123.glm

// IEEE 123 model

#set strictnames=FALSE

module powerflow 
{
    solver_method NR;
    line_limits FALSE;
    default_maximum_voltage_error 1e-4;
}   

// Nodes

object node 
{
    name node_3;
    groupid nodevolts;
    phases CN;
    latitude 35N23.076; 
    longitude 119W0.132;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_8;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
    latitude 35N23.117; 
    longitude 119W0.031;
}

object node 
{
    name node_13;
    groupid nodevolts;
    nominal_voltage 2401.7771;
    phases ABCN;
    latitude 35N23.117; 
    longitude 118W59.971; 
}

object substation 
{
    name node_14;
    bustype SWING;
    groupid nodevolts;
    phases AN;
    nominal_voltage 2401.7771;
    latitude 35N23.224; 
    longitude 119W0.031;
}
object meter 
{
    name substation_meter;
    parent node_14;
    groupid nodevolts;
    phases AN;
    latitude 35N23.224; 
    longitude 119W0.031;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_15;
    phases CN;
    latitude 35N23.076; 
    longitude 118W59.971;
    groupid nodevolts;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_18;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_21;
    groupid nodevolts;
    phases ABCN;
    latitude 35N23.302; 
    longitude 118W59.971;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_23;
    groupid nodevolts;
    phases ABCN;
    latitude 35N23.343; 
    longitude 118W59.971;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_25;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_26;
    groupid nodevolts;
    phases ACN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_27;
    groupid nodevolts;
    phases ACN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_36;
    groupid nodevolts;
    phases ABN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_40;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_44;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_54;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_57;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_61;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_67;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_72;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_78;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_81;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_89;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_91;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_93;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_97;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_101;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_105;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_108;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_110;
    groupid nodevolts;
    phases AN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_135;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_149;
    groupid nodevolts;
    phases ABCN;
    latitude 35N23.409; 
    longitude 118W59.643;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_150;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
    bustype SWING;
    voltage_A 2401.777120+0.000000j;
    voltage_B -1200.888560-2080.000000j;
    voltage_C -1200.888560+2080.000000j;
}

object node 
{
    name node_151;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_152;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_160;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_197;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_250;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_300;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_450;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_610;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node
{
    name node_901;
    groupid nodevolts;
    phases AN;
    latitude 35N23.388; 
    longitude 118W59.971;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_2501;
    groupid nodevolts;
    phases ACN;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_6101;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

object node
{
    name node_15001;
    groupid nodevolts;
    phases ABCN;
    latitude 35N23.141; 
    longitude 118W59.679;
    nominal_voltage 2401.7771;
}

object node 
{
    name node_16001;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
}

