regulator prop gain","KIR, Regulator integral gain","KDR, Regulator deriv gain","TDR, Regulator deriv block time","VPIDMAX, Max limit","VPIDMIN, Min limit","KPA, field current prop gain","KIA, field current integral gain","VAmax","VAmin","KA, rectifier gain","TA, rectifier time const","VRMAX, Regulator out max limit","VRMIN, Regulator out min limit","KF, feedback gain","TF, feedback time const","KFW, freewheel equiv gain","VFWmax, Maximum freewheel feedback","KE, Exciter self-excite const","SCT, power stage","Kc, diode loading proportional","KD, demagnetizing","KE, exciter field prop const","TE, exciter field time const","VFEMAX, Exciter field current","VEmin","E1","S(E1)","E2","S(E2)","KP, circuit gain coeff","KI1, compound current","KI2, compound current","KC1, rectifier loading proportional","KC2, rectifier loading proportional","XL, source reactance","theta_P, phase angle","VB1max","VB2max","Vlim1","Vlim2"]
["MAXMINS"]
["MODEL","AC11C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",5,"NUMCONS",36,"DESCRIP","IEEE 421.5 2016 AC11C Excitation System"]
["INAMES","PSS_flag, 1=pos A; 2=B; 3=C","OEL_flag, 1=pos A; 2=B; 3=C","UEL_flag, 1=pos A; 2=B; 3=C","SCL_flag, 1=pos A; 2=B; 3=C","SW1_flag, 1=pos A; 2=B"]
["JNAMES","TR, regulator input filter","KPA, volt proportional gain","TIA, volt integral time const","KPU, UEL reg prop gain","TIU, UEL reg integral time const","KB, volt and UEL derivative gain","TB, UEL reg integral time const","KPO, OEL reg proportional gain","TIO, OEL reg integral time const","VRSmax, max PSS regulator output","VRSmin, min PSS regulator output","VRmax, max regulator output","VRmin, min regulator output","VAmax, max exciter output","VAmin, min exciter output","TE, exciter field time const","KC, rectifier commutating reactance","KD, demagnetizing factor","KE, exciter field","VFEmax, exciter field limit","VEmin, min exciter limit","E1","S(E1)","E2","S(E2)","KP, potential volt gain coeff","KI1, current gain coeff","XL, source reactance","theta_P, phase angle","KCL, rectifier commutating reactance","VB1max, max exciter field volt","Ki2, add potential ckt gain","KC2, rectifier loading commutating reactance","VB2max, max exciter field voltage","KBOOST, additive independent source","VBOOST, reference additive circuit"]
["MAXMINS"]
["MODEL","DC1C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",17,"DESCRIP","IEEE 421.5 Excitation System DC1C"]
["INAMES","OEL_flag, 1=sum; 2=LV gate","UEL_flag, 1=sum; 2=LV gate"]
["JNAMES","TR, transducer time const","KA, volt regulator gain","TA, volt regulator time const","TB, lag time const","TC, lead time const","VRMAX, reg max limit","VRMIN, reg min limit","KE, self-excited const","TE, exciter time const","KF, rate feedback","TF, rate feedback time const","E1","SE(E1)","E2","SE(E2)","VEMAX, exciter max limit","VEMIN, exciter min limit"]
["MAXMINS"]
["MODEL","DC2C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",17,"DESCRIP","IEEE 421.5 Excitation System DC2C"]
["INAMES","OEL_flag, 1=sum; 2=LV gate","UEL_flag, 1=sum; 2=HV gate"]
["JNAMES","TR, transducer time const","KA, volt regulator gain","TA, volt regulator time const","TB, lag time const","TC, lead time const","VRMAX, reg max limit","VRMIN, reg min limit","KE, self-excited const","TE, exciter time const","KF, rate feedback","TF, rate feedback time const","E1","SE(E1)","E2","SE(E2)","VEMAX, exciter max limit","VEMIN, exciter min limit"]
["MAXMINS"]
["MODEL","DC4C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",23,"DESCRIP","IEEE 421.5 2016 DC4C Excitation System"]
["INAMES","OEL_flag, 1=pos A; 2=B; 3=C","UEL_flag, 1=pos A; 2=B; 3=C","SCL_flag, 1=pos A; 2=B; 3=C","SW1_flag, 1=pos A; 2=B"]
["JNAMES","TR, transducer time const","KPR, Regulator prop gain","KJR, Regulator integral gain","KDR, Regulator deriv time const","TDR, Regulator deriv time const","VRmax, Regulator max","VRmin, Regulator min","KA, Regulator output gain","KE, Exciter field prop gain","TE, Exciter field time const","KF, Rate feedback gain","TF, Rate feedback time const","VEmin, Exciter min voltage output","E1","SE(E1)","E2","SE(E2)","KP, Potential gain coefficient","KI, Potential current gain","XL, Source Reactance","Theta_P, Circuit phase angle","KCL, Rectifier loading commutating reactance","VBmax, Max available eciter field volt"]
["MAXMINS"]
["MODEL","ESAC4A","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10]
["JNAMES","TR, transducer time const","VImax","VImin","TC","TB","KA","TA","VRmax","VRmin","Kc"]
["MAXMINS"]
["MODEL","ST7C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",15]
["INAMES","OEL_flag","UEL_flag"]
["JNAMES","TR, Regulator input filter time const","TG, lead time const of voltage","TF, Lag time const of voltage","Vmax, Voltage reference max","Vmin, Voltage reference min","KPA, Regulator gain","VRmax, regulator max","VRmin, regulator min","KH","KL","TC, lead time const","TB, lag time const","KIA, first order gain","TIA, Time const feedback","TA, Thyristor bridge firing"]
["MAXMINS"]
["MODEL","ST8C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",24]
["INAMES","OEL_flag","UEL_flag","SCL_flag","SW1_flag, 1=pos A; 2=B"]
["JNAMES","TR, Regulator input filter time const","KRP, Regulator prop gain","KIR, Regulator integral gain","VPImax, max input","VPImin, min input","KPA, field current prop gain","KIA, field current integral gain","VAmax","VAmin","KA, field regulator prop gain","TA, rectifier time const","VRmax","VRmin"," KF, exciter feedback gain","TF, field feedback time const","KC1, loading factor prop to commutating reactance","KP, voltage gain coeff","KI1, potential current gain coeff","XL, reactance potential source","theta_P, potential phase angle","VB1max, max exciter voltage","KC2, rectifier loading commutating reactance","KI2, current gain coeff","VB2max, max exciter voltage"]
["MAXMINS"]
["MODEL","ST9C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",18]
["INAMES","OEL_flag","UEL_flag","SCL_flag","SW1_flag, 1=pos A; 2=B"]
["JNAMES","TR, Regulator input filter time const","TCD, time differential AVR","TBD, filter of differential AVR","ZA, dead-band differential AVR","KA, AVR gain","KU, Gain of takeover UEL","TA, time const of AVR","T_AUEL, Time const of underexcitation limit","VRmax","VRmin","KAS, converter gain","TAS, equiv time const","KP, voltage gain coeff","theta_P, phase angle","KI, current gain coeff","XL, source reactance","KC, rectifier loading factor commutating","VBmax, max exciter voltage"]
["MAXMINS"]
["MODEL","ST10C","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",5,"NUMCONS",25]
["INAMES","PSS_flag","OEL_flag","UEL_flag","SCL_flag","SW1_flag"]
["JNAMES","TR, Regulator input filter time const","KR, regulator gain","TC1, regulator lead time const","TB1, regulator lag time const","TC2, regulator lead time const","TB2, regulator lag time const","Tuc1, UEL regulator lead time const","Tub1, regulator lag time const","Tuc2, regulator lead","Tub2, regulator lag","Toc1, regulator lead","Tob1, regulator lag","Toc2, regulator lead","Tob2, regulator lag","VRSmax","VRSmin","VRmax","VRmin","T1, recitifer time const","KP, potential gain coeff","Kc, rectifier loading commutating","KI, current gain coeff","XL, reactance potential source","theta_P, phase angle","VBmax, max exciter field voltage"]
["MAXMINS"]
["MODEL","URST5T","CAT","E_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10]
["JNAMES","TR","TC1","TB1","TC2","TB2","KR","VRmax","TVmin","T1","Kc"]
["MAXMINS"]
["MODEL","GAST","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",9]
["INAMES"]
["JNAMES","R","T1","T2","T3","AT, Ambient load temp","KT","Vmax","Vmin","Dturb"]
["MAXMINS"]
["MODEL","GAST2A","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",31]
["JNAMES","W,governor gain","X,governor lead","Y,governor lag","Z,1=droop; 0=ISO","ETD","TCD","TRATE","T","Max","Min","ECR","K3","a","b","c","Tf","Kf","K5","K4","T3","T4","Tt","T5","af1","bf1","af2","bf2","cf2","Tf","K6","Tc"]
["MAXMINS"]
["MODEL","GAST2ADU","CAT","GV_SYNC","UDM",1,"PREAMBLE","5 0 0 33 13 5","NUMICONS",0,"NUMCONS",33]
["JNAMES","W, governor gain inverse droop","X, governor lead","Y, governor lag","Z, 1=droop; 0=ISO","ETD","TCD","TRATE","T","MAX","MIN","ECR","K3","a","b","c","Tf","Kf","K5","K4","T3","T4","Tt","T5","af1","bf1","af2","bf2","cf2","TR, rated temperature","K6, Min fuel flow","Tc, Temp control","DBH, deadband >0","DBL, deadband <0"]
["MAXMINS"]
["MODEL","GASTD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["JNAMES","R","T1","T2","T3","AT, ambient temp load limit","KT","Vmax","Vmin","Dturb","DBH, deadband >=0","DBL, deadband <=0","TRATE, Turbine rating"]
["MAXMINS"]
["MODEL","GASTWD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",32]
["JNAMES","KDROOP","KP","KI","KD","ETD","TCD","TRATE","T","MAX","MIN","ECR","K3","a","b","c","Tf","KF","K5","K4","T3","T4","TF","T5","af1","bf1","af2","bf2","cf2","Tf","K6","TC","TD"]
["MAXMINS"]
["MODEL","GASTWDD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",34]
["JNAMES","Kdroop","KP","KI","KD","ETD","TCD","TRATE, Turbine rating","T","MAX","MIN","ECR","K3","a","b","c","Tf","Kf","K5","K4","T3","T4","Tt","T5","af1","bf1","af2","bf2","cf2","Tf, Rated temperature","K6, Min fuel flow","TC, Temperature control","TD, Power transducer","DBH, deadband >=0","DBL, deadband <=0"]
["MAXMINS"]
["MODEL","GGOV1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",33]
["INAMES","Rselect, feedback for governor droop","Flag_fuel, Switch for fuel characteristic"]
["JNAMES","R, permanent droop","Tpelec, Electrical power transducer time const","maxerr, Max value for speed error signal","minerr, Min value for speed error signal","Kpgov, Governor proportional gain","Kigov, Governor integral gain","Kdgov, Governor derivative gain","Tdgov, Governor derivative controller time const","Vmax, Max valve","Vmin, Min valve","Tact, Actuator time const","Kturb, Turbine gain","Wfni, No load fuel flow","Tb, Turbine lag time const","Tc, Turbine lead time const","Teng, Transport lag time const","Tfload, Load limiter time const","Kpload, Load proportional gain","Kiload, Load integral gain","Ldref, Load limiter reference value","Dm, Mechanical damping coeff","Ropen, Max valve opening rate","Rclose, Max valve closing rate","Klmw, Power controller","Aset, Accel limiter setpoint","Ka, Accel limiter gain","Ta, Accel limiter time const","Trate, Turbine rating","db, Gov deadband","Tsa, Temp lead time const","Tsb, Temp lag time const","Rup, Max rate of load increase","Rdown, Max rate of load decrease"]
["MAXMINS"]
["MODEL","GGOV1D","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",35]
["INAMES","Rselect, feedback for governor droop","Flag_fuel, Switch for fuel characteristic"]
["JNAMES","R, permanent droop","Tpelec, Electrical power transducer time const","maxerr, Max value for speed error signal","minerr, Min value for speed error signal","Kpgov, Governor proportional gain","Kigov, Governor integral gain","Kdgov, Governor derivative gain","Tdgov, Governor derivative controller time const","Vmax, Max valve","Vmin, Min valve","Tact, Actuator time const","Kturb, Turbine gain","Wfni, No load fuel flow","Tb, Turbine lag time const","Tc, Turbine lead time const","Teng, Transport lag time const","Tfload, Load limiter time const","Kpload, Load proportional gain","Kiload, Load integral gain","Ldref, Load limiter reference value","Dm, Mechanical damping coeff","Ropen, Max valve opening rate","Rclose, Max valve closing rate","Klmw, Power controller","Aset, Accel limiter setpoint","Ka, Accel limiter gain","Ta, Accel limiter time const","Trate, Turbine rating","db, Gov deadband","Tsa, Temp lead time const","Tsb, Temp lag time const","Rup, Max rate of load increase","Rdown, Max rate of load decrease","DBH, deadband (>=0)","DBL, deadband (<=0)"]
["MAXMINS"]
["NULL"]
["MODEL","GOVSTEAMEUU","CAT","GV_SYNC","UDM",1,"PREAMBLE","5 0 0 37 12 4","NUMICONS",0,"NUMCONS",37]
["JNAMES","Trate, Turbine rating","Tp, Transducer time const","Ke, Power gain","Tip, Power integral time const","Tdp, Power derivative time const","Tfp, Power time const","Tf, freq time const","kfcor, Freq corrector gain","db11, Freq corrector deadband >=0","db12, Freq corrector deadband <=0","wfmax, Freq correction upper limit","wfmin, Freq correction lower limit","Pmax, Turbine max power","Ten, Hydraulic time const","Tw, Speed time const","Kwcor, Speed-gov gain","db21, Speed gov deadband >=0","db22, Speed gov deadband <=0","wwmax, Speed gov upper limit","wwmin, Speed gov lower limit","wmax1, Emergency speed lower limit","wmax2, Emergency speed upper limit","Tvhp, Valve servo time const","Cho, Valve opening rate","Chc, Valve closing rate","Hhpmax, Max valve position","Tvip, Intercept valve time const","Cio, Intercept opening rate","Cic, Intercept closing rate","Simx, Intercept transfer limit","Trh, Reheater time const","Prhmax, Max limit low-pressure turbine","Thp, High pressure turbine time const","Khp, Fraction of total turbine generated by HP turbine","Tip, Low pressure turbine time const","Klp, Fraction of LP turbine","Tb, boiler time const"]
["MAXMINS"]
["MODEL","HYGOV","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["JNAMES","R, droop","r, temporary droop","Tr, gov time const","Tf, filter time const","Tg, servo time const","Velm, gate velocity limit","Gmax, max gate limit","Gmin, min gate limit","Tw, water time const","At, turbine gain","Dturb, turbine damping","qNL, no power flow"]
["MAXMINS"]
["MODEL","HYGOV2","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",16]
["JNAMES","Kp","KI","KA","T1","T2","T3","T4","T5","T6","Tr","r, temporary droop","R, permanet droop","Vgmax","Gmax","Gmin","Pmax"]
["MAXMINS"]
["MODEL","HYGOV2D","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",19]
["JNAMES","Kp","KI","KA","T1","T2","T3","T4","T5","T6","TR","r, temporary droop","R, permanent droop","Vgmax","Gmax","Gmin","Pmax","DBH, deadband >=0","DBL, deadband <=0","Trate"]
["MAXMINS"]
["MODEL","HYGOVD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",15]
["JNAMES","R, permanent droop","r, temporary droop","Tr, gov time const","Tf, filter time const","Tg, servo time const","VELM, gate velocity","Gmax, max gate limit","Gmin, min gate limit","Tw, water time const","At, turbine gain","Dturb, turbine damping","qNL, no power flow","DBH, deadband >=0","DBL, deadband <=0","Trate, turbine rating"]
["MAXMINS"]
["MODEL","HYGOVM","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",34]
["JNAMES","units, units and valve","Prated, rated turbine power","Qrated, rated turbine flow","Hrated, rated turbine head","Grated, gate position rated","QNL, no power flow","R, permanent drooop","r, temporary droop","Tr, gov time const","Tf, filter time const","Tg, servo time const","MXGTOR, max gate opening rate","MXGTCR, max gate closing rate","MXBGOR, max buffered gate opening","MXBGCR, max buffered gate closing","BUFLIM, buffer gate upper lim","Gmax, max gate limit","Gmin, min gate limit","RVLVCR, Relief closing rate","RVLMAX, Relief valve limit","Hlake, lake head","Htail, tail head","PENL, penstock","PENLOS, penstock loss","TUN, tunnel","TUNLOS, tunnel loss coefficient","SCHARE, surge cross section","SCHMAX, max later surge","SCHMIN, min water surge","SCHLOS, surge orifice loss","DAMP1, turbine damping","RPM1, overspeed","DAMP2","RPM2"]
["MAXMINS"]
["MODEL","HYGOVR1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",26]
["JNAMES","db1, deadband Hz","err, db hysteresis","Td, input time const","T1, lead 1","T2, lag 1","T3","T4","T5","T6","T7","T8","KP","R, droop","Tt, feedback time const","KG, gate servo","TP, gate time const","VELopen","VELclose","Pmax","Pmin","db2, unintentional deadband","Tw, water inertia","At, turbine gain","Dturb, turbine damping","qNL, no-load flow","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","IEEEG1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",20]
["JNAMES","K","T1","T2","T3","U0","Uc","Pmax","Pmin","T4","K1","K2","T5","K3","K4","T6","K5","K6","T7","K7","K8"]
["MAXMINS"]
["MODEL","IEEEG1D","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",23]
["JNAMES","K","T1","T2","T3","U0","Uc","Pmax","Pmin","T4","K1","K2","T5","K3","K4","T6","K5","K6","T7","K7","K8","DBH, deadband >=0","DBL, deadband <=0","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","IEEEG2","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",7]
["JNAMES","K","T1","T2","T3","Pmax","Pmin","T4"]
["MAXMINS"]
["MODEL","IEEEG3","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14]
["JNAMES","TG, gate servomotor","Tp, pilot value","U0, opening gate rate limit","Uc, closing gate rate limit","Pmax","Pmin","sigma, speed droop coeff","delta, Transient speed droop coeff","Tr","Tw, water starting","a11","a13","a21","a23"]
["MAXMINS"]
["MODEL","IEEEG3D","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",17]
["JNAMES","TG, gate servomotor","Tp, pilot value","U0, opening gate rate limit","Uc, closing gate rate limit","Pmax","Pmin","sigma, speed droop coeff","delta, Transient speed droop coeff","Tr","Tw, water starting","a11","a13","a21","a23","DBH, deadband >=0","DBL, deadband <=0","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","IEESGO","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",11]
["JNAMES","T1","T2","T3","T4","T5","T6","K1","K2","K3","Pmax","Pmin"]
["MAXMINS"]
["MODEL","IEESGOD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14]
["JNAMES","T1","T2","T3","T4","T5","T6","K1","K2","K3","Pmax","Pmin","DBH, deadband >=0","DBL, deadband <=0","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","IVOGO","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",21]
["JNAMES","K1","A1","A2","T1","T2","Max1","Min1","K3","A3","A4","T3","T4","Max3","Min3","K5","A5","A6","T5","T6","Max5","Min5"]
["MAXMINS"]
["MODEL","PIDGOV","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",20]
["INAMES","Feedb, 0=electrical; 1=gate"]
["JNAMES","Rperm, permanent droop","Treg, speed detector","Kp, prop gain","Ki, reset gain","Kd, derivative gain","Ta, controller time const","Tb, servo time const","Dturb, turbine damping","G0, gate opening","G1, intermediate gate","P1, power G1","G2, termediate gate","P2, power G2","P3, power fully open gate","Gmax","Gmin","Atw, Tw mult factor","Tw, water inertia","Velmax, gate velocity","Velmin, gate velocity <0"]
["MAXMINS"]
["MODEL","PIDGOVD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",23]
["INAMES","Feedb, 0=electrical; 1=gate"]
["JNAMES","Rperm, permanent droop","Treg, speed detector","Kp, prop gain","Ki, reset gain","Kd, derivative gain","Ta, controller time const","Tb, servo time const","Dturb, turbine damping","G0, gate opening","G1, intermediate gate","P1, power G1","G2, termediate gate","P2, power G2","P3, power fully open gate","Gmax","Gmin","Atw, Tw mult factor","Tw, water inertia","Velmax, gate velocity","Velmin, gate velocity <0","DBH, deadband >=0","DBL, deadband <=0","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","SGT2E1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",30]
["INAMES","Feedb, 0=electrical; 1=gate"]
["JNAMES","BLA","BLB","Kl","Ks","Kp","Drl","Drs","Tlt","Tls","Tdt","Pls","Tn","Ppr","Ylo","Fa","Kcc","Tcc","PGB","Pup","Plo","Pgs","Pgfup","Pgfdown","PGTA","PGTB","Trate","dbu","dbo","PSu","PSo"]
["MAXMINS"]
["MODEL","TGOV1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",7]