//Pure spot loads

object load 
{
    name load_1;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_2;
    groupid nodevolts;
    phases BN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_4;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_5;
    groupid nodevolts;
    phases CN;
    constant_current_C -0.557814+9.293330j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_6;
    groupid nodevolts;
    phases CN;
    constant_impedance_C 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_7;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_9;
    groupid nodevolts;
    phases AN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_10;
    groupid nodevolts;
    phases AN;
    constant_current_A 8.327167-4.163584j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_11;
    groupid nodevolts;
    phases AN;
    constant_impedance_A 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_12;
    groupid nodevolts;
    phases BN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_16;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_17;
    groupid nodevolts;
    phases CN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_19;
    groupid nodevolts;
    phases AN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_20;
    groupid nodevolts;
    phases AN;
    constant_current_A 16.654335-8.327167j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_22;
    groupid nodevolts;
    phases BN;
    constant_impedance_B 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_24;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_28;
    groupid nodevolts;
    phases ABCN;
    constant_current_A 16.654335-8.327167j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_29;
    groupid nodevolts;
    phases ABCN;
    constant_impedance_A 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_30;
    groupid nodevolts;
    phases ABCN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_31;
    groupid nodevolts;
    phases CN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_32;
    groupid nodevolts;
    phases CN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_33;
    groupid nodevolts;
    phases AN;
    constant_current_A 16.654335-8.327167j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_34;
    groupid nodevolts;
    phases CN;
    constant_impedance_C 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_35;
    groupid nodevolts;
    phases ABCD;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_37;
    groupid nodevolts;
    phases AN;
    constant_impedance_A 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_38;
    groupid nodevolts;
    phases BN;
    constant_current_B -7.769353-5.129747j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_39;
    groupid nodevolts;
    phases BN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_41;
    groupid nodevolts;
    phases CN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_42;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_43;
    groupid nodevolts;
    phases BN;
    constant_impedance_B 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_45;
    groupid nodevolts;
    phases AN;
    constant_current_A 8.327167-4.163584j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_46;
    groupid nodevolts;
    phases AN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_47;
    groupid nodevolts;
    phases ABCN;
    constant_current_A 14.572543-10.408959j;
    constant_current_B -16.300695-7.415713j;
    constant_current_C 1.728152+17.824672j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_48;
    groupid nodevolts;
    phases ABCN;
    constant_impedance_A 54.567207+38.976577j;
    constant_impedance_B 54.567207+38.976577j;
    constant_impedance_C 54.567207+38.976577j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_49;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 35000.000000+25000.000000j;
    constant_power_B 70000.000000+50000.000000j;
    constant_power_C 35000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_50;
    groupid nodevolts;
    phases ABCN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_51;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_52;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_53;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_55;
    groupid nodevolts;
    phases ABCN;
    constant_impedance_A 230.741333+115.370667j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_56;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_58;
    groupid nodevolts;
    phases BN;
    constant_current_B -7.769353-5.129747j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_59;
    groupid nodevolts;
    phases BN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_60;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_62;
    groupid nodevolts;
    phases ABCN;
    constant_impedance_C 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_63;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_64;
    groupid nodevolts;
    phases ABCN;
    constant_current_B -28.233631-19.756998j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_65;
    groupid nodevolts;
    phases ABCD;
    constant_impedance_A 327.403243+233.859459j;
    constant_impedance_B 327.403243+233.859459j;
    constant_impedance_C 163.701622+116.929730j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_66;
    groupid nodevolts;
    phases ABCN;
    constant_power_C 75000.000000+35000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_68;
    groupid nodevolts;
    phases AN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_69;
    groupid nodevolts;
    phases AN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_70;
    groupid nodevolts;
    phases AN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_71;
    groupid nodevolts;
    phases AN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_73;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_74;
    groupid nodevolts;
    phases CN;
    constant_impedance_C 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_75;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_76;
    groupid nodevolts;
    phases ABCD;
    constant_current_A 31.474199-4.034142j;
    constant_current_B -12.019231-16.826923j;
    constant_current_C -8.562927+18.822421j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_77;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_79;
    groupid nodevolts;
    phases ABCN;
    constant_impedance_A 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_80;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_82;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_83;
    groupid nodevolts;
    phases ABCN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_84;
    groupid nodevolts;
    phases CN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_85;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_86;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_87;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_88;
    groupid nodevolts;
    phases AN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_90;
    groupid nodevolts;
    phases BN;
    constant_current_B -15.538706-10.259493j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_92;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_94;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_95;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_96;
    groupid nodevolts;
    phases BN;
    constant_power_B 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_98;
    groupid nodevolts;
    phases ABCN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_99;
    groupid nodevolts;
    phases ABCN;
    constant_power_B 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_100;
    groupid nodevolts;
    phases ABCN;
    constant_impedance_C 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_102;
    groupid nodevolts;
    phases CN;
    constant_power_C 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_103;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_104;
    groupid nodevolts;
    phases CN;
    constant_power_C 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_106;
    groupid nodevolts;
    phases BN;
    constant_power_B 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_107;
    groupid nodevolts;
    phases BN;
    constant_power_B 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_109;
    groupid nodevolts;
    phases AN;
    constant_power_A 40000.000000+20000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_111;
    groupid nodevolts;
    phases AN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_112;
    groupid nodevolts;
    phases AN;
    constant_current_A 8.327167-4.163584j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_113;
    groupid nodevolts;
    phases AN;
    constant_impedance_A 115.370667+57.685333j;
    nominal_voltage 2401.7771;
}

object load 
{
    name load_114;
    groupid nodevolts;
    phases AN;
    constant_power_A 20000.000000+10000.000000j;
    nominal_voltage 2401.7771;
}