["JNAMES","R","T1","Vmax","Vmin","T2","T3","DT1"]
["MAXMINS"]
["MODEL","TGOV1D","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10]
["JNAMES","R","T1","Vmax","Vmin","T2","T3","DTa","DBH, deadband >=0","DBL, deadband <=0","Trate"]
["MAXMINS"]
["MODEL","TGOV2","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",11]
["JNAMES","R","T1","Vmax","Vmin","K","T3","Dt","Tt","TA","TB","TC"]
["MAXMINS"]
["MODEL","TGOV3","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",18]
["JNAMES","K","T1","T2","T3","U0","Uc","Pmax","Pmin","T4","K1","T5","K2","T6","K3","TA","TB","TC","Prmax"]
["MAXMINS"]
["MODEL","TGOV3D","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",21]
["JNAMES","K","T1","T2","T3","U0","Uc","Pmax","Pmin","T4","K1","T5","K2","T6","K3","TA","TB","TC","Prmax","DBH, deadband >=0","DBL, deadband <=0","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","TGOV4","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",7,"NUMCONS",52]
["INAMES","NCV, Num control valves","NIV, Num intercept valves","MODE","Internal1","Internal2","Internal3","Internal4"]
["JNAMES","K","T1","T2","T3","Uo","Uc","KCAL","T4","K1","T5","K2","T6","Prmax","Kp","Ki","Tfuel","Tfd1","Tfd2","Kb","Cb","Tiv","UOIV","UCIV","R","Offset","CV, position demand","CV2","CV3","CV4","IV, starting valve","IV2, closing rate","CV, valve characteristic","IV, valve characteristic","CV, valve char for closing","CV, closing rate","TCV1","TCV2","TCV3","TCV4","IV, starting time closing","IV, closing rate","TcIV1, Time const IV1","TCIV2, Time const IV2","TfPLU","PLU","Timer","PLU","TfEVA","EVA","EVA, unbalance","MLR, min load reference","LRR, Load ramp rate"]
["MAXMINS"]
["MODEL","TGOV5","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",49]
["JNAMES","K","T1","T2","T3","Uo","Uc","Vmax","Vmin","T4","K1","K2","T5","K3","K4","T6","K5","K6","T7","K7","K8","K9","K10","K11","K12","K13","K14","Rmax","Rmin","Lmax","Lmin","C1","C2","C3","B","CB","Kl","Tl","Tr","TR1","Cmax","Cmin","TD","TF","TW","Psp","Tmw","KL","KMW","del_PE"]
["MAXMINS"]
["MODEL","TURCZT","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",22]
["JNAMES","fdead","fmin","fmax","Kkor","Km","Kp","Sdead","Kstat","Khp","Tc","Ti","Tehp","TV","Thp","Tr","Tw","Ntmax","Ttmin","Gmax","Gmin","Vmin","Vmax"]
["MAXMINS"]
["MODEL","URCSCT","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",58]
["NULL"]
["NULL"]
["MODEL","URGS3T","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",33]
["MODEL","WEHGOV","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",49]
["MODEL","WESGOV","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",9]
["MODEL","WESGOVD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["MODEL","WPIDHY","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",21]
["MODEL","WPIDHYDU","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",24]
["MODEL","WSHYDD","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",33]
["MODEL","WSHYGP","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",30]
["MODEL","WSIEG1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",34]
["JNAMES","K","T1","T2","T3","U0","Uc","Pmax","Pmin","T4","K1","K2","T5","K3","K4","T6","K5","K6","T7","K7","K8","db1","err","db2","GV1","Pgv1","Gv2","Pgv2","G3","Pgv3","GV4","Pgv4","GV5","Pgv5","Iblock"]
["MAXMINS"]
["MODEL","H6E1HU ","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",62]
["MODEL","HYG3","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",36]
["INAMES","clflag"]
["JNAMES","Rgate","Relec","Tt","Td","K2","KI","KD","Tf","KG","Tp","VELopen","VELclose","Pmax","Pmin","db","gv1","pgv1","gv2","pgv2","gv3","pgv3","gv4","pgv4","gv5","pgv5","gv6","pgv6","H-","qnl","Tw","AT","Dturb","Trate","db1h","err1","db1L"]
["MAXMINS"]
["MODEL","HYG3HU","CAT","GV_SYNC","UDM",1,"PREAMBLE","5 0 2 36 9 6","NUMICONS",1,"NUMCONS",36]
["INAMES","clflag"]
["JNAMES","Rgate","Relec","Tt","TD","K2","KI","KD","Tf","KG","Tp","VELopen","VELclose","Pmax","Pmin","db","gv1","pgv1","gv2","pgv2","gv3","pgv3","gv4","pgv4","gv5","pgv5","gv6","pgv6","H0","qnl","Tw","AT","Dturb","Trate","db1h","err1","db1L"]
["MAXMINS"]
["MODEL","H6E1","CAT","GV_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",62]
["MODEL","IRRADU1","CAT","GV_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",20]
["MODEL","WT3P1","CAT","GV_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",9]
["JNAMES","Tp, blade time const","Kpp, prop gain","Kip, integral gain","Kpc, prop gain compensator","Kic, integral gain compensator","Tetamin, lower pitch","Tetamax, upper pitch","RTetamin, upper rate","PMX, power ref"]
["MAXMINS"]
["MODEL","WTPTA1","CAT","GV_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",10]
["JNAMES","Kiw","Kpw","Kic","Kpc","Kcc","Tp","TetaMax","TetaMin","RTetaMax","RTetaMin"]
["MAXMINS"]
["MODEL","WTPTBU1","CAT","GV_IBR","UDM",1,"PREAMBLE","104 0 0 14 3 1","NUMICONS",0,"NUMCONS",14]
["JNAMES","Kiw","Kpw","Kic","Kpc","Kcc","Tp","TetaMax","TetaMin","RTetaMax","RTetaMin","TetaCMax","TetaCMin","TetaWMax","TetaWMin"]
["MAXMINS"]
["MODEL","MNLEX1","CAT","AE_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",6]
["JNAMES","KF2","TF2","KM","TM","Melmax","K, MEL slope"]
["MAXMINS"]
["MODEL","MNLEX2","CAT","AE_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",7]
["JNAMES","KF2","TF2","KM","TM","Melmax","Q0","Radius"]
["MAXMINS"]
["MODEL","MNLEX3","CAT","AE_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",7]
["JNAMES","KF2","TF2","KM","TM","Melmax","Q0","B"]
["MAXMINS"]
["MODEL","UEL1","CAT","AE_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",14]
["JNAMES","KUR, radius","KUC, UEL center","KUF, UEL stabilizer gain","VURMAX, UEL max limit","KUI, UEL integral","KUL, UEL proportional","VUIMAX, UEL integrator max","VUIMIN, UEL integrator min","TU1, UEL lead","TU2, UEL lag","TU3, UEL lead","TU4, UEL lag","VULMAX, UEL output max","VULMIN, UEL output min"]
["MAXMINS"]
["MODEL","UEL2","CAT","AE_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",38]
["JNAMES","TUV","TUP","TUQ","KUI","KUL","VUIMAX","VUIMIN","KUF","KFB","TUL","TU1","TU2","TU3","TU4","P0","Q0","P1","Q1","P2","Q2","P3","Q3","P4","Q4","P5","Q5","P6","Q6","P7","Q7","P8","Q8","P9","Q9","P10","Q10","VULMAX","VULMIN"]
["MAXMINS"]
["MODEL","UEL2C","CAT","AE_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",47]
["INAMES","K1","K2","Trans","S_Gain"]
["JNAMES","TUV","TUP","TUQ","KUI","KUL","VUIMAX","VUIMIN","KUF","KFB","TUL","TU1","TU2","TU3","TU4","P0","Q0","P1","Q1","P2","Q2","P3","Q3","P4","Q4","P5","Q5","P6","Q6","P7","Q7","P8","Q8","P9","Q9","P10","Q10","VULMAX","VULMIN","VBIAS","KFIX","TADJ","TQREF","VUELMAX2","VUELMIN2","VUELMAX1","VUELMIN1","XQ"]
["MAXMINS"]
["MODEL","WT12A1","CAT","AE_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",8]
["JNAMES","Droop","Kp","Ti","T1","T2","Tp","Limmax","Limmin"]
["MAXMINS"]
["MODEL","WT12A1U_B","CAT","AE_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",14]
["INAMES","Reserv"]
["JNAMES","Tr","rmax","rmin","T0","Pmin","Pset","Vt1","t1","Vt2","t2","Vt3","t3","Vt4","t4"]
["MAXMINS"]
["MODEL","WTARA1","CAT","AE_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",2]
["JNAMES","Ka, aero gain factor","Theta"]
["MAXMINS"]
["MODEL","WTTQA1","CAT","GU_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",15]
["INAMES","Tflag, 0=speed control; 1=power"]
["JNAMES","Kpp","Kip","Tp","Twref","Temax","Temin","p1","spd1","p3","spd2","p3","spd3","p4","spd4","Trate"]
["MAXMINS"]
["MODEL","CCOMP4A","CAT","GU_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",7]
["INAMES","NUM2, Bus number unit 2","ID2, Mach ID unit 2","NUM3, Bus number unit 3","ID3, Mach ID unit 3","NUM4, Bus number unit 4","ID4, Mach ID unit 4"]
["JNAMES","K1","K2","K3","K4","Kc","Vmax","Vmin"]
["MAXMINS"]
["MODEL","COMP","CAT","GU_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",1]
["MODEL","COMPCC","CAT","GU_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",4]
["JNAMES","R1","X1","R2","X2"]
["MAXMINS"]
["MODEL","IEEEVC","CAT","GU_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",1]
["JNAMES","Rc","Xc"]
["MAXMINS"]
["MODEL","REMCMP","CAT","GU_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",0]
["MODEL","BASOELU2","CAT","AX_SYNC","UDM",1,"PREAMBLE","10 0 15 12 3 9","NUMICONS",15,"NUMCONS",12]
["MODEL","MAXEX1","CAT","AX_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",10]
["INAMES","Status"]
["JNAMES","EFDrate","EDF1","TIME1","EFD2","TIME2","EFD3","TIME3","EFDES","Kmx","Vlow"]
["MAXMINS"]
["MODEL","MAXEX2","CAT","AX_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",1,"NUMCONS",10]
["INAMES","Switch, 0=EFD; 1=IFD"]
["JNAMES","EFDrate","EDF1","TIME1","EFD2","TIME2","EFD3","TIME3","EFDES","Kmx","Vlow"]
["MAXMINS"]
["MODEL","OEL2C","CAT","AX_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",41]
["INAMES","Flag, 1=Efd; 2=Ifd; 3=VFE","Switch, 1=Fixed ramp; 2=Inverse"]
["JNAMES","Tc1OEL","Tb1OEL","Tc2OEL","Tb2OEL","KpOEL","KiOEL","KdOEL","TdOEL","VOELmax3","VOELmin3","VOELmax2","VOELmin2","VOELmax1","VOELmin1","IRESET","Ten","Toff","Ithoff","Kscale","Troel","Kact","ITFPU","IINST","ILIM","TAOEL","C1","K1","C2","K2","Vinvmax","Vinvmin","FixedRU","FixedRD","Tfcl","Tmax","Tmin","Kfb","Krd","Kru","Kzru","Ifdrated"]
["MAXMINS"]
["MODEL","OEL3CU","CAT","AX_SYNC","UDM",1,"PREAMBLE","10 0 2 10 2 4","NUMICONS",2,"NUMCONS",10]
["INAMES","OELflag, 1=Efd; 2=Ifd; 3=Vfe","K1"]
["JNAMES","Itfpu","Kscale","Tf","Koel","Toel","Kpoel","Voelmax1","Voelmin1","Voelmax2","Voelmin2"]
["MAXMINS"]
["MODEL","OEL4CU","CAT","AX_SYNC","UDM",1,"PREAMBLE","10 0 1 5 1 4","NUMICONS",1,"NUMCONS",5]
["INAMES","Int0"]
["JNAMES","Qref","Tdelay","Kp","Ki","Voelmin"]
["MAXMINS"]
["MODEL","OEL5CU1","CAT","AX_SYNC","UDM",1,"PREAMBLE","10 0 3 27 6 3","NUMICONS",3,"NUMCONS",27]
["INAMES","OELflag, 1=Efd; 2=Ifd; 3=Vfe","SW1","K1"]
["JNAMES","Ifdpu","Ifdlim","Voelmax1","Toel","Kifdt","K","Tcoel","Tboel","Ifdpulev","Tifdiev","Ifdolev","Ifdref1","Ifdref2","Kpoel","Kioel","Voelmax","Voelmin","Kpvfe","Kivfe","Vfemax","Vfemin","Kscale1","Tf1","Kscale2","Tf2","Vferef","Ibias"]
["MAXMINS"]
["MODEL","REAX3BU1","CAT","AX_SYNC","UDM",1,"PREAMBLE","107 0 1 7 2 4","NUMICONS",1,"NUMCONS",7]
["INAMES","BUS"]
["JNAMES","Tw1","Kw1","Kp1","Wmax","Wmin","Pmax","Pmin"]
["ORIDES","0,<UNIT1:BUS>"]
["MAXMINS"]
["MODEL","REAX4BU1","CAT","AX_SYNC","UDM",1,"PREAMBLE","107 0 1 7 2 4","NUMICONS",1,"NUMCONS",7]
["INAMES","BUS"]
["JNAMES","Tw1","Kw1","Kp1","Wmax","Wmin","Pmax","Pmin"]
["ORIDES","0,<UNIT1:BUS>"]
["MAXMINS"]
["MODEL","REPCA1","CAT","AX_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",7,"NUMCONS",27]
["INAMES","BUS","From","To","ID","VC_flag, 0=droop; 1=line drop","RefFlag, 0=Q; 1=V","Fflag, 1=enable"]
["JNAMES","Tfltr, Filter measure time const","Kp, Reactive proportional gain","Ki, Reactive integral gain","Tft, Lead","Tfv, Lag","Vfrz, Voltage thres freeze","Rc, Line drop resistaance","Xc, Line drop reactance","Kc, Reactive current comp","emax, deadband","emin, deadband","dbd1, lower threshold","dbd2, upper threshold","Qmax","Qmin","Kpg","Kig","Tp","fdbd1","fdbd2","femax","femin","Pmax","Pmin","Tg","Ddn","Dup"]
["ORIDES","0,<BUS>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MAXMINS"]
["MODEL","REPCTA1","CAT","AX_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",7,"NUMCONS",27]
["INAMES","BUS","From","To","ID","VC_flag, 0=droop; 1=line drop","RefFlag, 0=Q; 1=V","Fflag, 1=enable"]
["JNAMES","Tfltr, Filter measure time const","Kp, Reactive proportional gain","Ki, Reactive integral gain","Tft, Lead","Tfv, Lag","Vfrz, Voltage thres freeze","Rc, Line drop resistaance","Xc, Line drop reactance","Kc, Reactive current comp","emax, deadband","emin, deadband","dbd1, lower threshold","dbd2, upper threshold","Qmax","Qmin","Kpg","Kig","Tp","fdbd1","fdbd2","femax","femin","Pmax","Pmin","Tg","Ddn","Dup"]
["ORIDES","0,<BUS>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MAXMINS"]
["MODEL","LCFB1","CAT","TL_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",7]
["INAMES","M","M+1"]
["JNAMES","Fb","Tpelec","db","emax","Kp","Ki","Irmax"]
["MAXMINS"]
["MODEL","UCBGT","CAT","GV_SYNC","UDM",1,"PREAMBLE","5 0 0 42 12 14","NUMICONS",0,"NUMCONS",42]
["JNAMES","Rp, feedback droop","Tp, feedback time const","Rv, gov feedback droop","Kmwp, prop gain outer loop MW","Kmwi, integral gain outer loop MW","rfmax, Max limit outer loop MW","rfmin, Min limit outer loop MW","dbd, deadband","err, error limit","Ta, acceleration control","aset, acceleration limit set","Kpg, speed gov prop gain","Kig, speed gov integral gain","Kdg, speed gov derivative gain","Tdg, speed gov derivative time","Kpa, accel prop gain","Kia, accel integral gain","Kpt, Temp prop gain","Kit, Temp integral gain","Fmax, Max fuel","Fmin, Min fuel","Tlimit, Temp limit","Tthep, Thermocouple time","Tn, Heat transfer lead","Td, Heat transfer lag","Tv, Fuel system time","Vmax, Max valve","Vmin, Min valve","Fm, Fuel flow multiplier","Wfo, full-speed no load","Kt, Turbine gain","Ttn1, Turbine numerator","Ttn2, Turbine numerator","Ttd1, Turbine denominator","Ttd2, Turbine denominator time","x1, 1st point","F(x1)","x2, 2nd point","F(x2)","x3, 3rd point","F(x3)","Trate, Turbine rating"]
["MAXMINS"]
["MODEL","UCCPSS","CAT","GV_SYNC","UDM",1,"PREAMBLE","5 0 0 67 16 21","NUMICONS",0,"NUMCONS",67]
["JNAMES","Rp, Electrical power feedback","Tp, Electrical power time const","Rv, Governor feedback droop","Kmwp, Prop gain","Kmwi, Integral gain","rfmax, Max limit outer","rfmin, Min limit outer","dbd, Deadband","err, Error limit","Ta, acceleration control","aset, acceleration limit set","Kpg, speed gov prop gain","Kig, speed gov integral gain","Kdg, speed gov derivative gain","Tdg, speed gov derivative time","Kpa, accel prop gain","Kia, accel integral gain","Kpt, Temp prop gain","Kit, Temp integral gain","Fmax, Max fuel","Fmin, Min fuel","Tlimit, Temp limit","Tthep, Thermocouple time","Tn, Heat transfer lead","Td, Heat transfer lag","Tv, Fuel system time","Vmax, Max valve","Vmin, Min valve","Fm, Fuel flow multiplier","Wfo, full-speed no load","Kt, Turbine gain","Ttn1, Turbine numerator","Ttn2, Turbine numerator","Ttd1, Turbine denominator","Ttd2, Turbine denominator time","x1, 1st point","F(x1)","x2, 2nd point","F(x2)","x3, 3rd point","F(x3)","Trate, Turbine rating","Pgt1, Point 1","Qg1","Pgt2","Qg2","Pgt3","Qg3","Pgt4","Qg4","Pgt5","Qg5","Pgt6","Qg6","Pgt7","Qg7","Tdrum, Drum time const","Km, Pressure loss flow","Tvs, Actuator const","Kp, Pressure controller prop gain","Ki, Pressure controller integral gain","Tn, Turbine lead","Td, Turbine lag","Qs, Heat supplemental","Bv, bypass valve opening","Pref, Min steam pressure","TrateST, ST MW rating"]
["MAXMINS"]
["MODEL","UHRSG","CAT","GV_SYNC","UDM",1,"PREAMBLE","5 0 12 25 4 7","NUMICONS",12,"NUMCONS",25]
["INAMES","BUS1","ID1","BUS2","ID2","BUS3","ID3","BUS4","ID4","BUS5","ID5","BUS6","ID6"]
["JNAMES","Pgt1","Qg1","Pgt2","Qg2","Pgt3","Qg3","Pgt4","Qg4","Pgt5","Qg5","Pgt6","Qg6","Pgt7","Qg7","Tdrum, Drum time const","Km, Pressure loss flow","Tv, Actuator const","Kp, Pressure controller prop gain","Ki, Pressure controller integral gain","Tn, Turbine lead","Td, Turbine lag","Qs, Heat supplemental","Bv, bypass valve opening","Pref, Min steam pressure","Trate, Turb MW rating"]
["MAXMINS"]
["MODEL","PLNTBU1","CAT","PL_IBR","UDM",2,"PREAMBLE","504 0 7 28 7 15","NUMICONS",7,"NUMCONS",28]
["INAMES","BUS, Volt control bus","From, Monitored branch","To, Monitored branch","ID, Monitored branch","VC_flag, 0=droop; 1=line drop","RefFlag, 0=Q; 1=V; 2=PF","Fflag, 1=enable"]
["JNAMES","Tfltr, Filter measure time const","Kp, Reactive proportional gain","Ki, Reactive integral gain","Tft, Lead","Tfv, Lag","Vfrz, Voltage thres freeze","Rc, Line drop resistaance","Xc, Line drop reactance","Kc, Reactive current comp","Emax, deadband","Emin, deadband","Dbd1, lower threshold","Dbd2, upper threshold","Qmax","Qmin","Kpg, prop gain power control","Kig, integral gain power control","Tp, Real filter time const","Fdbd1, deadband","Fdbd2, deadband","FEmax, Freq error upper","FEmin, Freq error lower","Pmax, Upper power limit","Pmin, Lower power limit","Tg, Power control lag","Ddn, Droop reciprocal over-freq","Dup, Droop reciprocal under-freq","MVA_P, Plant controller base"]
["ORIDES","0,<IREG>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MAXMINS"]
["MODEL","IEEEST","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",2,"NUMCONS",17]
["INAMES","StabFlg, 1=Rotor deviation; 2=Freq deviation; 3=Gen MBASE; 4=Gen Accel; 5=Bus Voltage; 6=Derivative","IB, Remote bus"]
["JNAMES","A1","A2","A3","A4","A5","A6","T1","T2","T3","T4","T5","T6","K5","LSMAX","LSMIN","VCU","VCL"]
["MAXMINS"]
["MODEL","PANELU1","CAT","ST_SYNC","UDM",1,"PREAMBLE","103 0 0 5 0 1","NUMICONS",0,"NUMCONS",5]
["JNAMES","PDCMAX200","PDCMAX400","PDCMAX600","PDCMAX800","PDCMAX1000"]
["MAXMINS"]
["MODEL","PSS1A","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",17]
["JNAMES","A1","A2","A3","A4","A5","A6","T1","T2","T3","T4","T5","T6","K5","LSMAX","LSMIN","VCU","VCL"]
["MAXMINS"]
["MODEL","PSS2A","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",17]
["INAMES","ICS1","REMBUS","ICS2","REMBUS2","M","N"]
["JNAMES","Tw1","Tw2","T6","Tw3","Tw4","T7","Ks2","Ks3","T8","T9","Ks1","T1","T2","T3","T4","VSTmax","VSTmin"]
["MAXMINS"]
["MODEL","PSS2B","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",23]
["INAMES","ICS1","REMBUS","ICS2","REMBUS2","M","N"]
["JNAMES","Tw1","Tw2","T6","Tw3","Tw4","T7","Ks2","Ks3","T8","T9","Ks1","T1","T2","T3","T4","T10","T11","Vs1max","Vs1min","Vs2max","Vs2min","VSTmax","VSTmin"]
["MAXMINS"]
["MODEL","PSS2C","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",29]
["INAMES","ICS1","REMBUS","ICS2","REMBUS2","M","N"]
["JNAMES","Tw1","Tw2","T6","Tw3","Tw4","T7","Ks2","Ks3","T8","T9","Ks1","T1","T2","T3","T4","T10","T11","Vs1max","Vs1min","Vs2max","Vs2min","VSTmax","VSTmin","T12","T13","PSSON","PSSOFF","Xcomp","Tcomp"]
["MAXMINS"]
["MODEL","PSS3B","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",17]
["INAMES","ICS1","REMBUS","ICS2","REMBUS2"]
["JNAMES","KS1","T1","Tw1","Ks2","T2","Tw2","Tw3","A1","A2","A3","A4","A5","A6","A7","A8","Vstmax","Vstmin"]
["MAXMINS"]
["MODEL","PSS4B","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",75]
["JNAMES","CL1","DL1","AL1","BL1","BwL11","wL11","BwL12","wL12","TH","AH","BH","M","BwH1","wH1","BwH2","wH2","KL1","KL11","TL1","TL2","TL3","TL4","TL5","TL6","KL2","KL17","TL7","TL8","TL9","TL10","TL11","TL12","KL","VLmax","VLmin","Kl1","Ll1l","TI1","TI2","TI3","TI4","TI5","TI6","KI2","KI17","TI7","TI8","TI9","TI10","TI11","TI12","KI","VIMAX","VIMIN","KH1","KH11","TH1","TH2","TH3","TH4","TH5","TH6","KH2","KH17","TH7","TH8","TH9","TH10","TH11","TH12","KH","VHmax","VHmin","VSTMAX","VSTMIN"]
["MAXMINS"]
["MODEL","PSS4CU","CAT","ST_SYNC","UDM",1,"PREAMBLE","3 0 1 97 39 7","NUMICONS",1,"NUMCONS",97]
["INAMES","Vs1"]
["JNAMES","CL-I","DL-I","AL-I","BL-I","BωLI1","ωLI1","BωLI2","ωLI2","TH","AH","BH","H, inertia constant","BωH1","ωH1","BωH2","ωH2","KL1","KL11","TL1","TL2","TL3","TL4","TL5","TL6","KL2","KL17","TL7","TL8","TL9","TL10","TL11","TL12","KL","VLmax","VLmin","KI1","KI11","TI1","TI2","TI3","TI4","TI5","TI6","KI2","KI17","TI7","TI8","TI9","TI10","TI11","TI12","KI","VImax","VImin","KH1","KH11","TH1","TH2","TH3","TH4","TH5","TH6","KH2","KH17","TH7","TH8","TH9","TH10","TH11","TH12","KH","VHmax","VHmin","VSTmax","VSTmin","CH","KVL1","KVL11","TVL1","TVL2","TVL3","TVL4","TVL5","TVL6","KVL2","KVL17","TVL7","TVL8","TVL9","TVL10","TVL11","TVL12","KVL","VVLmax","VVLmin","Xcomp","Tcomp"]
["MAXMINS"]
["MODEL","PSS5CU","CAT","ST_SYNC","UDM",1,"PREAMBLE","3 0 1 30 13 6","NUMICONS",1,"NUMCONS",30]
["INAMES",0]
["JNAMES","DL-I","AL-I","BL-I","KC1","TH","AH","BH","CH","KC2","KVL","FVL","VVLmax","VVLmin","KL","FL","VLmax","VLmin","Kl","Fl","VImax","VImin","KH","FH","VHmax","VHmin","k1","k2","k3","VSTmax","VSTmin"]
["ORIDES","0,0"]
["MAXMINS"]
["MODEL","PSS6C","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",30]
["INAMES","ICS1","REMBUS1","ICS2","REMBUS2"]
["JNAMES","T1","KS2","T2","KS1","T3","MACC","T4","TD","KD","K1","K2","K3","K4","TI1","TI2","KI3","TI3","KI4","TI4","KS","VSI1max","VSL1min","VSL2max","VSL2min","VSTmax","VSTmin","PSSON","PSSOFF","Xcomp","Tcomp"]
["MAXMINS"]
["MODEL","PSS7C","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",32]
["INAMES","ICS1","REMBUS1","ICS2","REMBUS2","M","N"]
["JNAMES","Tw1","Tw2","T6","Tw3","Tw4","T7","KS2","KS3","T8","T9","Ks1","K0","K1","K2","K3","K4","TL1","TL2","KI3","TL3","KI4","TI4","VSL1max","VSL1min","VSL2max","VSL2min","VSTmax","VSTmin","PSSon","PSSoff","Xcomp","Tcomp"]
["MAXMINS"]
["MODEL","PTIST1","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",12]
["INAMES"]
["JNAMES","del_tf","del_tp","del_tc","Xq","M","Tp","Tf","K","T1","T2","T3","T4"]
["MAXMINS"]
["MODEL","PTIST3","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",31]
["INAMES","ISW","NAV","NCL","NCR"]
["JNAMES","del_tF","del_tp","del_tc","X'q","M","Tp","Tf","K","T1","T2","T3","T4","T5","T6","A0","A1","A2","B0","B1","B2","A3","A4","A5","B3","B4","B5","Athres","DL","AL","Lthres","Pmin"]
["MAXMINS"]
["MODEL","ST2CUT","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",4,"NUMCONS",16]
["INAMES","IC1","IB1","IC2","IB2"]
["JNAMES","K1","K2","T1","T2","T3","T4","T5","T6","T7","T8","T9","T10","LSmax","LSmin","VCU","VCL"]
["MAXMINS"]
["MODEL","STAB1","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",7]
["JNAMES","Kof_T","T","T1of_T3","T3","T2of_T4","T4","HLIM"]
["MAXMINS"]
["MODEL","STAB2A","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",8]
["JNAMES","K2","T2","K3","T3","K4","K5","T5","HLIM"]
["MAXMINS"]
["MODEL","STAB3","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",5]
["JNAMES","Tt","TX1","TC2","KX","VLIM"]
["MAXMINS"]
["MODEL","STAB4","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",11]
["JNAMES","Kx","Tt","TX1","TX2","Ta","Tb","Tc","Td","Te","L1","L2"]
["MAXMINS"]
["MODEL","SYNAXBU1","CAT","ST_SYNC","UDM",1,"PREAMBLE","3 0 1 4 1 1","NUMICONS",1,"NUMCONS",4]
["INAMES","PLNTBUS"]
["JNAMES","Tw1","Kw1","Wmax","Wmin"]
["MAXMINS"]
["MODEL","STABNI","CAT","ST_SYNC","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",5]
["MODEL","WT12T1","CAT","ST_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",11]
["JNAMES","H","DAMP","Htfrac","Freq1","Dshaft"]
["MAXMINS"]
["MODEL","WT3T1","CAT","ST_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",8]
["JNAMES","VW","H","DAMP","Kaero","Theta2","Htfrac","Freq1","Dshaft"]
["MAXMINS"]
["MODEL","WTDTA1","CAT","ST_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",0,"NUMCONS",5]
["JNAMES","H","DAMP","Htfrac","Freq1","Dshaft"]
["MAXMINS"]
["MODEL","WTDTBU1","CAT","ST_IBR","UDM",1,"PREAMBLE","103 0 0 6 5 3","NUMICONS",0,"NUMCONS",6]
["JNAMES","H","DAMP","Htfrac","Freq1","Dshaft","Tp"]
["MAXMINS"]
["MODEL","PPCORE3*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1, Vestas1","M+2, Vestas2","DLLUn, PPC DLL Unload (0,1)","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","PQ_From, POI from bus (same as PCC ckt if no line droop)","PQ_To, POI to bus (same as PCC ckt if no line droop)","PQ_ID, POI ID (same as PCC ckt if no line droop)","M+12, Vestas12","M+13, Vestas13","M+14, Vestas14","M+15, Vestas15","M+16, Vestas16","M+17, Vestas17","M+18, Vestas18","M+19, Vestas19","M+20, Vestas20","M+21, Vestas21","M+22, Vestas22","M+23, Vestas23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","9,<POI_I>","10,<POI_J>","11,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","PPCORE4*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1, Vestas1","M+2, Vestas2","DLLUn, PPC DLL Unload (0,1)","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","PQ_From, POI from bus (same as PCC ckt if no line droop)","PQ_To, POI to bus (same as PCC ckt if no line droop)","PQ_ID, POI ID (same as PCC ckt if no line droop)","M+12, Vestas12","M+13, Vestas13","M+14, Vestas14","M+15, Vestas15","M+16, Vestas16","M+17, Vestas17","M+18, Vestas18","M+19, Vestas19","M+20, Vestas20","M+21, Vestas21","M+22, Vestas22","M+23, Vestas23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","9,<POI_I>","10,<POI_J>","11,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","PPCOREM3*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1, Vestas1","M+2, Vestas2","DLLUn, PPC DLL Unload (0,1)","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","PQ_From, POI from bus (same as PCC ckt if no line droop)","PQ_To, POI to bus (same as PCC ckt if no line droop)","PQ_ID, POI ID (same as PCC ckt if no line droop)","M+12, Vestas12","M+13, Vestas13","M+14, Vestas14","M+15, Vestas15","M+16, Vestas16","M+17, Vestas17","M+18, Vestas18","M+19, Vestas19","M+20, Vestas20","M+21, Vestas21","M+22, Vestas22","M+23, Vestas23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","9,<POI_I>","10,<POI_J>","11,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","PPCOREM4*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1, Vestas1","M+2, Vestas2","DLLUn, PPC DLL Unload (0,1)","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","PQ_From, POI from bus (same as PCC ckt if no line droop)","PQ_To, POI to bus (same as PCC ckt if no line droop)","PQ_ID, POI ID (same as PCC ckt if no line droop)","M+12, Vestas12","M+13, Vestas13","M+14, Vestas14","M+15, Vestas15","M+16, Vestas16","M+17, Vestas17","M+18, Vestas18","M+19, Vestas19","M+20, Vestas20","M+21, Vestas21","M+22, Vestas22","M+23, Vestas23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","9,<POI_I>","10,<POI_J>","11,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","PPCOREM5*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","DLLMin2, PPC DLL Minor Version","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","PPC21*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1, Vestas1","M+2, Vestas2","DLLUn, PPC DLL Unload (0,1)","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","PQ_From, POI from bus (same as PCC ckt if no line droop)","PQ_To, POI to bus (same as PCC ckt if no line droop)","PQ_ID, POI ID (same as PCC ckt if no line droop)","M+12, Vestas12","M+13, Vestas13","M+14, Vestas14","M+15, Vestas15","M+16, Vestas16","M+17, Vestas17","M+18, Vestas18","M+19, Vestas19","M+20, Vestas20","M+21, Vestas21","M+22, Vestas22","M+23, Vestas23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","9,<POI_I>","10,<POI_J>","11,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","P33102*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1, Vestas1","M+2, Vestas2","DLLUn, PPC DLL Unload (0,1)","DLLMaj, PPC DLL Major Version","DLLMin, PPC DLL Minor Version","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","PQ_From, POI from bus (same as PCC ckt if no line droop)","PQ_To, POI to bus (same as PCC ckt if no line droop)","PQ_ID, POI ID (same as PCC ckt if no line droop)","M+12, Vestas12","M+13, Vestas13","M+14, Vestas14","M+15, Vestas15","M+16, Vestas16","M+17, Vestas17","M+18, Vestas18","M+19, Vestas19","M+20, Vestas20","M+21, Vestas21","M+22, Vestas22","M+23, Vestas23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","9,<POI_I>","10,<POI_J>","11,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","VPPC203*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","M+4","M+5","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","M+20","M+21","M+22","M+23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","VPPC302*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","M+4","M+5","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","M+20","M+21","M+22","M+23","STATBus, STATCOM Bus (if statcom is slave)","STATID, STATCOM ID (if slave)","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","M+38","M+39","M+40","M+41","M+42","M+43","M+44","M+45","M+46","M+47","M+48","M+49","M+50","M+51","M+52","M+53","M+54","M+55","M+56","M+57","STATBus, STATCOM Bus (if statcom is master)","STATID, STATCOM ID (if master)"]
["JNAMES"]
["ORIDES","6,<POI_I>","7,<POI_J>","8,<POI_ID>","26,<BUS>","27,<ID>","28,<BUS2>","29,<ID2>","30,<BUS3>","31,<ID3>","32,<BUS4>","33,<ID4>"]
["MODEL","VPPC305*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","VPPC502*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","VPPC504*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","VPPC506*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","VPPC507*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","VPPC508*","CAT","PL_IBR","UDM",1]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>","20,<BUS>","21,<ID>","22,<BUS2>","23,<ID2>","24,<BUS3>","25,<ID3>","26,<BUS4>","27,<ID4>"]
["MODEL","VPPC50800V70400","CAT","PL_IBR","UDM",1,"PREAMBLE","104 0 405 140 32 452","NUMICONS",405,"NUMCONS",140]
["INAMES","PPCType","M+1","M+2","M+3","Vmeas, Voltage measurement bus","Fmeas, Frequency measurement bus","FROMbus, PPC circuit from bus","TObus, PPC circuit to bus","cktID, PCC circuit ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","M+16","M+17","M+18","M+19","WTGG1","WTG1iP","WTG1iQ","WTG2","WTG2iP","WTG2iQ","WTG3","WTG3iP","WTG3iQ","WTG4","WTG4iP","WTG4iQ"]
["JNAMES"]
["ORIDES","4,<IREG>","5,<IREG>","6,<POI_I>","7,<POI_J>","8,<POI_ID>"]
["MODEL","GEWTG2","CAT","G_IBR","UDM",1,"PREAMBLE","1 1 4 18 3 5","NUMICONS",4,"NUMCONS",18]
["INAMES","M+0,0","NTurbs,Num of WTs lumped","Full,Full Converter Flag 0=DFIG Type 3","M+3"]
["JNAMES","Prate,Rated power of the individual unit (original)","Xeq, Equiv reactance pu on MBASE"]
["ORIDES"]
["MODEL","GEWTE2","CAT","E_IBR","UDM",1,"PREAMBLE","4 0 12 67 18 9","NUMICONS",12,"NUMCONS",67]
["INAMES","IREG, V-Regulated bus (or 0)","M+1","PFAFLG, 1=fast PF control enabled","VARFLG, 1=Qord is provided by WindVar","APCFLG, Active Power Control Flag","M+5","PQFLAG, 0=Q Priority; 1=P priority","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID","M+10","M+11"]
["JNAMES","Tfv, V-reg filter time constant (sec)","Kpv, V-ref proportional gain (pu)","Kiv, V-reg Integrator gain (pu)","J+3","J+4","J+5","J+6","J+7","Pmax","Pmin","Qmax","Qmin","IPmax","J+13","J+14","J+15","J+16","KQi","J+18","J+19","KVi"]
["ORIDES"]
["MODEL","GEWTA2","CAT","MO_IBR","UDM",1,"PREAMBLE","505 0 0 9 1 4","NUMICONS",0,"NUMCONS",9]
["MODEL","GEWTP2","CAT","MO_IBR","UDM",1,"PREAMBLE","505 0 1 10 3 3","NUMICONS",1,"NUMCONS",10]
["MODEL","GEWTT1","CAT","GV_IBR","UDM",1,"PREAMBLE","5 0 1 5 4 3","NUMICONS",1,"NUMCONS",5]
["MODEL","GEWTG0705","CAT","G_IBR","UDM",1,"PREAMBLE","1 1 30 64 11 29","NUMICONS",30,"NUMCONS",64]
["MODEL","GEWTE0705","CAT","E_IBR","UDM",1,"PREAMBLE","4 0 11 73 16 293","NUMICONS",11,"NUMCONS",73]
["INAMES","IREG, V-Regulated bus (or 0)","M+1","VARFLG, 1=Qord is provided by WindVar","PFAFLG","PQFLAG, 0=Q Priority; 1=P priority","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID","M+8","VREFFLG","QREFFLG"]
["JNAMES"]
["ORIDES","0,<IREG>","5,<POI_I>","6,<POI_J>","7,<POI_ID>"]
["MODEL","GEWTA0705","CAT","PL_IBR","UDM",1,"PREAMBLE","5 0 7 84 21 67","NUMICONS",7,"NUMCONS",84]
["NULL"]
["NULL"]
["MODEL","DERA1","CAT","G_IBR","UDM",0,"PREAMBLE",null,"NUMICONS",6,"NUMCONS",41]
["INAMES","PfFlag, 0=constQ","FreqFlg, 1=enabled","PQFlag, 1=P priority","GenFlg, 0=BESS; 1=GEN","VtripF, 1=enable","FtripF, 1=enable"]
["JNAMES","Trv, volt measure time const","Trf, freq measure time const","dbd1, lower V deadband","dbd2, upper V deadband","Kqv, prop v control","Vref0, user-specified v setpoint","Tp, power transducer time","Tiq, Q-control time","Ddn, 1-over droop over-freq","Dup, 1-over droop under-freq","fdbd1, Freq deadband lower","fdbd2, Freq deadband upper","femax, Freq error upper","femin, Freq error lower","Pmax","Pmin","dPmax","dPmin","Tpord","Kpg, PI proportional","Kig, PI integral","Imax, Max converter","vl0","vl1","vh0","vh1","tvl0","tvl1","tvh0","tvh1","Vrfrac, Fraction recovery","fl","fh","tfl","tfh","Tg","rrpwr","Tv","Vpr","Iqhl","Iqll"]
["MAXMINS"]
["MODEL","GEPVE","CAT","G_IBR","UDM",1,"PREAMBLE","4 0 8 27 8 8","NUMICONS",8,"NUMCONS",27]
["INAMES","IREG, V-Regulated bus (or 0)","M+1","PFAFLG","VARFLG, 1=Qord is provided by WindVar","PQFLAG, 0=Q Priority; 1=P priority","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES","Tfv","Kpv, Proportional gain v-reg","Kiv, Integral gain v-reg"]
["ORIDES","0,<IREG>","5,<POI_I>","6,<POI_J>","7,<POI_ID>"]
["MODEL","GEPVE_LV5","CAT","G_IBR","UDM",1,"PREAMBLE","4 0 18 54 14 27","NUMICONS",18,"NUMCONS",54]
["INAMES","IREG, V-Regulated bus (or 0)","M+1","PFAFLG","VARFLG, 1=Qord is provided by WindVar","PQFLAG, 0=Q Priority; 1=P priority","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES","Tfv","Kpv, Proportional gain v-reg","Kiv, Integral gain v-reg"]
["ORIDES","0,<IREG>","5,<POI_I>","6,<POI_J>","7,<POI_ID>"]
["MODEL","GEPVG","CAT","G_IBR","UDM",1,"PREAMBLE","1 1 2 13 3 5","NUMICONS",2,"NUMCONS",13]
["INAMES"]
["JNAMES","Prate, Rated power MW","Xeq, Equiv pu reactive current"]
["MODEL","GEPVG_LV5","CAT","G_IBR","UDM",1,"PREAMBLE","1 1 2 13 3 5","NUMICONS",2,"NUMCONS",13]
["INAMES"]
["JNAMES","Prate, Rated power MW","Xeq, Equiv pu reactive current"]
["MODEL","GESIQP1","CAT","GV_IBR","UDM",1,"PREAMBLE","5 0 21 34 10 26","NUMICONS",21,"NUMCONS",34]
["INAMES","IREG, V-Regulated bus (or 0)","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID","M+4","M+5","M+6","M+7","NVAR, Total VAR banks","BUS1, VAR bank 1","BUS2, VAR bank 2","BUS3, VAR bank 3","BUS4, VAR bank 4","BUS5, VAR bank 5","BUS6, VAR bank 6","ID1, VAR bank 1","ID2, VAR bank 2","ID3, VAR bank 3","ID4, VAR bank 4","ID5, VAR bank 5","ID6, VAR bank 6"]
["JNAMES"]
["ORIDES","0,<IREG>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MODEL","PE_PPC","CAT","ST_IBR","UDM",1,"PREAMBLE","103 0 7 24 8 10","NUMICONS",7,"NUMCONS",24]
["INAMES","IREG, V-Regulated bus (or 0)","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES","Tfv","Kp_v, Proportional gain POI v-reg","Ti_V, Integral gain POI v-reg"]
["ORIDES","0,<IREG>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MODEL","PE_PPC_702","CAT","ST_IBR","UDM",1,"PREAMBLE","103 0 7 28 8 30","NUMICONS",7,"NUMCONS",28]
["INAMES","IREG, V-Regulated bus (or 0)","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES","Tfv","Kp_v, Proportional gain POI v-reg","Ti_V, Integral gain POI v-reg"]
["ORIDES","0,<IREG>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MODEL","PEPPC_H*","CAT","ST_IBR","UDM",1]
["INAMES","IREG, V-Regulated bus (or 0)","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES"]
["ORIDES","0,<IREG>","1,<POI_I>","2,<POI_J>","3,<POI_ID>"]
["MODEL","SMAPPC*","CAT","E_IBR","UDM",1]
["INAMES","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES"]
["ORIDES","0,<POI_I>","1,<POI_J>","2,<POI_ID>"]
["MODEL","AWSGCS*","CAT","MC_IBR","UDM",3,null,null,null,null,null,null,"DESCRIP","Acciona Voltage Regulator"]
["INAMES","FROMbus, Qdroop from bus","TObus, Qdroop to bus","cktID, Qdroop ckt ID"]
["JNAMES"]
["ORIDES","0,<POI_I>","1,<POI_J>","2,<POI_ID>"]
["MODEL","GWAVC*","CAT","ST_IBR","UDM",1,null,null,null,null,null,null,"DESCRIP","Goldwind Voltage Regulator"]
["INAMES","M+0","IREG, V-Regulated bus (or 0)","FROMbus, POI from bus","TObus, POI to bus","M+4","ID, Common Mach ID","BUS1, Gen bus 1 starting","NUM1, Num WT buses 1","BUS2, Gen bus 2 starting","NUM2, Num WT buses 2","BUS3, Gen bus 3 starting","NUM3, Num WT buses 3","BUS4, Gen bus 4 starting","NUM4, Num WT buses 4"]
["JNAMES"]
["ORIDES","1,<IREG>","2,<POI_I>","3,<POI_J>","5,<ID>","6,<BUS>","8,<BUS2>","10,<BUS3>","12<BUS4>"]
["MODEL","AWTVR*","CAT","MC_IBR","UDM",3,null,null,null,null,null,null,"DESCRIP","Acciona Voltage Regulator"]
["INAMES","IREG, V-Regulated bus (or 0)","M+1","NTURB, Number of regulated turbines","WT1Bus, WTG1 Bus","WT1ID,  WTG1 ID","WT2Bus, WTG2 Bus","WT2ID,  WTG2 ID","WT3Bus, WTG3 Bus","WT3ID,  WTG3 ID","WT4Bus, WTG4 Bus","WT4ID,  WTG4 ID","WT5Bus, WTG5 Bus","WT5ID,  WTG5 ID","WT6Bus, WTG6 Bus","WT6ID,  WTG6 ID","WT7Bus, WTG7 Bus","WT7ID,  WTG7 ID","WT8Bus, WTG8 Bus","WT8ID,  WTG8 ID","Kp, Proportional","Ki, Integral"]
["JNAMES"]
["ORIDES","0,<IREG>","2,<NWTGC>","3,<BUS>","4,<ID>","5,<BUS2>","6,<ID2>","7,<BUS3>","8,<ID3>","9,<BUS4>","10,<ID4>"]
["MODEL","VPPC2*","CAT","GV_IBR","UDM",1]
["INAMES","PPCType","Reserved","Reserved","Reserved","Reserved","Reserved","POI-I, From Bus","POI-J, To Bus","POI-ID, ID","Reserved","Reserved","Reserved","Reserved","M+13","M+14","M+15","M+16","M+17","M+18","VAR, 0=None; 1=Q; 2=PF; 3=V; 4=Vslope","M+20","M+21","M+22","M+23","BUSStat, Statcom bus","IDStat, Statcom ID","WTG1","WTG1ID","WTG2","WTG2ID","WTG3","WTG3ID","WTG4","WTG4ID"]
["JNAMES"]
["ORIDES","6, <POI-I>","7, <POI-J>","8, <POI-ID>","26, <BUS>","27, <ID>","28, <BUS2>","29, <ID2>","30, <BUS3>","31, <ID3>","32, <BUS4>","33, <ID4>"]
["MODEL","VPPC302*","CAT","GV_IBR","UDM",1]
["INAMES","PPCType","Reserved","Reserved","Reserved","Reserved","Reserved","POI-I, From Bus","POI-J, To Bus","POI-ID, ID","POI-I, From Bus","POI-J, To Bus","POI-ID, ID","Reserved","M+13","M+14","M+15","M+16","M+17","M+18","VAR, 0=None; 1=Q; 2=PF; 3=V; 4=Vslope","M+20","M+21","M+22","M+23","BUSStat, Statcom bus","IDStat, Statcom ID","WTG1","WTG1ID","WTG2","WTG2ID","WTG3","WTG3ID","WTG4","WTG4ID"]
["JNAMES"]
["ORIDES","6, <POI-I>","7, <POI-J>","8, <POI-ID>","9, <POI-I>","10, <POI-J>","11, <POI-ID>","26, <BUS>","27, <ID>","28, <BUS2>","29, <ID2>","30, <BUS3>","31, <ID3>","32, <BUS4>","33, <ID4>"]
["MODEL","VPPC305*","CAT","GV_IBR","UDM",1]
["INAMES","PPCType","Reserved","Reserved","Reserved","VREG, Voltage Measurement","FREG, Frequency Measurement","POI-I, From Bus","POI-J, To Bus","POI-ID, ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","VAR, 0=None; 1=Q; 2=PF; 3=V; 4=Vslope","M+17","M+18","M+19","WTG1","WTG1ID","WTG2","WTG2ID","WTG3","WTG3ID","WTG4","WTG4ID"]
["JNAMES"]
["ORIDES","4, <IREG>","5, <IREG>","6, <POI-I>","7, <POI-J>","8, <POI-ID>","20, <BUS>","21, <ID>","22, <BUS2>","23, <ID2>","24, <BUS3>","25, <ID3>","26, <BUS4>","27, <ID4>"]
["MODEL","VPPC50*","CAT","GV_IBR","UDM",1]
["INAMES","PPCType","Reserved","Reserved","Reserved","VREG, Voltage Measurement","FREG, Frequency Measurement","POI-I, From Bus","POI-J, To Bus","POI-ID, ID","M+9","M+10","M+11","M+12","M+13","M+14","M+15","VAR, 0=None; 1=Q; 2=PF; 3=V; 4=Vslope","M+17","M+18","M+19","WTG1","WTG1ID","WTG2","WTG2ID","WTG3","WTG3ID","WTG4","WTG4ID"]
["JNAMES"]
["ORIDES","4, <IREG>","5, <IREG>","6, <POI-I>","7, <POI-J>","8, <POI-ID>","20, <BUS>","21, <ID>","22, <BUS2>","23, <ID2>","24, <BUS3>","25, <ID3>","26, <BUS4>","27, <ID4>"]

{"sheet":"Admin","index":2,"n_rows":92,"n_cols":25,"rows_kept":92,"cut":false,"hidden":false,"merged":[]}
["Template Admin Page; Users Please Do Not Edit",null,null,null,null,null,null,"If you need a model not listed here, simply import the UDM DYR file.  If library and unlisted, contact ERCOT."]