//distributed loads intermediates (2/3 load at 1/4 line)

//pure distributed loads (1/3 load at end of line)

//combination loads (1/3 dist load and spot load)

//Pure lines (no distributed loads)

object overhead_line 
{
    name line1to2;
    phases BN;
    from load_1;
    to load_2;
    length 175.00;
    configuration lc310;
}


object overhead_line 
{
    name line1to3;
    phases CN;
    from load_1;
    to node_3;
    length 250.00;
    configuration lc311;
}

object overhead_line 
{
    name line1to7;
    phases ABCN;
    from load_1;
    to load_7;
    length 300.00;
    configuration lc301;
}

object overhead_line 
{
    name line3to4;
    phases CN;
    from node_3;
    to load_4;
    length 200.00; 
    configuration lc311;
}

object overhead_line 
{
    name line3to5;
    phases CN;
    from node_3;
    to load_5;
    length 325.00;
    configuration lc311;
}

object overhead_line 
{
    name line5to6;
    phases CN;
    from load_5;
    to load_6;
    length 250.00;
    configuration lc311;
}

object overhead_line 
{
    name line7to8;
    phases ABCN;
    from load_7;
    to node_8;
    length 200.00;
    configuration lc301;
}

object overhead_line 
{
    name line8to12;
    phases BN;
    from node_8;
    to load_12;
    length 225.00;
    configuration lc310;
}

object overhead_line 
{
    name line8to9;
    phases AN;
    from node_8;
    to load_9;
    length 225.00;
    configuration lc309;
}

object overhead_line 
{
    name line8to13;
    phases ABCN;
    from node_8;
    to node_13;
    length 300.00;
    configuration lc301;
}

object overhead_line 
{
    name line901to14;
    phases AN;
    from node_901;
    to node_14;
    length 425.00;
    configuration lc309;
}

object overhead_line 
{
    name line13to34;
    phases CN;
    from node_13;
    to load_34;
    length 150.00;
    configuration lc311;
}

object overhead_line 
{
    name line13to18;
    phases ABCN;
    from node_13;
    to node_18;
    length 825.00;
    configuration lc302;
}

object overhead_line 
{
    name line14to11;
    phases AN;
    from node_14;
    to load_11;
    length 250.00;
    configuration lc309;
}

object overhead_line 
{
    name line14to10;
    phases AN;
    from node_14;
    to load_10;
    length 250.00;
    configuration lc309;
}

object overhead_line 
{
    name line15to16;
    phases CN;
    from node_15;
    to load_16;
    length 375.00;
    configuration lc311;
}

object overhead_line 
{
    name line15to17;
    phases CN;
    from node_15;
    to load_17;
    length 350.00;
    configuration lc311;
}

object overhead_line 
{
    name line18to19;
    phases AN;
    from node_18;
    to load_19;
    length 250.00;
    configuration lc309;
}

object overhead_line 
{
    name line18to21;
    phases ABCN;
    from node_18;
    to node_21;
    length 300.00;
    configuration lc302;
}

object overhead_line 
{
    name line19to20;
    phases AN;
    from load_19;
    to load_20;
    length 325.00;
    configuration lc309;
}

object overhead_line 
{
    name line21to22;
    phases BN;
    from node_21;
    to load_22;
    length 525.00;
    configuration lc310;
}

object overhead_line 
{
    name line21to23;
    phases ABCN;
    from node_21;
    to node_23;
    length 250.00;
    configuration lc302;
}

object overhead_line 
{
    name line23to24;
    phases CN;
    from node_23;
    to load_24;
    length 550.00;
    configuration lc311;
}

object overhead_line 
{
    name line23to25;
    phases ABCN;
    from node_23;
    to node_25;
    length 275.00;
    configuration lc302;
}

object overhead_line 
{
    name line2501to26;
    phases ACN;
    from node_2501;
    to node_26;
    length 350.00;
    configuration lc307;
}