[null," Loc = Row on Params sheet.  0 = Permanent sheet exists.      Models with an asterisk '*' will partial match the imported UDM model name."]
[]
[null,"Gen (G)","(Loc)","Exciter / Elec (E)","(Loc)","Stabilizer / Mech (ST)","(Loc)","Govnor / Pitch (GV)","(Loc)","Aero / Min Ex (AE)","(Loc)","Aux / Max Ex (AX)","(Loc)","Gust / Comp (GU)","(Loc)","Turb Load (TL)","(Loc)","Mach Other (MO)","(Loc)","Bus Other (PL)","(Loc)","Protection (P)","(Loc)","Misc USRMSC (MC)","(Loc)"]
[null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)"]
[null,"DERA1",797,"AC1C",76,"GWAVC*",839,"GAST",374,"MNLEX1",518,"BASOELU2",563,"CCOMP4A",551,"LCFB1",608,"WTTQA1 / WTTQAU1",547,"PLNTBU1 / PLNTB1",622,"PSSE_Verbose",0,"AWSGCS*",835]
[null,"GENDCO",28,"AC2C",72,"IEEEST",627,"GAST2A",378,"MNLEX2",521,"MAXEX1",564,"COMP",555,null,null,null,null,"PPCORE3*",714,"PSSE_Simplified",0,"AWTVR*",843]
[null,"GENQECU",3,"AC3C",308,"PANELU1 / PANEL1",631,"GAST2ADU",381,"MNLEX3",524,"MAXEX2",568,"COMPCC",556,null,null,null,null,"PPCORE4*",718]
[null,"GENROE",16,"AC4C",312,"PE_PPC",819,"GASTD / GASTDU",384,"UEL1",527,"OEL2C",572,"IEEEVC",559,null,null,null,null,"PPCOREM3*",722]
[null,"GENROU",12,"AC5C",316,"PE_PPC_702",823,"GASTWD",387,"UEL2",530,"OEL3CU",576,"REMCMP",562,null,null,null,null,"PPCOREM4*",726]
[null,"GENSAE",24,"AC6A / USAC6AU",80,"PEPPC_H*",827,"GASTWDD",390,"UEL2C",533,"OEL4CU",580]
[null,"GENSAL",20,"AC6C",83,"PSS1A",634,"GESIQP1",815,"WT12A1",537,"OEL5CU1",584]
[null,"GENTPJ1 / GENTPJU1",8,"AC6C2",320,"PSS2A",637,"GGOV1",393,"WT12A1U_B",540,"REAX3BU1 / REAX3B1",588]
[null,"GEPVG",809,"AC7B",87,"PSS2B",641,"GGOV1D / GGOV1DU",397,"WTARA1 / WTARAU1",544,"REAX4BU1 / REAX4B1",593]
[null,"GEPVG_LV5",812,"AC7C",324,"PSS2C",645,"GOVSTEAMEUU",402,null,null,"REPCA1 / REPCAU1",598]
[null,"PVGU1",68,"AC8B",90,"PSS3B",649,"H6E1HU",498,null,null,"REPCTA1 / REPCTAU1",603]
[null,"REGCAU1 / REGCA1",32,"AC8BBU2",328,"PSS4B",653,"HYG3 / HYG3U1",499]
[null,"REGCAU2",36,"AC8C",93,"PSS4CU",656,"HYG3HU",503]
[null,"REGCBU1",40,"AC9C",332,"PSS5CU",660,"HYGOV",405]
[null,"WT1G1",44,"AC11C",336,"PSS6C",665,"HYGOV2",408]
[null,"WT2G1",48,"DC1C",340,"PSS7C",669,"HYGOV2D",411]
[null,"WT3G1",52,"DC2C",344,"PTIST1",673,"HYGOVD / HYGOVDU",414]
[null,"WT3G2",56,"DC4B",96,"PTIST3",677,"HYGOVR1",420]
[null,"WT4G1",60,"DC4C",348,"ST2CUT",681,"IEEEG1",423]
[null,"WT4G2",64,"ESAC1A",100,"STAB1",685,"IEEEG1D / IEEEG1CDU",426]
[null,null,null,"ESAC2A",103,"STAB2A",688,"IEEEG2",429]
[null,null,null,"ESAC3A",106,"STAB3",691,"IEEEG3",432]
[null,null,null,"ESAC4A",352,"STAB4",694,"IEEEGD3",435]
[null,null,null,"ESAC5A",109,"STABNI",701,"IEESGO",438]
[null,null,null,"ESAC6A",112,"SYNAXBU1",697,"IEESGOD / IEESGODU",441]
[null,null,null,"ESAC8B",115,"WT12T1",702,"IRRADU1",508]
[null,null,null,"ESDC1A",118,"WT3T1",705,"IVOGO",444]
[null,null,null,"ESDC2A",121,"WTDTA1 / WTDTAU1",708,"PIDGOV",447]
[null,null,null,"ESST1A",124,"WTDTBU1",711,"PIDGOVD / PIDGOVDU",451]
[null,null,null,"ESST2A",128,null,null,"SGT2E1",455]
[null,null,null,"ESST3A",131,null,null,"SGT602"]
[null,null,null,"ESST4B",134,null,null,"TGOV1",459]
[null,null,null,"ESURRY",137,null,null,"TGOV1D / TGOV1DU",462]
[null,null,null,"EX2000",140,null,null,"TGOV2",465]
[null,null,null,"EXAC1",144,null,null,"TGOV3",468]
[null,null,null,"EXAC1A",147,null,null,"TGOV3D / TGOV3DU",471]
[null,null,null,"EXAC2",150,null,null,"TGOV4",474]
[null,null,null,"EXAC3",153,null,null,"TGOV5",478]
[null,null,null,"EXAC4",156,null,null,"TURCZT",481]
[null,null,null,"EXBAS",159,null,null,"UCBGT",612]
[null,null,null,"EXDC2",162,null,null,"UCCPSS",615]
[null,null,null,"EXPIC1",165,null,null,"UHRSG",618]
[null,null,null,"EXST1",168,null,null,"URCSCT",484]
[null,null,null,"EXST2",171,null,null,"URGS3T",487]
[null,null,null,"EXST2A",174,null,null,"USITGT"]
[null,null,null,"EXST3",177,null,null,"WEHGOV",488]
[null,null,null,"GEPVE",801,null,null,"WESGOV",489]
[null,null,null,"GEPVE_LV5",805,null,null,"WESGOVD",490]
[null,null,null,"IEEET1",180,null,null,"WPIDHY",491]
[null,null,null,"IEEET2",183,null,null,"WPIDHYDU",492]
[null,null,null,"IEEET3",186,null,null,"WSHYDD",493]
[null,null,null,"IEEET4",189,null,null,"WSHYGP",494]
[null,null,null,"IEEET5",192,null,null,"WSIEG1",495]
[null,null,null,"IEEEX1",195,null,null,"WT3P1",509]
[null,null,null,"IEEEX2",198,null,null,"WTPTA1 / WTPTAU1",512]
[null,null,null,"IEEEX3",201,null,null,"WTPTBU1",515]
[null,null,null,"IEEEX4",204,null,null,"VPPC2*",847]
[null,null,null,"IEET1A",207,null,null,"VPPC302*",851]
[null,null,null,"IEET1B",210,null,null,"VPPC305*",855]
[null,null,null,"IEET5A",213,null,null,"VPPC50*",859]
[null,null,null,"IEEX2A",216]
[null,null,null,"PVEU1 / PVE1",219]
[null,null,null,"REECA1 / REECAU1",224]
[null,null,null,"REECB1 / REECBU1",229]
[null,null,null,"REECC1 / REECCU1",234]
[null,null,null,"REECDU1",239]
[null,null,null,"REXSY1",248]
[null,null,null,"REXSYS",245]
[null,null,null,"SEXS",251]
[null,null,null,"ST1C",254]
[null,null,null,"ST2CU",258]
[null,null,null,"ST3CU",262]
[null,null,null,"ST4C / ST4CU1",266]
[null,null,null,"ST5B",270]
[null,null,null,"ST5C",273]
[null,null,null,"ST6B",277]
[null,null,null,"ST6C / ST6CU1",281]
[null,null,null,"ST7B",285]
[null,null,null,"ST7C",355]
[null,null,null,"ST8C",359]
[null,null,null,"ST9C",363]
[null,null,null,"ST10C",367]
[null,null,null,"URST5T",371]
[null,null,null,"WT2E1",289]
[null,null,null,"WT3E1",293]
[null,null,null,"WT4E1",298]
[null,null,null,"WT4E2",303]

{"sheet":"NOGRR-245","index":3,"n_rows":19,"n_cols":8,"rows_kept":19,"cut":false,"hidden":false,"merged":[]}
[null,"NOGRR-245"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Unit 1","Unit 2","Unit 3","Unit 4","Unit 5","Unit 6"]
[null,"Name (complete on Home sheet)",{"$f":"UNIT1","v":"UNIT1"},{"$f":"UNIT2","v":"UNIT2"},{"$f":"UNIT3","v":"UNIT3"},{"$f":"UNIT4","v":"UNIT4"},{"$f":"UNIT5","v":"UNIT5"},{"$f":"UNIT6","v":"UNIT6"}]
[null,"Device (complete on Home sheet)",{"$f":"DEVMODEL1","v":0},{"$f":"DEVMODEL2","v":0},{"$f":"DEVMODEL3","v":0},{"$f":"DEVMODEL4","v":0},{"$f":"DEVMODEL5","v":0},{"$f":"DEVMODEL6","v":0}]
[null,"SGIA Date (\"IA Date\")"]
[null,"INR#"]
[null,"NOGRR-245 Applicability","(Select)","(Select)","(Select)","(Select)","(Select)","(Select)"]
[null,"If Legacy, reason not Preferred?","(Select if Legacy)","(Select if Legacy)","(Select if Legacy)","(Select if Legacy)","(Select if Legacy)","(Select if Legacy)"]
[null,"Has protection been maximized?","(Select)","(Select)","(Select)","(Select)","(Select)","(Select)"]

{"sheet":"Model Check","index":4,"n_rows":36,"n_cols":6,"rows_kept":36,"cut":false,"hidden":false,"merged":[[29,0,30,0],[29,1,30,1],[31,0,33,0],[31,1,33,1],[34,0,75,0],[34,1,75,1],[16,0,22,0],[16,1,22,1],[23,0,25,0],[23,1,25,1],[26,0,28,0],[26,1,28,1],[2,0,5,0],[2,1,5,1],[6,0,12,0],[6,1,12,1],[13,0,15,0],[13,1,15,1]]}
["PSSE vs RIOO vs PSCAD Parameter Check"]
["Item #","Equipment","Parameter","RIOO Value","PSSE Model","PSCAD Plant Model"]
[1,"Generator","Maximum MW Rating"]
[null,null,"Total Machine MVA (Mbase)"]
[null,null,"Inverter Terminal Voltage"]
[null,null,"# of inverters that make up the generator"]
[2,"Generator Step Up Transformer\n(Inverter to Medium Voltage)","GSU Low voltage winding kV"]
[null,null,"GSU Low voltage winding configuration"]
[null,null,"GSU High voltage winding kV"]
[null,null,"GSU High voltage winding configuration"]
[null,null,"Transformer MVA"]
[null,null,"Copper losses (R based on the MVA of the transformer)"]
[null,null,"Positive Sequence Leakage Reactance (X on the MVA of the transformer)"]
[3,"Equivalent Collector Branch","R (p.u.)"]
[null,null,"X (p.u.)"]
[null,null,"B (p.u.)"]
[4,"Main Power Transformer\n(Medium Voltage to POI Voltage)","MPT Low voltage winding kV"]
[null,null,"MPT Low voltage winding configuration"]
[null,null,"MPT High voltage winding kV"]
[null,null,"MPT High voltage winding configuration"]
[null,null,"Transformer MVA"]
[null,null,"Copper losses (R based on the MVA of the transformer)"]
[null,null,"Positive Sequence Leakage Reactance (X on the MVA of the transformer)"]
[5,"Gen Tie Line","R (p.u.)"]
[null,null,"X (p.u.)"]
[null,null,"B (p.u.)"]
[6,"Cap Banks","# of banks"]
[null,null,"MVAR of banks"]
[null,null,"Connection bus"]
[7,"Dynamic Voltage Control Devices","MVAR rating"]
[null,null,"connection bus"]
[8,"Aux load included (if greater than 1 MW)","MW"]
[null,null,"MVAR"]
[null,null,"connection bus"]
[null,null,"Does the plant have DC protection enabled?",null,"N/A"]
[null,null,"If yes, is the DC protection enabled in the PSCAD plant model?",null,"N/A"]

{"sheet":"Start","index":5,"n_rows":48,"n_cols":6,"rows_kept":48,"cut":false,"hidden":false,"merged":[[18,3,18,4],[19,3,19,4],[20,3,20,4],[33,5,33,6],[34,5,34,6],[21,3,21,4],[22,3,22,4],[23,3,23,4],[45,5,45,6],[46,5,46,6],[47,5,47,6],[39,5,39,6],[42,5,42,6],[41,5,41,6],[40,5,40,6],[44,5,44,6],[38,5,38,6],[37,5,37,6],[36,5,36,6],[30,5,30,6],[43,5,43,6],[32,5,32,6],[31,5,31,6],[35,5,35,6],[17,3,17,4],[0,1,0,3],[11,3,11,4],[13,3,13,4],[14,3,14,4],[16,3,16,4],[15,3,15,4],[12,3,12,4],[10,3,10,4]]}
[null,"Start Page, Dynamic Model Template"]
[]
[null,null,"Want to know more about model testing / submission?"]
[null,null,"Download the Model Quality Guide here."]
[]
[null,null,"Use the PVR Sheet to complete a Parameter Verification Report (PVR)."]
[null,null,"Always complete the NOGRR-245 sheet (required). If the facility is not yet operational, enter the expected capability."]
[null,null,"Complete the Model Check (required)."]
[null,null,"Use the Home sheet to enter dynamic models (required)."]
[]
[null,null,"Question","Owner Response"]
[null,null,"Date of most recent update to PSSe / TSAT Model -->"]
[null,null,"Date of most recent update to the PSCAD model  -->"]
[null,null,"MOD-026 Date:  -->"]
[null,null,"MOD-027 Date:  -->"]
[null,null,"Date when field parameters were confirmed (Verification), if any"]
[null,null,"Reason for uploading a new model?  -->","(Make Selection)"]
[null,null,"If you are unable to provide everything in the below checksheet, what date do you estimate providing everything? -->"]
[null,null,"Does this plant have switchable reactive shunts?","(Make Selection)"]
[null,null,"How are the shunts controlled?","(Make Selection)"]
[null,null,"Does this plant have a STATCOM or DVAR?","(Make Selection)"]
[null,null,"Do the main transformers have on-load tap changers (OLTC)?","(Make Selection)"]
[null,null,"IBRs, What is the OEM and model of your Power Plant Controller (PPC)?"]
[null,null,"IBRs, what is the firmware version and date of the PPC?"]
[]
[]
[]
[]
[]
[null,null,"Requirement","Y/N Included in Upload?","If not, estimated date to correct","Notes"]
[null,1,"Submit a complete package including PSS/e, PSCAD, and TSAT models as applicable, even including those models not being updated.",null,null,"TSAT models are required for facilities utilizing a UDM PSS/e model."]
[null,2,"Rename this Template file to:  SITECODE_dynamic_(date).xlsm.",null,null,"Date should match model date Cell B-6.\nUse official sitecode from RIOO-RS for operational facilities."]
[null,3,"For PSCAD model submissions, zip and name the PSCAD folder: \n(SITECODE)_PSCAD_(date).zip",null,null,"Date should indicate when PSCAD model was last updated,\nCell D-7."]
[null,4,"Include .raw and .dyr files?",null,null,"Equivalent plant files required for all facilities."]
[null,5,"The number and size of aggregate PSS/e units match RIOO-RS registration?",null,"X","Required for PSS/e and TSAT; not required for PSCAD."]
[null,6,"The unit name and site code match RIOO-RS registration (for online sites)",null,null,"Check Template against RIOO-RS."]
[null,7,"Include initialization scripts for any switched shunts and on-load transformer tap changers -or- ensure powerflow settings ensure correct initialization?",null,null,"Check RIOO-RS.  Applies only to IBR facilities for models starting late 2024."]
[null,8,"Include dynamic models of switched shunt and on-load transformer tap controllers?",null,null,"Required starting late 2024."]
[null,9,"If submitting a user-defined model (UDM), follow the TSAT submission instructions including two TSAT sample cases.",null,"X","One TSAT case utilizing bus numbers; the other utilizing equipment names.  Refer to Model Quality Guide."]
[null,10,"Always complete protection sheet, even when protection is integral to the UDM model (see note at right).",null,null,"Protection sheet must be completed (either Verbose or Simplified).  Fill out but select \"(No Trip)\" for Protection Type if protection is already integral to the UDM."]
[null,11,"The model is not identified as unacceptable by NERC?\nIf unacceptable, replace at the next MOD-026/027 verification.",null,null,"Download Dynamic Modeling Recommendations; review Appendix A"]
[null,12,"IRR models should be provided in \"no headroom\" mode, i.e. not respond to low frequencies when Pgen<Pmax.",null,null,"Wind and solar typically maximize input energy capture.\nInstruction manual should explain how to set curtailment."]
[null,13,"Include PSCAD model for IBR facilties.",null,null,"Certain IBR plants interconnected before 2015 may be exempt until requested by ERCOT."]
[null,14,"Include model manuals of the PSCAD model and any UDM PSS/e models",null,"X"]
[null,15,"PSCAD models submitted in PSCAD Template format?",null,null,"In the Templates zip file at (click here)"]
[null,16,"Include a PSCAD Guideline Checksheet",null,"X","Checksheets inside the Model Quality Guide (click here)"]
[null,17,"Model Quality Test overalying any PSS/e, PSCAD, and TSAT model responses",null,"X"]
[null,18,"Plant verification due within 30 days of Part 3 commissioning approval.\n(This includes all fully commissioned facilities. Refer to PG 5.5.)",null,null,"Please include if not already submitted and update again within 30 days of adjusting a field setting.  Additional deadlines per PG 5.5; ERCOT cannot grant extensions."]

{"sheet":"Home","index":6,"n_rows":146,"n_cols":11,"rows_kept":146,"cut":false,"hidden":false,"merged":[[77,1,80,1],[52,1,55,1],[57,1,60,1],[62,1,65,1],[67,1,70,1],[82,1,85,1],[0,1,0,4],[0,6,0,8],[27,1,30,1],[32,1,35,1],[37,1,40,1],[6,1,6,2],[7,1,7,2],[8,1,8,2],[17,1,20,1],[22,1,25,1],[3,7,3,8],[14,1,16,1],[42,1,45,1],[47,1,50,1],[72,1,75,1]]}
["HOME PAGE","UNIVERSAL DYNAMIC MODEL TEMPLATE -- ALL MODELS",null,null,null,null,"This Template requires a full Excel install (not the web\nonline version) with Macros enabled."]
[null,"This template will import almost any DYR file model even ones never encountered before."]
[null,"Steps",null,null,null,null,"Model Date:","Why Updating Model?"]
[null,"Enter Resource Type","(Make Selection)",null,null,"Update on the Start sheet --->",{"$f":"IF(Model_Date=0,\"(See Start Sheet)\",Model_Date)","v":"(See Start Sheet)"},{"$f":"IF(Model_Reason=\"(Make Selection)\",\"(Respond on Start Sheet)\",Model_Reason)","v":"(Respond on Start Sheet)"}]
[null,"Enter Resource Site Code","MYSITE"]
[null,"Enter Unit Names -->","UNIT NAME","UNIT1","UNIT2","UNIT3","UNIT4","UNIT5","UNIT6"]
[null,"Rating of an individual device (MW)"]
[null,"MBASE (MVA)"]
[null,"Gross size of aggregate at terminals (MW)"]
[null,null,"Size of aggregate at medium voltage bus (MW)"]
[null,null,"Device Manufacturer"]
[null,null,"Device Model Name / Number"]
[null,null,"Device Type","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"SSR Mitigation Installed (Y/N)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,"Import for entire site","RESOURCE NAME",{"$f":"SITECODE&\"_\"&D6","v":"MYSITE_UNIT1"},"MYSITE_UNIT2","MYSITE_UNIT3","MYSITE_UNIT4","MYSITE_UNIT5","MYSITE_UNIT6"]
[null,null,"PVR Status",{"$f":"IF(PVRSUM_1=\"\",\"\",IF(ISERROR(SEARCH(\"MISM\",PVRSUM_1)),\"Match\",\"MISMATCH\"))","v":""},{"$f":"IF(PVRSUM_2=\"\",\"\",IF(ISERROR(SEARCH(\"MISM\",PVRSUM_2)),\"Match\",\"MISMATCH\"))","v":""},{"$f":"IF(PVRSUM_3=\"\",\"\",IF(ISERROR(SEARCH(\"MISM\",PVRSUM_3)),\"Match\",\"MISMATCH\"))","v":""},{"$f":"IF(PVRSUM_4=\"\",\"\",IF(ISERROR(SEARCH(\"MISM\",PVRSUM_4)),\"Match\",\"MISMATCH\"))","v":""},{"$f":"IF(PVRSUM_5=\"\",\"\",IF(ISERROR(SEARCH(\"MISM\",PVRSUM_5)),\"Match\",\"MISMATCH\"))","v":""},{"$f":"IF(PVRSUM_6=\"\",\"\",IF(ISERROR(SEARCH(\"MISM\",PVRSUM_6)),\"Match\",\"MISMATCH\"))","v":""}]
[]
[null,"Generator Model (G)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D18=\"(Make Selection)\",\"\",IF(INDIRECT(\"G_\"&D18&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E18=\"(Make Selection)\",\"\",IF(INDIRECT(\"G_\"&E18&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F18=\"(Make Selection)\",\"\",IF(INDIRECT(\"G_\"&F18&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G18=\"(Make Selection)\",\"\",IF(INDIRECT(\"G_\"&G18&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H18=\"(Make Selection)\",\"\",IF(INDIRECT(\"G_\"&H18&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I18=\"(Make Selection)\",\"\",IF(INDIRECT(\"G_\"&I18&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR) -->",{"$f":"IF(D18=\"(Make Selection)\",\"\",INDIRECT(\"G_\"&D18&\"!G7\"))","v":""},{"$f":"IF(E18=\"(Make Selection)\",\"\",INDIRECT(\"G_\"&E18&\"!I7\"))","v":""},{"$f":"IF(F18=\"(Make Selection)\",\"\",INDIRECT(\"G_\"&F18&\"!K7\"))","v":""},{"$f":"IF(G18=\"(Make Selection)\",\"\",INDIRECT(\"G_\"&G18&\"!M7\"))","v":""},{"$f":"IF(H18=\"(Make Selection)\",\"\",INDIRECT(\"G_\"&H18&\"!O7\"))","v":""},{"$f":"IF(I18=\"(Make Selection)\",\"\",INDIRECT(\"G_\"&I18&\"!Q7\"))","v":""}]
[]
[null,{"$f":"IF(RES_TYPE=\"Synchronous\",\"Exciter\",IF(RES_TYPE=\"IBR\",\"Electrical Model\",\"Electrical Model\n/ Exciter (E)\"))","v":"Electrical Model\n/ Exciter (E)"},"1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D23=\"(Make Selection)\",\"\",IF(INDIRECT(\"E_\"&D23&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E23=\"(Make Selection)\",\"\",IF(INDIRECT(\"E_\"&E23&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F23=\"(Make Selection)\",\"\",IF(INDIRECT(\"E_\"&F23&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G23=\"(Make Selection)\",\"\",IF(INDIRECT(\"E_\"&G23&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H23=\"(Make Selection)\",\"\",IF(INDIRECT(\"E_\"&H23&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I23=\"(Make Selection)\",\"\",IF(INDIRECT(\"E_\"&I23&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D23=\"(Make Selection)\",\"\",INDIRECT(\"E_\"&D23&\"!G7\"))","v":""},{"$f":"IF(E23=\"(Make Selection)\",\"\",INDIRECT(\"E_\"&E23&\"!I7\"))","v":""},{"$f":"IF(F23=\"(Make Selection)\",\"\",INDIRECT(\"E_\"&F23&\"!K7\"))","v":""},{"$f":"IF(G23=\"(Make Selection)\",\"\",INDIRECT(\"E_\"&G23&\"!M7\"))","v":""},{"$f":"IF(H23=\"(Make Selection)\",\"\",INDIRECT(\"E_\"&H23&\"!O7\"))","v":""},{"$f":"IF(I23=\"(Make Selection)\",\"\",INDIRECT(\"E_\"&I23&\"!Q7\"))","v":""}]
[]
[null,{"$f":"IF(RES_TYPE=\"Synchronous\",\"Stabilizer Model\",IF(RES_TYPE=\"IBR\",\"Mechanical Model\",\"Mechanical Model\n/ Stabilizer (ST)\"))","v":"Mechanical Model\n/ Stabilizer (ST)"},"1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D28=\"(Make Selection)\",\"\",IF(INDIRECT(\"ST_\"&D28&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E28=\"(Make Selection)\",\"\",IF(INDIRECT(\"ST_\"&E28&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F28=\"(Make Selection)\",\"\",IF(INDIRECT(\"ST_\"&F28&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G28=\"(Make Selection)\",\"\",IF(INDIRECT(\"ST_\"&G28&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H28=\"(Make Selection)\",\"\",IF(INDIRECT(\"ST_\"&H28&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I28=\"(Make Selection)\",\"\",IF(INDIRECT(\"ST_\"&I28&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4  Verification (PVR)-->",{"$f":"IF(D28=\"(Make Selection)\",\"\",INDIRECT(\"ST_\"&D28&\"!G7\"))","v":""},{"$f":"IF(E28=\"(Make Selection)\",\"\",INDIRECT(\"ST_\"&E28&\"!I7\"))","v":""},{"$f":"IF(F28=\"(Make Selection)\",\"\",INDIRECT(\"ST_\"&F28&\"!K7\"))","v":""},{"$f":"IF(G28=\"(Make Selection)\",\"\",INDIRECT(\"ST_\"&G28&\"!M7\"))","v":""},{"$f":"IF(H28=\"(Make Selection)\",\"\",INDIRECT(\"ST_\"&H28&\"!O7\"))","v":""},{"$f":"IF(I28=\"(Make Selection)\",\"\",INDIRECT(\"ST_\"&I28&\"!Q7\"))","v":""}]
[]
[null,{"$f":"IF(RES_TYPE=\"Synchronous\",\"Governor\",IF(RES_TYPE=\"IBR\",\"Pitch Control\",\"Pitch Control\n/ Governor (GV)\"))","v":"Pitch Control\n/ Governor (GV)"},"1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D33=\"(Make Selection)\",\"\",IF(INDIRECT(\"GV_\"&D33&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E33=\"(Make Selection)\",\"\",IF(INDIRECT(\"GV_\"&E33&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F33=\"(Make Selection)\",\"\",IF(INDIRECT(\"GV_\"&F33&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G33=\"(Make Selection)\",\"\",IF(INDIRECT(\"GV_\"&G33&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H33=\"(Make Selection)\",\"\",IF(INDIRECT(\"GV_\"&H33&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I33=\"(Make Selection)\",\"\",IF(INDIRECT(\"GV_\"&I33&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D33=\"(Make Selection)\",\"\",INDIRECT(\"GV_\"&D33&\"!G7\"))","v":""},{"$f":"IF(E33=\"(Make Selection)\",\"\",INDIRECT(\"GV_\"&E33&\"!I7\"))","v":""},{"$f":"IF(F33=\"(Make Selection)\",\"\",INDIRECT(\"GV_\"&F33&\"!K7\"))","v":""},{"$f":"IF(G33=\"(Make Selection)\",\"\",INDIRECT(\"GV_\"&G33&\"!M7\"))","v":""},{"$f":"IF(H33=\"(Make Selection)\",\"\",INDIRECT(\"GV_\"&H33&\"!O7\"))","v":""},{"$f":"IF(I33=\"(Make Selection)\",\"\",INDIRECT(\"GV_\"&I33&\"!Q7\"))","v":""}]
[]
[null,{"$f":"IF(RES_TYPE=\"Synchronous\",\"Min Exciter\",IF(RES_TYPE=\"IBR\",\"Aerodynamic Model\",\"Aerodynamic Model\n/ Min Exciter (AE)\"))","v":"Aerodynamic Model\n/ Min Exciter (AE)"},"1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D38=\"(Make Selection)\",\"\",IF(INDIRECT(\"AE_\"&D38&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E38=\"(Make Selection)\",\"\",IF(INDIRECT(\"AE_\"&E38&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F38=\"(Make Selection)\",\"\",IF(INDIRECT(\"AE_\"&F38&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G38=\"(Make Selection)\",\"\",IF(INDIRECT(\"AE_\"&G38&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H38=\"(Make Selection)\",\"\",IF(INDIRECT(\"AE_\"&H38&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I38=\"(Make Selection)\",\"\",IF(INDIRECT(\"AE_\"&I38&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D38=\"(Make Selection)\",\"\",INDIRECT(\"AE_\"&D38&\"!G7\"))","v":""},{"$f":"IF(E38=\"(Make Selection)\",\"\",INDIRECT(\"AE_\"&E38&\"!I7\"))","v":""},{"$f":"IF(F38=\"(Make Selection)\",\"\",INDIRECT(\"AE_\"&F38&\"!K7\"))","v":""},{"$f":"IF(G38=\"(Make Selection)\",\"\",INDIRECT(\"AE_\"&G38&\"!M7\"))","v":""},{"$f":"IF(H38=\"(Make Selection)\",\"\",INDIRECT(\"AE_\"&H38&\"!O7\"))","v":""},{"$f":"IF(I38=\"(Make Selection)\",\"\",INDIRECT(\"AE_\"&I38&\"!Q7\"))","v":""}]
[]
[null,{"$f":"IF(RES_TYPE=\"Synchronous\",\"Max Exciter\",IF(RES_TYPE=\"IBR\",\"Auxiliary Control\nand Plant Controllers\",\"Auxiliary Control\nand Plant Controllers\n/ Max Exciter (AX)\"))","v":"Auxiliary Control\nand Plant Controllers\n/ Max Exciter (AX)"},"1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to sheet -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D43=\"(Make Selection)\",\"\",IF(INDIRECT(\"AX_\"&D43&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E43=\"(Make Selection)\",\"\",IF(INDIRECT(\"AX_\"&E43&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F43=\"(Make Selection)\",\"\",IF(INDIRECT(\"AX_\"&F43&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G43=\"(Make Selection)\",\"\",IF(INDIRECT(\"AX_\"&G43&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H43=\"(Make Selection)\",\"\",IF(INDIRECT(\"AX_\"&H43&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I43=\"(Make Selection)\",\"\",IF(INDIRECT(\"AX_\"&I43&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D43=\"(Make Selection)\",\"\",INDIRECT(\"AX_\"&D43&\"!G7\"))","v":""},{"$f":"IF(E43=\"(Make Selection)\",\"\",INDIRECT(\"AX_\"&E43&\"!I7\"))","v":""},{"$f":"IF(F43=\"(Make Selection)\",\"\",INDIRECT(\"AX_\"&F43&\"!K7\"))","v":""},{"$f":"IF(G43=\"(Make Selection)\",\"\",INDIRECT(\"AX_\"&G43&\"!M7\"))","v":""},{"$f":"IF(H43=\"(Make Selection)\",\"\",INDIRECT(\"AX_\"&H43&\"!O7\"))","v":""},{"$f":"IF(I43=\"(Make Selection)\",\"\",INDIRECT(\"AX_\"&I43&\"!Q7\"))","v":""}]
[]
[null,{"$f":"IF(RES_TYPE=\"Synchronous\",\"Compensator Model\",IF(RES_TYPE=\"IBR\",\"Gust Model\",\"Gust\n/ Compensator (GU)\"))","v":"Gust\n/ Compensator (GU)"},"1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D48=\"(Make Selection)\",\"\",IF(INDIRECT(\"GU_\"&D48&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E48=\"(Make Selection)\",\"\",IF(INDIRECT(\"GU_\"&E48&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F48=\"(Make Selection)\",\"\",IF(INDIRECT(\"GU_\"&F48&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G48=\"(Make Selection)\",\"\",IF(INDIRECT(\"GU_\"&G48&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H48=\"(Make Selection)\",\"\",IF(INDIRECT(\"GU_\"&H48&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I48=\"(Make Selection)\",\"\",IF(INDIRECT(\"GU_\"&I48&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR) -->",{"$f":"IF(D48=\"(Make Selection)\",\"\",INDIRECT(\"GU_\"&D48&\"!G7\"))","v":""},{"$f":"IF(E48=\"(Make Selection)\",\"\",INDIRECT(\"GU_\"&E48&\"!I7\"))","v":""},{"$f":"IF(F48=\"(Make Selection)\",\"\",INDIRECT(\"GU_\"&F48&\"!K7\"))","v":""},{"$f":"IF(G48=\"(Make Selection)\",\"\",INDIRECT(\"GU_\"&G48&\"!M7\"))","v":""},{"$f":"IF(H48=\"(Make Selection)\",\"\",INDIRECT(\"GU_\"&H48&\"!O7\"))","v":""},{"$f":"IF(I48=\"(Make Selection)\",\"\",INDIRECT(\"GU_\"&I48&\"!Q7\"))","v":""}]
[]
[null,"Turbine Load Control\n(TL)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete -->",{"$f":"IF(D53=\"(Make Selection)\",\"\",IF(INDIRECT(\"TL_\"&D53&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E53=\"(Make Selection)\",\"\",IF(INDIRECT(\"TL_\"&E53&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F53=\"(Make Selection)\",\"\",IF(INDIRECT(\"TL_\"&F53&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G53=\"(Make Selection)\",\"\",IF(INDIRECT(\"TL_\"&G53&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H53=\"(Make Selection)\",\"\",IF(INDIRECT(\"TL_\"&H53&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I53=\"(Make Selection)\",\"\",IF(INDIRECT(\"TL_\"&I53&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR) -->",{"$f":"IF(D53=\"(Make Selection)\",\"\",INDIRECT(\"TL_\"&D53&\"!G7\"))","v":""},{"$f":"IF(E53=\"(Make Selection)\",\"\",INDIRECT(\"TL_\"&E53&\"!I7\"))","v":""},{"$f":"IF(F53=\"(Make Selection)\",\"\",INDIRECT(\"TL_\"&F53&\"!K7\"))","v":""},{"$f":"IF(G53=\"(Make Selection)\",\"\",INDIRECT(\"TL_\"&G53&\"!M7\"))","v":""},{"$f":"IF(H53=\"(Make Selection)\",\"\",INDIRECT(\"TL_\"&H53&\"!O7\"))","v":""},{"$f":"IF(I53=\"(Make Selection)\",\"\",INDIRECT(\"TL_\"&I53&\"!Q7\"))","v":""}]
[]
[null,"Machine Other1 Model\n(MO)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D58=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&D58&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E58=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&E58&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F58=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&F58&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G58=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&G58&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H58=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&H58&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I58=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&I58&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D58=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&D58&\"!G7\"))","v":""},{"$f":"IF(E58=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&E58&\"!I7\"))","v":""},{"$f":"IF(F58=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&F58&\"!K7\"))","v":""},{"$f":"IF(G58=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&G58&\"!M7\"))","v":""},{"$f":"IF(H58=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&H58&\"!O7\"))","v":""},{"$f":"IF(I58=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&I58&\"!Q7\"))","v":""}]
[]
[null,"Machine Other2 Model\n(MO)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D63=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&D63&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E63=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&E63&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F63=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&F63&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G63=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&G63&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H63=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&H63&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I63=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&I63&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D63=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&D63&\"!G7\"))","v":""},{"$f":"IF(E63=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&E63&\"!I7\"))","v":""},{"$f":"IF(F63=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&F63&\"!K7\"))","v":""},{"$f":"IF(G63=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&G63&\"!M7\"))","v":""},{"$f":"IF(H63=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&H63&\"!O7\"))","v":""},{"$f":"IF(I63=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&I63&\"!Q7\"))","v":""}]
[]
[null,"Machine Other3 Model\n(MO)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D68=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&D68&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E68=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&E68&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F68=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&F68&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G68=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&G68&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H68=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&H68&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I68=\"(Make Selection)\",\"\",IF(INDIRECT(\"MO_\"&I68&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D68=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&D68&\"!G7\"))","v":""},{"$f":"IF(E68=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&E68&\"!I7\"))","v":""},{"$f":"IF(F68=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&F68&\"!K7\"))","v":""},{"$f":"IF(G68=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&G68&\"!M7\"))","v":""},{"$f":"IF(H68=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&H68&\"!O7\"))","v":""},{"$f":"IF(I68=\"(Make Selection)\",\"\",INDIRECT(\"MO_\"&I68&\"!Q7\"))","v":""}]
[]
[null,"Plant Misc. Bus Controls\n(PL)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D73=\"(Make Selection)\",\"\",IF(INDIRECT(\"'PL_\"&D73&\"'!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E73=\"(Make Selection)\",\"\",IF(INDIRECT(\"'PL_\"&E73&\"'!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F73=\"(Make Selection)\",\"\",IF(INDIRECT(\"'PL_\"&F73&\"'!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G73=\"(Make Selection)\",\"\",IF(INDIRECT(\"'PL_\"&G73&\"'!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H73=\"(Make Selection)\",\"\",IF(INDIRECT(\"'PL_\"&H73&\"'!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I73=\"(Make Selection)\",\"\",IF(INDIRECT(\"'PL_\"&I73&\"'!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR) -->",{"$f":"IF(D73=\"(Make Selection)\",\"\",INDIRECT(\"'PL_\"&D73&\"'!G7\"))","v":""},{"$f":"IF(E73=\"(Make Selection)\",\"\",INDIRECT(\"'PL_\"&E73&\"'!I7\"))","v":""},{"$f":"IF(F73=\"(Make Selection)\",\"\",INDIRECT(\"'PL_\"&F73&\"'!K7\"))","v":""},{"$f":"IF(G73=\"(Make Selection)\",\"\",INDIRECT(\"'PL_\"&G73&\"'!M7\"))","v":""},{"$f":"IF(H73=\"(Make Selection)\",\"\",INDIRECT(\"'PL_\"&H73&\"'!O7\"))","v":""},{"$f":"IF(I73=\"(Make Selection)\",\"\",INDIRECT(\"'PL_\"&I73&\"'!Q7\"))","v":""}]
[]
[null,"Protection (P)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model  -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D78=\"(Make Selection)\",\"\",IF(INDIRECT(\"P_\"&D78&\"!C8\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E78=\"(Make Selection)\",\"\",IF(INDIRECT(\"P_\"&E78&\"!E8\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F78=\"(Make Selection)\",\"\",IF(INDIRECT(\"P_\"&F78&\"!G8\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G78=\"(Make Selection)\",\"\",IF(INDIRECT(\"P_\"&G78&\"!I8\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H78=\"(Make Selection)\",\"\",IF(INDIRECT(\"P_\"&H78&\"!K8\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I78=\"(Make Selection)\",\"\",IF(INDIRECT(\"P_\"&I78&\"!M8\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D78=\"(Make Selection)\",\"\",INDIRECT(\"P_\"&D78&\"!D8\"))","v":""},{"$f":"IF(E78=\"(Make Selection)\",\"\",INDIRECT(\"P_\"&E78&\"!F8\"))","v":""},{"$f":"IF(F78=\"(Make Selection)\",\"\",INDIRECT(\"P_\"&F78&\"!H8\"))","v":""},{"$f":"IF(G78=\"(Make Selection)\",\"\",INDIRECT(\"P_\"&G78&\"!J8\"))","v":""},{"$f":"IF(H78=\"(Make Selection)\",\"\",INDIRECT(\"P_\"&H78&\"!L8\"))","v":""},{"$f":"IF(I78=\"(Make Selection)\",\"\",INDIRECT(\"P_\"&I78&\"!N8\"))","v":""}]
[]
[null,"Miscellaneous (MC)","1.  Select Model ….. --->","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)","(Make Selection)"]
[null,null,"2.  Jump to model  -->"]
[null,null,"3.  Indicates complete-->",{"$f":"IF(D83=\"(Make Selection)\",\"\",IF(INDIRECT(\"MC_\"&D83&\"!F7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(E83=\"(Make Selection)\",\"\",IF(INDIRECT(\"MC_\"&E83&\"!H7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(F83=\"(Make Selection)\",\"\",IF(INDIRECT(\"MC_\"&F83&\"!J7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(G83=\"(Make Selection)\",\"\",IF(INDIRECT(\"MC_\"&G83&\"!L7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(H83=\"(Make Selection)\",\"\",IF(INDIRECT(\"MC_\"&H83&\"!N7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""},{"$f":"IF(I83=\"(Make Selection)\",\"\",IF(INDIRECT(\"MC_\"&I83&\"!P7\")=TRUE,\"Completed!\",\"<Incomplete>\"))","v":""}]
[null,null,"4.  Verification (PVR)-->",{"$f":"IF(D83=\"(Make Selection)\",\"\",INDIRECT(\"MC_\"&D83&\"!G7\"))","v":""},{"$f":"IF(E83=\"(Make Selection)\",\"\",INDIRECT(\"MC_\"&E83&\"!I7\"))","v":""},{"$f":"IF(F83=\"(Make Selection)\",\"\",INDIRECT(\"MC_\"&F83&\"!K7\"))","v":""},{"$f":"IF(G83=\"(Make Selection)\",\"\",INDIRECT(\"MC_\"&G83&\"!M7\"))","v":""},{"$f":"IF(H83=\"(Make Selection)\",\"\",INDIRECT(\"MC_\"&H83&\"!O7\"))","v":""},{"$f":"IF(I83=\"(Make Selection)\",\"\",INDIRECT(\"MC_\"&I83&\"!Q7\"))","v":""}]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,{"$f":"D21&D26&D31&D36&D41&D46&D51&D56&D61&D66&D71&D76&D81&D86","v":""},{"$f":"E21&E26&E31&E36&E41&E46&E51&E56&E61&E66&E71&E76&E81&E86","v":""},"","","",""]
[]
[]
[]
[]
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[]
[]
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[]
[null,null,null,null,null,null,null,null,"Unit","IBUS","ID"]
[null,null,null,null,null,null,null,null,{"$f":"UNIT1","v":"UNIT1"},1001,"W1"]
[null,null,null,null,null,null,null,null,{"$f":"UNIT2","v":"UNIT2"},1002,"W2"]
[null,null,null,null,null,null,null,null,{"$f":"UNIT3","v":"UNIT3"},1003,"W3"]
[null,null,null,null,null,null,null,null,{"$f":"UNIT4","v":"UNIT4"},1004,"W3"]
[null,null,null,null,null,null,null,null,{"$f":"UNIT5","v":"UNIT5"},1005,"W3"]
[null,null,null,null,null,null,null,null,{"$f":"UNIT6","v":"UNIT6"},1006,"W4"]
[null,null,null,null,null,null,null,null,"POI from bus"]
[null,null,null,null,null,null,null,null,"POI to bus"]
[null,null,null,null,null,null,null,null,"POI line ID"]
[null,null,null,null,null,null,null,null,"PPC regulated bus"]

{"sheet":"PVR","index":7,"n_rows":116,"n_cols":10,"rows_kept":116,"cut":false,"hidden":false,"merged":[[112,7,112,12],[57,1,57,4],[57,6,57,9],[83,3,83,4],[84,3,84,4],[85,3,85,4]]}
[null,"Parameter Verification Report"]
[]
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[]
[]
[]
[]
[]
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[]
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[]
[]
[null,null,"PVR Checklist",null,"(Please fill out.  Feel free to use the Insert Comment option in Excel if needed.)"]
[null,"Synchronous Generators",null,null,null,null,"Inverter-Based Resources"]
[null,"Enter the date and name of technician / company extracting the field settings:",null,null,null,null,"Enter the date and name of technician / company extracting the field settings:"]
[null,null,"Setting","Date","Technician Name",null,null,"Setting","Date","Technician Name"]
[null,1,"Stabilizer Settings",null,null,null,1,"Inverter Parameters"]
[null,2,"Governor Droop",null,null,null,2,"Power Plant Controller"]
[null,3,"Protection Settings"]
[]
[]
[null,"Please check that the following were included in your verification:",null,null,null,null,"Please check that the following were included in your verification:"]
[null,null,"Parameter","Confirmed Y/N",null,null,null,"Parameter","Confirmed Y/N"]
[null,1,"Unit Inertia",null,null,null,1,"P / Q priority"]
[null,2,"Confirm inertia includes all spinning \nmasses not just generator?",null,null,null,2,"Inverter ride-through reactive gains and thresholds"]
[null,3,"Gen saturation S1.0, S1.2",null,null,null,3,"PPC droop"]
[null,4,"Power System Stabilizer params",null,null,null,4,"PPC regulation gains"]
[null,5,"Protection Settings",null,null,null,5,"PPC governor droop, deadband"]
[null,6,"Exciter params (may use MOD-026)",null,null,null,6,"Protection Settings"]
[null,7,"Governor params (may use MOD-027)",null,null,null,7,"Template Protection (see above)"]
[null,8,"Other site-specific tunable params?",null,null,null,7,"Other site-specific tunable params?"]
[]
[]
[]
[]
[]
[]
[null,null,"PVR Report",null,"(Fill out this sheet or include your own report.)"]
[]
[null,1,"Name and contact for this report:"]
[null,2,"Date of this report:"]
[null,3,"SITECODE of facility being verified:"]
[null,4,"Does this report cover the whole facility or only a specific part or phase?  (Respond in below box.)"]
[]
[]
[]
[]
[null,5,"Describe how field settings were checked for each equipment being verified:"]
[]
[]
[]
[]
[]
[]
[]
[null,6,"Was the owner/technician unable to access any device settings?  Why?"]
[]
[]
[]
[]
[null,7,"If unable to access settings, what evidence does owner present to verify model parameters?"]
[]
[]
[]
[]
[]
[null,8,"For IBRs, how many PV inverters/WTGs were verified?",null,"xxx","of","xxx"," devices at the facility"]
[null,null,"For IBRs, how many BESS were verified?",null,"xxx","of","xxx"," devices at the facility"]
[null,7,"Are you verifying the PSS/e or PSCAD model?",null,null,null,null,"Note, you must always verify the PSS/e protection settings even if verifying the PSCAD because the MQT overlay won't confirm that the protection settings match."]
[null,8,"Include screenshots or photographs as evidence of accessing field settings.  An OEM report documenting field settings is also acceptable."]
[null,null,"You can paste the photographs/screenshots below in this sheet."]
[null,9,"Follow the below instructions for entering verified parameters."]

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["Filename:"]
["Filesize:"]
["Imported On:"]

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[]
["Type",null,null,null,"Custom Model","Unit 1\nModel Parameters","Verification","Unit 2\nModel Parameters","Verification","Unit 3\nModel Parameters","Verification","Unit 4\nModel Parameters","Verification","Unit 5\nModel Parameters","Verification","Unit 6\nModel Parameters","Verification"]
["<--Go to Home sheet",null,null,null,"<--Go back to Home sheet",{"$f":"UNIT1","v":"UNIT1"},null,{"$f":"UNIT2","v":"UNIT2"},null,{"$f":"UNIT3","v":"UNIT3"},null,{"$f":"UNIT4","v":"UNIT4"},null,{"$f":"UNIT5","v":"UNIT5"},null,{"$f":"UNIT6","v":"UNIT6"},null,null,null,null,{"$f":"RESOURCE1","v":"MYSITE_UNIT1"},{"$f":"RESOURCE2","v":"MYSITE_UNIT2"},{"$f":"RESOURCE3","v":"MYSITE_UNIT3"},{"$f":"RESOURCE4","v":"MYSITE_UNIT4"},{"$f":"RESOURCE5","v":"MYSITE_UNIT5"},{"$f":"RESOURCE6","v":"MYSITE_UNIT6"}]
[null,null,null,null,"UNIT SIZE (fill in on Home page) →",{"$f":"MW_UNIT1","v":0},null,{"$f":"MW_UNIT2","v":0},null,{"$f":"MW_UNIT3","v":0},null,{"$f":"MW_UNIT4","v":0},null,{"$f":"MW_UNIT5","v":0},null,{"$f":"MW_UNIT6","v":0},null,null,"Preamble"]
[null,null,null,null,"DEVICE MODEL (fill in on Home page) →",{"$f":"DEVMODEL1","v":0},null,{"$f":"DEVMODEL2","v":0},null,{"$f":"DEVMODEL3","v":0},null,{"$f":"DEVMODEL4","v":0},null,{"$f":"DEVMODEL5","v":0},null,{"$f":"DEVMODEL6","v":0},null,null,"UDM_Type",0,"Concat:",{"$f":"U7&V7&W7&X7&Y7&Z7","v":""},"PVR_all-->",{"$f":"IF(ISERROR(SEARCH(\"MISM\",V5)),IF(ISERROR(SEARCH(\"Match\",V5)),\"\",\"Match\"),\"MISM\")","v":""}]
[null,null,"Typical",null,"Don't change these titles →","UNIT 1","PVR 1","UNIT 2","PVR 2","UNIT 3","PVR 3","UNIT 4","PVR 4","UNIT 5","PVR 5","UNIT 6","PVR 6",null,"Num_ICONs",0,"PVR1Calc","PVR2Calc","PVR3Calc","PVR4Calc","PVR5Calc","PVR6Calc"]
["#","Override","Min","Max","All parameters have been entered? -->",{"$f":"IF(COUNTA(F8:F301)=0,\"\",COUNTA(F8:F301)=MIN(nICONs+nCONs,294))","v":""},{"$f":"U7","v":""},{"$f":"IF(COUNTA(H8:H301)=0,\"\",COUNTA(H8:H301)=MIN(nICONs+nCONs,294))","v":""},{"$f":"V7","v":""},{"$f":"IF(COUNTA(J8:J301)=0,\"\",COUNTA(J8:J301)=MIN(nICONs+nCONs,294))","v":""},{"$f":"W7","v":""},{"$f":"IF(COUNTA(L8:L301)=0,\"\",COUNTA(L8:L301)=MIN(nICONs+nCONs,294))","v":""},{"$f":"X7","v":""},{"$f":"IF(COUNTA(N8:N301)=0,\"\",COUNTA(N8:N301)=MIN(nICONs+nCONs,294))","v":""},{"$f":"Y7","v":""},{"$f":"IF(COUNTA(P8:P301)=0,\"\",COUNTA(P8:P301)=MIN(nICONs+nCONs,294))","v":""},{"$f":"Z7","v":""},null,"Num_CONs",0,{"$f":"IF(COUNT(U8:U118)=0,\"\",IF(SUM(U8:U118)=0,\"Match\",\"MISM\"))","v":""},"","","","",""]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","","","",""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","","","",""]
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[]
[]
[null,"<--Go to Home sheet","Unit 1\nModel Parameters","Verification","Unit 2\nModel Parameters","Verification","Unit 3\nModel Parameters","Verification","Unit 4\nModel Parameters","Verification","Unit 5\nModel Parameters","Verification","Unit 6\nModel Parameters","Verification"]
[null,"SITE CODE (fill in on Main page)",{"$f":"RESOURCE1","v":"MYSITE_UNIT1"},null,{"$f":"RESOURCE2","v":"MYSITE_UNIT2"},null,{"$f":"RESOURCE3","v":"MYSITE_UNIT3"},null,{"$f":"RESOURCE4","v":"MYSITE_UNIT4"},null,{"$f":"RESOURCE5","v":"MYSITE_UNIT5"},null,{"$f":"RESOURCE6","v":"MYSITE_UNIT6"}]
[null,"Don't change these titles →","UNIT 1","PVR 1","UNIT 2","PVR 2","UNIT 3","PVR 3","UNIT 4","PVR 4","UNIT 5","PVR 5","UNIT 6","PVR 6"]
[null,"UNIT SIZE (fill in on Home page) →",{"$f":"MW_UNIT1","v":0},null,{"$f":"MW_UNIT2","v":0},null,{"$f":"MW_UNIT3","v":0},null,{"$f":"MW_UNIT4","v":0},null,{"$f":"MW_UNIT5","v":0},null,{"$f":"MW_UNIT6","v":0}]
[null,"DEVICE MODEL (fill in on Home page) →",{"$f":"DEVMODEL1","v":0},null,{"$f":"DEVMODEL2","v":0},null,{"$f":"DEVMODEL3","v":0},null,{"$f":"DEVMODEL4","v":0},null,{"$f":"DEVMODEL5","v":0},null,{"$f":"DEVMODEL6","v":0},null,null,null,null,null,null,"PVR1 Match calc",null,"PVR2 Match Calc",null,"PVR3 Match Calc",null,"PVR4 Match Calc",null,"PVR5 Match Calc",null,"PVR6 Match Calc"]
[null,"Overall filled out -->",{"$f":"OR(C9=TRUE,C10=TRUE,C11=TRUE)","v":false},{"$f":"IF(OR(D9=\"MISMATCH\",D10=\"MISMATCH\",D11=\"MISMATCH\"),\"MISMATCH\",IF(OR(D9=\"Match\",D10=\"Match\",D11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"OR(E9=TRUE,E10=TRUE,E11=TRUE)","v":false},{"$f":"IF(OR(F9=\"MISMATCH\",F10=\"MISMATCH\",F11=\"MISMATCH\"),\"MISMATCH\",IF(OR(F9=\"Match\",F10=\"Match\",F11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"OR(G9=TRUE,G10=TRUE,G11=TRUE)","v":false},{"$f":"IF(OR(H9=\"MISMATCH\",H10=\"MISMATCH\",H11=\"MISMATCH\"),\"MISMATCH\",IF(OR(H9=\"Match\",H10=\"Match\",H11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"OR(I9=TRUE,I10=TRUE,I11=TRUE)","v":false},{"$f":"IF(OR(J9=\"MISMATCH\",J10=\"MISMATCH\",J11=\"MISMATCH\"),\"MISMATCH\",IF(OR(J9=\"Match\",J10=\"Match\",J11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"OR(K9=TRUE,K10=TRUE,K11=TRUE)","v":false},{"$f":"IF(OR(L9=\"MISMATCH\",L10=\"MISMATCH\",L11=\"MISMATCH\"),\"MISMATCH\",IF(OR(L9=\"Match\",L10=\"Match\",L11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"OR(M9=TRUE,M10=TRUE,M11=TRUE)","v":false},{"$f":"IF(OR(N9=\"MISMATCH\",N10=\"MISMATCH\",N11=\"MISMATCH\"),\"MISMATCH\",IF(OR(N9=\"Match\",N10=\"Match\",N11=\"Match\"),\"Match\",\"\"))","v":""}]
[null,"Voltage protection filled out? -->",{"$f":"IF(MOD(COUNTA(C14:C69),4),\"<Incomplete>\",(COUNTA(C14:C69)>0))","v":false},{"$f":"U9","v":""},{"$f":"IF(MOD(COUNTA(E14:E37),4),\"<Incomplete>\",(COUNTA(E14:E37)>0))","v":false},{"$f":"W9","v":""},{"$f":"IF(MOD(COUNTA(G14:G37),4),\"<Incomplete>\",(COUNTA(G14:G37)>0))","v":false},{"$f":"Y9","v":""},{"$f":"IF(MOD(COUNTA(I14:I37),4),\"<Incomplete>\",(COUNTA(I14:I37)>0))","v":false},{"$f":"AA9","v":""},{"$f":"IF(MOD(COUNTA(K14:K37),4),\"<Incomplete>\",(COUNTA(K14:K37)>0))","v":false},{"$f":"AC9","v":""},{"$f":"IF(MOD(COUNTA(M14:M37),4),\"<Incomplete>\",(COUNTA(M14:M37)>0))","v":false},{"$f":"AE9","v":""},null,null,null,null,"Voltage Protection Match",null,{"$f":"IF(COUNT(U14:U16)=0,\"\",IF(SUM(U14:U16)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(W14:W16)=0,\"\",IF(SUM(W14:W16)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(Y14:Y16)=0,\"\",IF(SUM(Y14:Y16)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AA14:AA16)=0,\"\",IF(SUM(AA14:AA16)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AC14:AC16)=0,\"\",IF(SUM(AC14:AC16)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AE14:AE16)=0,\"\",IF(SUM(AE14:AE16)=0,\"Match\",\"MISMATCH\"))","v":""}]
[null,"Frequency protection filled out? -->",{"$f":"IF(MOD(COUNTA(C71:C126),4),\"<Incomplete>\",(COUNTA(C71:C126)>0))","v":false},{"$f":"U10","v":""},{"$f":"IF(MOD(COUNTA(E71:E126),4),\"<Incomplete>\",(COUNTA(E71:E126)>0))","v":false},{"$f":"W10","v":""},{"$f":"IF(MOD(COUNTA(G71:G126),4),\"<Incomplete>\",(COUNTA(G71:G126)>0))","v":false},{"$f":"Y10","v":""},{"$f":"IF(MOD(COUNTA(I71:I126),4),\"<Incomplete>\",(COUNTA(I71:I126)>0))","v":false},{"$f":"AA10","v":""},{"$f":"IF(MOD(COUNTA(K71:K126),4),\"<Incomplete>\",(COUNTA(K71:K126)>0))","v":false},{"$f":"AC10","v":""},{"$f":"IF(MOD(COUNTA(M71:M126),4),\"<Incomplete>\",(COUNTA(M71:M126)>0))","v":false},{"$f":"AE10","v":""},null,null,null,null,"Frequency Protection Match",null,{"$f":"IF(COUNT(U17:U19)=0,\"\",IF(SUM(U17:U19)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(W17:W19)=0,\"\",IF(SUM(W17:W19)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(Y17:Y19)=0,\"\",IF(SUM(Y17:Y19)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AA17:AA19)=0,\"\",IF(SUM(AA17:AA19)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AC17:AC19)=0,\"\",IF(SUM(AC17:AC19)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AE17:AE19)=0,\"\",IF(SUM(AE17:AE19)=0,\"Match\",\"MISMATCH\"))","v":""}]
[null,"Volts per Hz filled out? -->",{"$f":"IF(COUNTA(C128:C130,C141:C143)=6,TRUE,FALSE)","v":false},{"$f":"U11","v":""},{"$f":"IF(COUNTA(E128:E130,E141:E143)=6,TRUE,FALSE)","v":false},{"$f":"W11","v":""},{"$f":"IF(COUNTA(G128:G130,G141:G143)=6,TRUE,FALSE)","v":false},{"$f":"Y11","v":""},{"$f":"IF(COUNTA(I128:I130,I141:I143)=6,TRUE,FALSE)","v":false},{"$f":"AA11","v":""},{"$f":"IF(COUNTA(K128:K130,K141:K143)=6,TRUE,FALSE)","v":false},{"$f":"AC11","v":""},{"$f":"IF(COUNTA(M128:M130,M141:M143)=6,TRUE,FALSE)","v":false},{"$f":"AE11","v":""},null,null,null,null,"V/Hz Protection Match",null,{"$f":"U20","v":""},null,{"$f":"W20","v":""},null,{"$f":"Y20","v":""},null,{"$f":"AA20","v":""},null,{"$f":"AC20","v":""},null,{"$f":"AE20","v":""}]
[null,"Type of Protection","(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)"]
[null,"Under/Over Voltage Protection Model, VTGTPAT/VTGDVAT"]
["J","VL1, Lower voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lower Volt Threshold",{"$f":"D14+D18+D22+D26+D30+D34+D38+D42+D46+D50+D54+D58+D62+D66","v":0},{"$f":"IF(T14=0,\"\",(C14+C18+C22+C26+C30+C34+C38+C42+C46+C50+C54+C58+C62+C66-T14))","v":""},{"$f":"F14+F18+F22+F26+F30+F34+F38+F42+F46+F50+F54+F58+F62+F66","v":0},{"$f":"IF(V14=0,\"\",(E14+E18+E22+E26+E30+E34+E38+E42+E46+E50+E54+E58+E62+E66-V14))","v":""},{"$f":"H14+H18+H22+H26+H30+H34+H38+H42+H46+H50+H54+H58+H62+H66","v":0},{"$f":"IF(X14=0,\"\",(G14+G18+G22+G26+G30+G34+G38+G42+G46+G50+G54+G58+G62+G66-X14))","v":""},{"$f":"J14+J18+J22+J26+J30+J34+J38+J42+J46+J50+J54+J58+J62+J66","v":0},{"$f":"IF(Z14=0,\"\",(I14+I18+I22+I26+I30+I34+I38+I42+I46+I50+I54+I58+I62+I66-Z14))","v":""},{"$f":"L14+L18+L22+L26+L30+L34+L38+L42+L46+L50+L54+L58+L62+L66","v":0},{"$f":"IF(AB14=0,\"\",(K14+K18+K22+K26+K30+K34+K38+K42+K46+K50+K54+K58+K62+K66-AB14))","v":""},{"$f":"N14+N18+N22+N26+N30+N34+N38+N42+N46+N50+N54+N58+N62+N66","v":0},{"$f":"IF(AD14=0,\"\",(M14+M18+M22+M26+M30+M34+M38+M42+M46+M50+M54+M58+M62+M66-AD14))","v":""}]
["J+1","VU1, Upper voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Upper Volt Threshold",{"$f":"D15+D19+D23+D27+D31+D35+D39+D43+D47+D51+D55+D59+D63+D67","v":0},{"$f":"IF(T15=0,\"\",(C15+C19+C23+C27+C31+C35+C39+C43+C47+C51+C55+C59+C63+C67-T15))","v":""},{"$f":"F15+F19+F23+F27+F31+F35+F39+F43+F47+F51+F55+F59+F63+F67","v":0},{"$f":"IF(V15=0,\"\",(E15+E19+E23+E27+E31+E35+E39+E43+E47+E51+E55+E59+E63+E67-V15))","v":""},{"$f":"H15+H19+H23+H27+H31+H35+H39+H43+H47+H51+H55+H59+H63+H67","v":0},{"$f":"IF(X15=0,\"\",(G15+G19+G23+G27+G31+G35+G39+G43+G47+G51+G55+G59+G63+G67-X15))","v":""},{"$f":"J15+J19+J23+J27+J31+J35+J39+J43+J47+J51+J55+J59+J63+J67","v":0},{"$f":"IF(Z15=0,\"\",(I15+I19+I23+I27+I31+I35+I39+I43+I47+I51+I55+I59+I63+I67-Z15))","v":""},{"$f":"L15+L19+L23+L27+L31+L35+L39+L43+L47+L51+L55+L59+L63+L67","v":0},{"$f":"IF(AB15=0,\"\",(K15+K19+K23+K27+K31+K35+K39+K43+K47+K51+K55+K59+K63+K67-AB15))","v":""},{"$f":"N15+N19+N23+N27+N31+N35+N39+N43+N47+N51+N55+N59+N63+N67","v":0},{"$f":"IF(AD15=0,\"\",(M15+M19+M23+M27+M31+M35+M39+M43+M47+M51+M55+M59+M63+M67-AD15))","v":""}]
["J+2","TP1, Relay pickup (delay) time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Volt Pickup",{"$f":"D16+D20+D24+D28+D32+D36+D40+D44+D48+D52+D56+D60+D64+D68","v":0},{"$f":"IF(T16=0,\"\",(C16+C20+C24+C28+C32+C36+C40+C44+C48+C52+C56+C60+C64+C68-T16))","v":""},{"$f":"F16+F20+F24+F28+F32+F36+F40+F44+F48+F52+F56+F60+F64+F68","v":0},{"$f":"IF(V16=0,\"\",(E16+E20+E24+E28+E32+E36+E40+E44+E48+E52+E56+E60+E64+E68-V16))","v":""},{"$f":"H16+H20+H24+H28+H32+H36+H40+H44+H48+H52+H56+H60+H64+H68","v":0},{"$f":"IF(X16=0,\"\",(G16+G20+G24+G28+G32+G36+G40+G44+G48+G52+G56+G60+G64+G68-X16))","v":""},{"$f":"J16+J20+J24+J28+J32+J36+J40+J44+J48+J52+J56+J60+J64+J68","v":0},{"$f":"IF(Z16=0,\"\",(I16+I20+I24+I28+I32+I36+I40+I44+I48+I52+I56+I60+I64+I68-Z16))","v":""},{"$f":"L16+L20+L24+L28+L32+L36+L40+L44+L48+L52+L56+L60+L64+L68","v":0},{"$f":"IF(AB16=0,\"\",(K16+K20+K24+K28+K32+K36+K40+K44+K48+K52+K56+K60+K64+K68-AB16))","v":""},{"$f":"N16+N20+N24+N28+N32+N36+N40+N44+N48+N52+N56+N60+N64+N68","v":0},{"$f":"IF(AD16=0,\"\",(M16+M20+M24+M28+M32+M36+M40+M44+M48+M52+M56+M60+M64+M68-AD16))","v":""}]
["J+3","TB1, Breaker time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lower Frequency",{"$f":"D71+D75+D79+D83+D87+D91+D95+D99+D103+D107+D111+D115+D119+D123","v":0},{"$f":"IF(T17=0,\"\",C71+C75+C79+C83+C87+C91+C95+C99+C103+C107+C111+C115+C119+C123-T17)","v":""},{"$f":"F71+F75+F79+F83+F87+F91+F95+F99+F103+F107+F111+F115+F119+F123","v":0},{"$f":"IF(V17=0,\"\",E71+E75+E79+E83+E87+E91+E95+E99+E103+E107+E111+E115+E119+E123-V17)","v":""},{"$f":"H71+H75+H79+H83+H87+H91+H95+H99+H103+H107+H111+H115+H119+H123","v":0},{"$f":"IF(X17=0,\"\",G71+G75+G79+G83+G87+G91+G95+G99+G103+G107+G111+G115+G119+G123-X17)","v":""},{"$f":"J71+J75+J79+J83+J87+J91+J95+J99+J103+J107+J111+J115+J119+J123","v":0},{"$f":"IF(Z17=0,\"\",I71+I75+I79+I83+I87+I91+I95+I99+I103+I107+I111+I115+I119+I123-Z17)","v":""},{"$f":"L71+L75+L79+L83+L87+L91+L95+L99+L103+L107+L111+L115+L119+L123","v":0},{"$f":"IF(AB17=0,\"\",K71+K75+K79+K83+K87+K91+K95+K99+K103+K107+K111+K115+K119+K123-AB17)","v":""},{"$f":"N71+N75+N79+N83+N87+N91+N95+N99+N103+N107+N111+N115+N119+N123","v":0},{"$f":"IF(AD17=0,\"\",M71+M75+M79+M83+M87+M91+M95+M99+M103+M107+M111+M115+M119+M123-AD17)","v":""}]
["J","VL2, Lower voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Upper Frequency",{"$f":"D72+D76+D80+D84+D88+D92+D96+D100+D104+D108+D112+D116+D120+D124","v":0},{"$f":"IF(T18=0,\"\",C72+C76+C80+C84+C88+C92+C96+C100+C104+C108+C112+C116+C120+C124-T18)","v":""},{"$f":"F72+F76+F80+F84+F88+F92+F96+F100+F104+F108+F112+F116+F120+F124","v":0},{"$f":"IF(V18=0,\"\",E72+E76+E80+E84+E88+E92+E96+E100+E104+E108+E112+E116+E120+E124-V18)","v":""},{"$f":"H72+H76+H80+H84+H88+H92+H96+H100+H104+H108+H112+H116+H120+H124","v":0},{"$f":"IF(X18=0,\"\",G72+G76+G80+G84+G88+G92+G96+G100+G104+G108+G112+G116+G120+G124-X18)","v":""},{"$f":"J72+J76+J80+J84+J88+J92+J96+J100+J104+J108+J112+J116+J120+J124","v":0},{"$f":"IF(Z18=0,\"\",I72+I76+I80+I84+I88+I92+I96+I100+I104+I108+I112+I116+I120+I124-Z18)","v":""},{"$f":"L72+L76+L80+L84+L88+L92+L96+L100+L104+L108+L112+L116+L120+L124","v":0},{"$f":"IF(AB18=0,\"\",K72+K76+K80+K84+K88+K92+K96+K100+K104+K108+K112+K116+K120+K124-AB18)","v":""},{"$f":"N72+N76+N80+N84+N88+N92+N96+N100+N104+N108+N112+N116+N120+N124","v":0},{"$f":"IF(AD18=0,\"\",M72+M76+M80+M84+M88+M92+M96+M100+M104+M108+M112+M116+M120+M124-AD18)","v":""}]
["J+1","VU2, Upper voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Frequency Pickup",{"$f":"D73+D77+D81+D85+D89+D93+D97+D101+D105+D109+D113+D117+D121+D125","v":0},{"$f":"IF(T19=0,\"\",C73+C77+C81+C85+C89+C93+C97+C101+C105+C109+C113+C117+C121+C125-T19)","v":""},{"$f":"F73+F77+F81+F85+F89+F93+F97+F101+F105+F109+F113+F117+F121+F125","v":0},{"$f":"IF(V19=0,\"\",E73+E77+E81+E85+E89+E93+E97+E101+E105+E109+E113+E117+E121+E125-V19)","v":""},{"$f":"H73+H77+H81+H85+H89+H93+H97+H101+H105+H109+H113+H117+H121+H125","v":0},{"$f":"IF(X19=0,\"\",G73+G77+G81+G85+G89+G93+G97+G101+G105+G109+G113+G117+G121+G125-X19)","v":""},{"$f":"J73+J77+J81+J85+J89+J93+J97+J101+J105+J109+J113+J117+J121+J125","v":0},{"$f":"IF(Z19=0,\"\",I73+I77+I81+I85+I89+I93+I97+I101+I105+I109+I113+I117+I121+I125-Z19)","v":""},{"$f":"L73+L77+L81+L85+L89+L93+L97+L101+L105+L109+L113+L117+L121+L125","v":0},{"$f":"IF(AB19=0,\"\",K73+K77+K81+K85+K89+K93+K97+K101+K105+K109+K113+K117+K121+K125-AB19)","v":""},{"$f":"N73+N77+N81+N85+N89+N93+N97+N101+N105+N109+N113+N117+N121+N125","v":0},{"$f":"IF(AD19=0,\"\",M73+M77+M81+M85+M89+M93+M97+M101+M105+M109+M113+M117+M121+M125-AD19)","v":""}]
["J+2","TP2, Relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"V/Hz Params",null,{"$f":"IF(COUNT(U128:U143)=0,\"\",IF(SUM(U128:U143)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(W128:W143)=0,\"\",IF(SUM(W128:W143)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(Y128:Y143)=0,\"\",IF(SUM(Y128:Y143)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AA128:AA143)=0,\"\",IF(SUM(AA128:AA143)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AC128:AC143)=0,\"\",IF(SUM(AC128:AC143)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AE128:AE143)=0,\"\",IF(SUM(AE128:AE143)=0,\"Match\",\"MISMATCH\"))","v":""}]
["J+3","TB2, Breaker time (sec)"]
["J","VL3, Lower voltage threshold (pu)"]
["J+1","VU3, Upper voltage threshold (pu)"]
["J+2","TP3, Relay pickup time (sec)"]
["J+3","TB3, Breaker time (sec)"]
["J","VL4, Lower voltage threshold (pu)"]
["J+1","VU4, Upper voltage threshold (pu)"]
["J+2","TP4, Relay pickup time (sec)"]
["J+3","TB4, Breaker time (sec)"]
["J","VL5, Lower voltage threshold (pu)"]
["J+1","VU5, Upper voltage threshold (pu)"]
["J+2","TP5, Relay pickup time (sec)"]
["J+3","TB5, Breaker time (sec)"]
["J","VL6, Lower voltage threshold (pu)"]
["J+1","VU6, Upper voltage threshold (pu)"]
["J+2","TP6, Relay pickup time (sec)"]
["J+3","TB6, Breaker time (sec)"]
["J","VL7, Lower voltage threshold (pu)"]
["J+1","VU7, Upper voltage threshold (pu)"]
["J+2","TP7, Relay pickup time (sec)"]
["J+3","TB7, Breaker time (sec)"]
["J","VL8, Lower voltage threshold (pu)"]
["J+1","VU8, Upper voltage threshold (pu)"]
["J+2","TP8, Relay pickup time (sec)"]
["J+3","TB8, Breaker time (sec)"]
["J","VL9, Lower voltage threshold (pu)"]
["J+1","VU9, Upper voltage threshold (pu)"]
["J+2","TP9, Relay pickup time (sec)"]
["J+3","TB9, Breaker time (sec)"]
["J","VL10, Lower voltage threshold (pu)"]
["J+1","VU10, Upper voltage threshold (pu)"]
["J+2","TP10, Relay pickup time (sec)"]
["J+3","TB10, Breaker time (sec)"]
["J","VL11, Lower voltage threshold (pu)"]
["J+1","VU11, Upper voltage threshold (pu)"]
["J+2","TP11, Relay pickup time (sec)"]
["J+3","TB11, Breaker time (sec)"]
["J","VL12, Lower voltage threshold (pu)"]
["J+1","VU12, Upper voltage threshold (pu)"]
["J+2","TP12, Relay pickup time (sec)"]
["J+3","TB12, Breaker time (sec)"]
["J","VL13, Lower voltage threshold (pu)"]
["J+1","VU13, Upper voltage threshold (pu)"]
["J+2","TP13, Relay pickup time (sec)"]
["J+3","TB13, Breaker time (sec)"]
["J","VL14, Lower voltage threshold (pu)"]
["J+1","VU14, Upper voltage threshold (pu)"]
["J+2","TP14, Relay pickup time (sec)"]
["J+3","TB14, Breaker time (sec)"]
[null,"Under/Over Frequency Protection Model, FRQTPAT/FRQDCAT"]
["J","FL1, Lower Frequency threshold (Hz)"]
["J+1","FU1, Upper Frequency threshold (Hz)"]
["J+2","TP1, Relay pickup time (sec)"]
["J+3","TB1, Breaker time (sec)"]
["J","FL2, Lower Frequency threshold (Hz)"]
["J+1","FU2, Upper Frequency threshold (Hz)"]
["J+2","TP2, Relay pickup time (sec)"]
["J+3","TB2, Breaker time (sec)"]
["J","FL3, Lower Frequency threshold (Hz)"]
["J+1","FU3, Upper Frequency threshold (Hz)"]
["J+2","TP3, Relay pickup time (sec)"]
["J+3","TB3, Breaker time (sec)"]
["J","FL4, Lower Frequency threshold (Hz)"]
["J+1","FU4, Upper Frequency threshold (Hz)"]
["J+2","TP4, Relay pickup time (sec)"]
["J+3","TB4, Breaker time (sec)"]
["J","FL5, Lower Frequency threshold (Hz)"]
["J+1","FU5, Upper Frequency threshold (Hz)"]
["J+2","TP5, Relay pickup time (sec)"]
["J+3","TB5, Breaker time (sec)"]
["J","FL6, Lower Frequency threshold (Hz)"]
["J+1","FU6, Upper Frequency threshold (Hz)"]
["J+2","TP6, Relay pickup time (sec)"]
["J+3","TB6, Breaker time (sec)"]
["J","FL7, Lower Frequency threshold (Hz)"]
["J+1","FU7, Upper Frequency threshold (Hz)"]
["J+2","TP7, Relay pickup time (sec)"]
["J+3","TB7, Breaker time (sec)"]
["J","FL8, Lower Frequency threshold (Hz)"]
["J+1","FU8, Upper Frequency threshold (Hz)"]
["J+2","TP8, Relay pickup time (sec)"]
["J+3","TB8, Breaker time (sec)"]
["J","FL9, Lower Frequency threshold (Hz)"]
["J+1","FU9, Upper Frequency threshold (Hz)"]
["J+2","TP9, Relay pickup time (sec)"]
["J+3","TB9, Breaker time (sec)"]
["J","FL10, Lower Frequency threshold (Hz)"]
["J+1","FU10, Upper Frequency threshold (Hz)"]
["J+2","TP10, Relay pickup time (sec)"]
["J+3","TB10, Breaker time (sec)"]
["J","FL11, Lower Frequency threshold (Hz)"]
["J+1","FU11, Upper Frequency threshold (Hz)"]
["J+2","TP11, Relay pickup time (sec)"]
["J+3","TB11, Breaker time (sec)"]
["J","FL12, Lower Frequency threshold (Hz)"]
["J+1","FU12, Upper Frequency threshold (Hz)"]
["J+2","TP12, Relay pickup time (sec)"]
["J+3","TB12, Breaker time (sec)"]
["J","FL13, Lower Frequency threshold (Hz)"]
["J+1","FU13, Upper Frequency threshold (Hz)"]
["J+2","TP13, Relay pickup time (sec)"]
["J+3","TB13, Breaker time (sec)"]
["J","FL14, Lower Frequency threshold (Hz)"]
["J+1","FU14, Upper Frequency threshold (Hz)"]
["J+2","TP14, Relay pickup time (sec)"]
["J+3","TB14, Breaker time (sec)"]
[null,"Volts Per Hz (VPERHZU1)"]
["M","0=Monitor only; 1=Trip  (default = 1)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(D128<>\"\",(D128-C128)^2,\"\")","v":""},null,{"$f":"IF(F128<>\"\",(F128-E128)^2,\"\")","v":""},null,{"$f":"IF(H128<>\"\",(H128-G128)^2,\"\")","v":""},null,{"$f":"IF(J128<>\"\",(J128-I128)^2,\"\")","v":""},null,{"$f":"IF(L128<>\"\",(L128-K128)^2,\"\")","v":""},null,{"$f":"IF(N128<>\"\",(N128-M128)^2,\"\")","v":""}]
["M+1","1=Trip Gen; 2=Trip gen bus (default = 1)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(D129<>\"\",(D129-C129)^2,\"\")","v":""},null,"",null,"",null,"",null,"",null,""]
["M+2","Number of below Zones in use (1~5)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J","VHz1 upper V/Hz thres (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+1","TP1, relay pickup (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+2","VHz2 upper V/Hz thres (<VHz1)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+3","TP2, relay pickup (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+4","VHz3 upper V/Hz thres (<VHz2)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+5","TP3, relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+6","VHz4 upper V/Hz thres (<VHz3)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+7","TP4, relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+8","VHz5 upper V/Hz thres (<VHz4)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+9","TP5, relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+10","TB breaker time (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+11","Tv, volt meas filter time const (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
["J+12","Tf, freq meas filter time const (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[]
[null,"<--Go back to Main sheet"]

{"sheet":"P_PSSE_Simplified","index":12,"n_rows":89,"n_cols":31,"rows_kept":89,"cut":false,"hidden":false,"merged":[[11,12,11,13],[3,2,3,3],[3,4,3,5],[3,6,3,7],[3,8,3,9],[3,10,3,11],[3,12,3,13],[11,2,11,3],[11,4,11,5],[11,6,11,7],[11,8,11,9],[11,10,11,11]]}
[]
[]
[null,"<--Go to Home sheet","Unit 1\nModel Params","Verification","Unit 2\nModel Params","Verification","Unit 3\nModel Params","Verification","Unit 4\nModel Params","Verification","Unit 5\nModel Params","Verification","Unit 6\nModel Params","Verification"]
[null,"SITE CODE (fill in on Main page)",{"$f":"RESOURCE1","v":"MYSITE_UNIT1"},null,{"$f":"RESOURCE2","v":"MYSITE_UNIT2"},null,{"$f":"RESOURCE3","v":"MYSITE_UNIT3"},null,{"$f":"RESOURCE4","v":"MYSITE_UNIT4"},null,{"$f":"RESOURCE5","v":"MYSITE_UNIT5"},null,{"$f":"RESOURCE6","v":"MYSITE_UNIT6"}]
[null,"Don't change these titles →","UNIT 1","PVR 1","UNIT 2","PVR 2","UNIT 3","PVR 3","UNIT 4","PVR 4","UNIT 5","PVR 5","UNIT 6","PVR 6"]
[null,"UNIT SIZE (fill in on Home page) →",{"$f":"MW_UNIT1","v":0},null,{"$f":"MW_UNIT2","v":0},null,{"$f":"MW_UNIT3","v":0},null,{"$f":"MW_UNIT4","v":0},null,{"$f":"MW_UNIT5","v":0},null,{"$f":"MW_UNIT6","v":0}]
[null,"DEVICE MODEL (fill in on Home page) →",{"$f":"DEVMODEL1","v":0},null,{"$f":"DEVMODEL2","v":0},null,{"$f":"DEVMODEL3","v":0},null,{"$f":"DEVMODEL4","v":0},null,{"$f":"DEVMODEL5","v":0},null,{"$f":"DEVMODEL6","v":0}]
[null,"Overall filled out incl. Breaker Time?-->",{"$f":"AND(ISNUMBER(C13),OR(C9=TRUE,C10=TRUE,C11=TRUE))","v":false},{"$f":"IF(OR(D9=\"MISMATCH\",D10=\"MISMATCH\",D11=\"MISMATCH\"),\"MISMATCH\",IF(OR(D9=\"Match\",D10=\"Match\",D11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"AND(ISNUMBER(E13),OR(E9=TRUE,E10=TRUE,E11=TRUE))","v":false},{"$f":"IF(OR(F9=\"MISMATCH\",F10=\"MISMATCH\",F11=\"MISMATCH\"),\"MISMATCH\",IF(OR(F9=\"Match\",F10=\"Match\",F11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"AND(ISNUMBER(G13),OR(G9=TRUE,G10=TRUE,G11=TRUE))","v":false},{"$f":"IF(OR(H9=\"MISMATCH\",H10=\"MISMATCH\",H11=\"MISMATCH\"),\"MISMATCH\",IF(OR(H9=\"Match\",H10=\"Match\",H11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"AND(ISNUMBER(I13),OR(I9=TRUE,I10=TRUE,I11=TRUE))","v":false},{"$f":"IF(OR(J9=\"MISMATCH\",J10=\"MISMATCH\",J11=\"MISMATCH\"),\"MISMATCH\",IF(OR(J9=\"Match\",J10=\"Match\",J11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"AND(ISNUMBER(K13),OR(K9=TRUE,K10=TRUE,K11=TRUE))","v":false},{"$f":"IF(OR(L9=\"MISMATCH\",L10=\"MISMATCH\",L11=\"MISMATCH\"),\"MISMATCH\",IF(OR(L9=\"Match\",L10=\"Match\",L11=\"Match\"),\"Match\",\"\"))","v":""},{"$f":"AND(ISNUMBER(M13),OR(M9=TRUE,M10=TRUE,M11=TRUE))","v":false},{"$f":"IF(OR(N9=\"MISMATCH\",N10=\"MISMATCH\",N11=\"MISMATCH\"),\"MISMATCH\",IF(OR(N9=\"Match\",N10=\"Match\",N11=\"Match\"),\"Match\",\"\"))","v":""},null,null,null,null,null,"PVR1 Match calc",null,"PVR2 Match Calc",null,"PVR3 Match Calc",null,"PVR4 Match Calc",null,"PVR5 Match Calc",null,"PVR6 Match Calc"]
[null,"Voltage protection filled out? -->",{"$f":"IF(MOD(COUNTA(C15:C43),2),\"<Incomplete>\",(COUNTA(C15:C43)>0))","v":false},{"$f":"U9","v":""},{"$f":"IF(MOD(COUNTA(E15:E43),2),\"<Incomplete>\",(COUNTA(E15:E43)>0))","v":false},{"$f":"W9","v":""},{"$f":"IF(MOD(COUNTA(G15:G43),2),\"<Incomplete>\",(COUNTA(G15:G43)>0))","v":false},{"$f":"Y9","v":""},{"$f":"IF(MOD(COUNTA(I15:I43),2),\"<Incomplete>\",(COUNTA(I15:I43)>0))","v":false},{"$f":"AA9","v":""},{"$f":"IF(MOD(COUNTA(K15:K43),2),\"<Incomplete>\",(COUNTA(K15:K43)>0))","v":false},{"$f":"AC9","v":""},{"$f":"IF(MOD(COUNTA(M15:M43),2),\"<Incomplete>\",(COUNTA(M15:M43)>0))","v":false},{"$f":"AE9","v":""},null,null,null,null,"Voltage Protection Match",null,{"$f":"IF(COUNT(U15:U17)=0,\"\",IF(SUM(U15:U17)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(W15:W17)=0,\"\",IF(SUM(W15:W17)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(Y15:Y17)=0,\"\",IF(SUM(Y15:Y17)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AA15:AA17)=0,\"\",IF(SUM(AA15:AA17)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AC15:AC17)=0,\"\",IF(SUM(AC15:AC17)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AE15:AE17)=0,\"\",IF(SUM(AE15:AE17)=0,\"Match\",\"MISMATCH\"))","v":""}]
[null,"Frequency protection filled out? -->",{"$f":"IF(MOD(COUNTA(C45:C73),2),\"<Incomplete>\",(COUNTA(C45:C73)>0))","v":false},{"$f":"U10","v":""},{"$f":"IF(MOD(COUNTA(E45:E73),2),\"<Incomplete>\",(COUNTA(E45:E73)>0))","v":false},"",false,"",false,"",false,"",false,"",null,null,null,null,"Frequency Protection Match",null,{"$f":"IF(COUNT(U18:U20)=0,\"\",IF(SUM(U18:U20)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(W18:W20)=0,\"\",IF(SUM(W18:W20)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(Y18:Y20)=0,\"\",IF(SUM(Y18:Y20)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AA18:AA20)=0,\"\",IF(SUM(AA18:AA20)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AC18:AC20)=0,\"\",IF(SUM(AC18:AC20)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AE18:AE20)=0,\"\",IF(SUM(AE18:AE20)=0,\"Match\",\"MISMATCH\"))","v":""}]
[null,"Volts per Hz filled out? -->",{"$f":"IF(COUNTA(C75:C76,C85:C86)=4,TRUE,FALSE)","v":false},"",{"$f":"IF(COUNTA(E75:E76,E85:E86)=4,TRUE,FALSE)","v":false},"",{"$f":"IF(COUNTA(G75:G76,G85:G86)=4,TRUE,FALSE)","v":false},"",{"$f":"IF(COUNTA(I75:I76,I85:I86)=4,TRUE,FALSE)","v":false},"",{"$f":"IF(COUNTA(K75:K76,K85:K86)=4,TRUE,FALSE)","v":false},"",{"$f":"IF(COUNTA(M75:M76,M85:M86)=4,TRUE,FALSE)","v":false},"",null,null,null,null,"V/Hz Protection Match",null,{"$f":"U21","v":""},null,{"$f":"W21","v":""},null,{"$f":"Y21","v":""},null,{"$f":"AA21","v":""},null,{"$f":"AC21","v":""},null,{"$f":"AE21","v":""}]
[null,"Type of Protection","(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)",null,"(Make Selection)"]
[null,"Breaker Interruption Time (cycles)"]
[null,"Under Voltage Protection Model"]
[null,"VL1, Lower voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lower Volt Threshold",{"$f":"D15+D17+D19+D21+D23+D25+D27","v":0},{"$f":"IF(T15=0,\"\",C15+C17+C19+C21+C23+C25+C27-T15)","v":""},{"$f":"F15+F17+F19+F21+F23+F25+F27","v":0},{"$f":"IF(V15=0,\"\",E15+E17+E19+E21+E23+E25+E27-V15)","v":""},{"$f":"H15+H17+H19+H21+H23+H25+H27","v":0},{"$f":"IF(X15=0,\"\",G15+G17+G19+G21+G23+G25+G27-X15)","v":""},{"$f":"J15+J17+J19+J21+J23+J25+J27","v":0},{"$f":"IF(Z15=0,\"\",I15+I17+I19+I21+I23+I25+I27-Z15)","v":""},{"$f":"L15+L17+L19+L21+L23+L25+L27","v":0},{"$f":"IF(AB15=0,\"\",K15+K17+K19+K21+K23+K25+K27-AB15)","v":""},{"$f":"N15+N17+N19+N21+N23+N25+N27","v":0},{"$f":"IF(AD15=0,\"\",M15+M17+M19+M21+M23+M25+M27-AD15)","v":""}]
[null,"TP1, Relay pickup (delay) time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Over Volt Threshold",{"$f":"D30+D32+D34+D36+D38+D40+D42","v":0},{"$f":"IF(T16=0,\"\",C30+C32+C34+C36+C38+C40+C42-T16)","v":""},{"$f":"F30+F32+F34+F36+F38+F40+F42","v":0},{"$f":"IF(V16=0,\"\",E30+E32+E34+E36+E38+E40+E42-V16)","v":""},{"$f":"H30+H32+H34+H36+H38+H40+H42","v":0},{"$f":"IF(X16=0,\"\",G30+G32+G34+G36+G38+G40+G42-X16)","v":""},{"$f":"J30+J32+J34+J36+J38+J40+J42","v":0},{"$f":"IF(Z16=0,\"\",I30+I32+I34+I36+I38+I40+I42-Z16)","v":""},{"$f":"L30+L32+L34+L36+L38+L40+L42","v":0},{"$f":"IF(AB16=0,\"\",K30+K32+K34+K36+K38+K40+K42-AB16)","v":""},{"$f":"N30+N32+N34+N36+N38+N40+N42","v":0},{"$f":"IF(AD16=0,\"\",M30+M32+M34+M36+M38+M40+M42-AD16)","v":""}]
[null,"VL2, Lower voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Volt Pickup",{"$f":"D16+D18+D20+D22+D24+D26+D28+D31+D33+D35+D37+D39+D41+D43","v":0},{"$f":"IF(T17=0,\"\",C16+C18+C20+C22+C24+C26+C28+C31+C33+C35+C37+C39+C41+C43-T17)","v":""},{"$f":"F16+F18+F20+F22+F24+F26+F28+F31+F33+F35+F37+F39+F41+F43","v":0},{"$f":"IF(V17=0,\"\",E16+E18+E20+E22+E24+E26+E28+E31+E33+E35+E37+E39+E41+E43-V17)","v":""},{"$f":"H16+H18+H20+H22+H24+H26+H28+H31+H33+H35+H37+H39+H41+H43","v":0},{"$f":"IF(X17=0,\"\",G16+G18+G20+G22+G24+G26+G28+G31+G33+G35+G37+G39+G41+G43-X17)","v":""},{"$f":"J16+J18+J20+J22+J24+J26+J28+J31+J33+J35+J37+J39+J41+J43","v":0},{"$f":"IF(Z17=0,\"\",I16+I18+I20+I22+I24+I26+I28+I31+I33+I35+I37+I39+I41+I43-Z17)","v":""},{"$f":"L16+L18+L20+L22+L24+L26+L28+L31+L33+L35+L37+L39+L41+L43","v":0},{"$f":"IF(AB17=0,\"\",K16+K18+K20+K22+K24+K26+K28+K31+K33+K35+K37+K39+K41+K43-AB17)","v":""},{"$f":"N16+N18+N20+N22+N24+N26+N28+N31+N33+N35+N37+N39+N41+N43","v":0},{"$f":"IF(AD17=0,\"\",M16+M18+M20+M22+M24+M26+M28+M31+M33+M35+M37+M39+M41+M43-AD17)","v":""}]
[null,"TP2, Relay pickup (delay) time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lower Frequency",{"$f":"D45+D47+D49+D51+D53+D55+D57+D60+D62+D64+D66+D68+D70+D72","v":0},{"$f":"IF(T18=0,\"\",C45+C47+C49+C51+C53+C55+C57+C60+C62+C64+C66+C68+C70+C72-T18)","v":""},{"$f":"F45+F47+F49+F51+F53+F55+F57+F60+F62+F64+F66+F68+F70+F72","v":0},{"$f":"IF(V18=0,\"\",E45+E47+E49+E51+E53+E55+E57+E60+E62+E64+E66+E68+E70+E72-V18)","v":""},{"$f":"H45+H47+H49+H51+H53+H55+H57+H60+H62+H64+H66+H68+H70+H72","v":0},{"$f":"IF(X18=0,\"\",G45+G47+G49+G51+G53+G55+G57+G60+G62+G64+G66+G68+G70+G72-X18)","v":""},{"$f":"J45+J47+J49+J51+J53+J55+J57+J60+J62+J64+J66+J68+J70+J72","v":0},{"$f":"IF(Z18=0,\"\",I45+I47+I49+I51+I53+I55+I57+I60+I62+I64+I66+I68+I70+I72-Z18)","v":""},{"$f":"L45+L47+L49+L51+L53+L55+L57+L60+L62+L64+L66+L68+L70+L72","v":0},{"$f":"IF(AB18=0,\"\",K45+K47+K49+K51+K53+K55+K57+K60+K62+K64+K66+K68+K70+K72-AB18)","v":""},{"$f":"N45+N47+N49+N51+N53+N55+N57+N60+N62+N64+N66+N68+N70+N72","v":0},{"$f":"IF(AD18=0,\"\",M45+M47+M49+M51+M53+M55+M57+M60+M62+M64+M66+M68+M70+M72-AD18)","v":""}]
[null,"VL3, Lower voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Over Frequency",{"$f":"D60+D62+D64+D66+D68+D70+D72","v":0},{"$f":"IF(T19=0,\"\",C60+C62+C64+C66+C68+C70+C72-T19)","v":""},{"$f":"F60+F62+F64+F66+F68+F70+F72","v":0},{"$f":"IF(V19=0,\"\",E60+E62+E64+E66+E68+E70+E72-V19)","v":""},{"$f":"H60+H62+H64+H66+H68+H70+H72","v":0},{"$f":"IF(X19=0,\"\",G60+G62+G64+G66+G68+G70+G72-X19)","v":""},{"$f":"J60+J62+J64+J66+J68+J70+J72","v":0},{"$f":"IF(Z19=0,\"\",I60+I62+I64+I66+I68+I70+I72-Z19)","v":""},{"$f":"L60+L62+L64+L66+L68+L70+L72","v":0},{"$f":"IF(AB19=0,\"\",K60+K62+K64+K66+K68+K70+K72-AB19)","v":""},{"$f":"N60+N62+N64+N66+N68+N70+N72","v":0},{"$f":"IF(AD19=0,\"\",M60+M62+M64+M66+M68+M70+M72-AD19)","v":""}]
[null,"TP3, Relay pickup (delay) time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Frequency Pickup",{"$f":"D46+D48+D50+D52+D54+D56+D58+D61+D63+D65+D67+D69+D71+D73","v":0},{"$f":"IF(T20=0,\"\",C46+C48+C50+C52+C54+C56+C58+C61+C63+C65+C67+C69+C71+C73-T20)","v":""},{"$f":"F46+F48+F50+F52+F54+F56+F58+F61+F63+F65+F67+F69+F71+F73","v":0},{"$f":"IF(V20=0,\"\",E46+E48+E50+E52+E54+E56+E58+E61+E63+E65+E67+E69+E71+E73-V20)","v":""},{"$f":"H46+H48+H50+H52+H54+H56+H58+H61+H63+H65+H67+H69+H71+H73","v":0},{"$f":"IF(X20=0,\"\",G46+G48+G50+G52+G54+G56+G58+G61+G63+G65+G67+G69+G71+G73-X20)","v":""},{"$f":"J46+J48+J50+J52+J54+J56+J58+J61+J63+J65+J67+J69+J71+J73","v":0},{"$f":"IF(Z20=0,\"\",I46+I48+I50+I52+I54+I56+I58+I61+I63+I65+I67+I69+I71+I73-Z20)","v":""},{"$f":"L46+L48+L50+L52+L54+L56+L58+L61+L63+L65+L67+L69+L71+L73","v":0},{"$f":"IF(AB20=0,\"\",K46+K48+K50+K52+K54+K56+K58+K61+K63+K65+K67+K69+K71+K73-AB20)","v":""},{"$f":"N46+N48+N50+N52+N54+N56+N58+N61+N63+N65+N67+N69+N71+N73","v":0},{"$f":"IF(AD20=0,\"\",M46+M48+M50+M52+M54+M56+M58+M61+M63+M65+M67+M69+M71+M73-AD20)","v":""}]
[null,"VL4, Lower voltage threshold (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"V/Hz Params",null,{"$f":"IF(COUNT(U75:U86)=0,\"\",IF(SUM(U75:U86)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(W75:W86)=0,\"\",IF(SUM(W75:W86)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(Y75:Y86)=0,\"\",IF(SUM(Y75:Y86)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AA75:AA86)=0,\"\",IF(SUM(AA75:AA86)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AC75:AC86)=0,\"\",IF(SUM(AC75:AC86)=0,\"Match\",\"MISMATCH\"))","v":""},null,{"$f":"IF(COUNT(AE75:AE86)=0,\"\",IF(SUM(AE75:AE86)=0,\"Match\",\"MISMATCH\"))","v":""}]
[null,"TP4, Relay pickup (delay) time (sec)"]
[null,"VL5, Lower voltage threshold (pu)"]
[null,"TP5, Relay pickup (delay) time (sec)"]
[null,"VL6, Lower voltage threshold (pu)"]
[null,"TP6, Relay pickup (delay) time (sec)"]
[null,"VL7, Lower voltage threshold (pu)"]
[null,"TP7, Relay pickup (delay) time (sec)"]
[null,"Over Voltage Protection Model"]
[null,"VU8, Upper voltage threshold (pu)"]
[null,"TP8, Relay pickup (delay) time (sec)"]
[null,"VU9, Upper voltage threshold (pu)"]
[null,"TP9, Relay pickup (delay) time (sec)"]
[null,"VU10, Upper voltage threshold (pu)"]
[null,"TP10, Relay pickup (delay) time (sec)"]
[null,"VU11, Upper voltage threshold (pu)"]
[null,"TP11, Relay pickup (delay) time (sec)"]
[null,"VU12, Upper voltage threshold (pu)"]
[null,"TP12, Relay pickup (delay) time (sec)"]
[null,"VU13, Upper voltage threshold (pu)"]
[null,"TP13, Relay pickup (delay) time (sec)"]
[null,"VU14, Upper voltage threshold (pu)"]
[null,"TP14, Relay pickup (delay) time (sec)"]
[null,"Under Frequency Protection Model"]
[null,"FL1, Lower Frequency threshold (Hz)"]
[null,"TP1, Relay pickup (delay) time (sec)"]
[null,"FL2, Lower Frequency threshold (Hz)"]
[null,"TP2, Relay pickup (delay) time (sec)"]
[null,"FL3, Lower Frequency threshold (Hz)"]
[null,"TP3, Relay pickup (delay) time (sec)"]
[null,"FL4, Lower Frequency threshold (Hz)"]
[null,"TP4, Relay pickup (delay) time (sec)"]
[null,"FL5, Lower Frequency threshold (Hz)"]
[null,"TP5, Relay pickup (delay) time (sec)"]
[null,"FL6, Lower Frequency threshold (Hz)"]
[null,"TP6, Relay pickup (delay) time (sec)"]
[null,"FL7, Lower Frequency threshold (Hz)"]
[null,"TP7, Relay pickup (delay) time (sec)"]
[null,"Over Frequency Protection Model"]
[null,"FU8, Upper Frequency threshold (Hz)"]
[null,"TP8, Relay pickup (delay) time (sec)"]
[null,"FU9, Upper Frequency threshold (Hz)"]
[null,"TP9, Relay pickup (delay) time (sec)"]
[null,"FU10, Upper Frequency threshold (Hz)"]
[null,"TP10, Relay pickup (delay) time (sec)"]
[null,"FU11, Upper Frequency threshold (Hz)"]
[null,"TP11, Relay pickup (delay) time (sec)"]
[null,"FU12, Upper Frequency threshold (Hz)"]
[null,"TP12, Relay pickup (delay) time (sec)"]
[null,"FU13, Upper Frequency threshold (Hz)"]
[null,"TP13, Relay pickup (delay) time (sec)"]
[null,"FU14, Upper Frequency threshold (Hz)"]
[null,"TP14, Relay pickup (delay) time (sec)"]
[null,"Volts Per Hz (VPERHZU1) (leave blank any entries unused)"]
[null,"VHz1 upper V/Hz thres (pu)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(D75<>\"\",(D75-C75)^2,\"\")","v":""},null,{"$f":"IF(F75<>\"\",(F75-E75)^2,\"\")","v":""},null,{"$f":"IF(H75<>\"\",(H75-G75)^2,\"\")","v":""},null,{"$f":"IF(J75<>\"\",(J75-I75)^2,\"\")","v":""},null,{"$f":"IF(L75<>\"\",(L75-K75)^2,\"\")","v":""},null,{"$f":"IF(N75<>\"\",(N75-M75)^2,\"\")","v":""}]
[null,"TP1, relay pickup (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(D76<>\"\",(D76-C76)^2,\"\")","v":""},null,"",null,"",null,"",null,"",null,""]
[null,"VHz2 upper V/Hz thres (<VHz1)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"TP2, relay pickup (s)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"VHz3 upper V/Hz thres (<VHz2)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"TP3, relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"VHz4 upper V/Hz thres (<VHz3)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"TP4, relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"VHz5 upper V/Hz thres (<VHz4)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"TP5, relay pickup time (sec)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"Tv, volt meas filter time const (>0.04)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[null,"Tf, freq meas filter time const (>0.04)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"",null,"",null,"",null,"",null,"",null,""]
[]
[]
[null,"<--Go back to Main sheet"]