object overhead_line 
{
    name line25to28;
    phases ABCN;
    from node_25;
    to load_28;
    length 200.00;
    configuration lc302;
}

object overhead_line 
{
    name line26to27;
    phases ACN;
    from node_26;
    to node_27;
    length 275.00;
    configuration lc307;
}

object overhead_line 
{
    name line26to31;
    phases CN;
    from node_26;
    to load_31;
    length 225.00;
    configuration lc311;
}

object overhead_line 
{
    name line27to33;
    phases AN;
    from node_27;
    to load_33;
    length 500.00;
    configuration lc309;
}

object overhead_line 
{
    name line28to29;
    phases ABCN;
    from load_28;
    to load_29;
    length 300.00;
    configuration lc302;
}

object overhead_line 
{
    name line29to30;
    phases ABCN;
    from load_29;
    to load_30;
    length 350.00;
    configuration lc302;
}

object overhead_line 
{
    name line30to250;
    phases ABCN;
    from load_30;
    to node_250;
    length 200.00;
    configuration lc302;
}

object overhead_line 
{
    name line31to32;
    phases CN;
    from load_31;
    to load_32;
    length 300.00;
    configuration lc311;
}

object overhead_line 
{
    name line34to15;
    phases CN;
    from load_34;
    to node_15;
    length 100.00;
    configuration lc311;
}

object overhead_line 
{
    name line35to36;
    phases ABN;
    from load_35;
    to node_36;
    length 650.00;
    configuration lc308;
}

object overhead_line 
{
    name line35to40;
    phases ABCN;
    from load_35;
    to node_40;
    length 250.00;
    configuration lc301;
}

object overhead_line 
{
    name line36to37;
    phases AN;
    from node_36;
    to load_37;
    length 300.00;
    configuration lc309;
}

object overhead_line 
{
    name line36to38;
    phases BN;
    from node_36;
    to load_38;
    length 250.00;
    configuration lc310;
}

object overhead_line 
{
    name line38to39;
    phases BN;
    from load_38;
    to load_39;
    length 325.00;
    configuration lc310;
}

object overhead_line 
{
    name line40to41;
    phases CN;
    from node_40;
    to load_41;
    length 325.00;
    configuration lc311;
}

object overhead_line 
{
    name line40to42;
    phases ABCN;
    from node_40;
    to load_42;
    length 250.00;
    configuration lc301;
}

object overhead_line 
{
    name line42to43;
    phases BN;
    from load_42;
    to load_43;
    length 500.00;
    configuration lc310;
}

object overhead_line 
{
    name line42to44;
    phases ABCN;
    from load_42;
    to node_44;
    length 200.00;
    configuration lc301;
}

object overhead_line 
{
    name line44to45;
    phases AN;
    from node_44;
    to load_45;
    length 200.00;
    configuration lc309;
}

object overhead_line 
{
    name line44to47;
    phases ABCN;
    from node_44;
    to load_47;
    length 250.00;
    configuration lc301;
}

object overhead_line 
{
    name line45to46;
    phases AN;
    from load_45;
    to load_46;
    length 300.00;
    configuration lc309;
}

object overhead_line 
{
    name line47to48;
    phases ABCN;
    from load_47;
    to load_48;
    length 150.00;
    configuration lc304;
}

object overhead_line 
{
    name line47to49;
    phases ABCN;
    from load_47;
    to load_49;
    length 250.00;
    configuration lc304;
}

object overhead_line 
{
    name line49to50;
    phases ABCN;
    from load_49;
    to load_50;
    length 250.00;
    configuration lc304;
}

object overhead_line 
{
    name line50to51;
    phases ABCN;
    from load_50;
    to load_51;
    length 250.00;
    configuration lc304;
}

object overhead_line 
{
    name line51to151;
    phases ABCN;
    from load_51;
    to node_151;
    length 500.00;
    configuration lc304;
}

object overhead_line 
{
    name line52to53;
    phases ABCN;
    from load_52;
    to load_53;
    length 200.00;
    configuration lc301;
}

object overhead_line 
{
    name line53to54;
    phases ABCN;
    from load_53;
    to node_54;
    length 125.00;
    configuration lc301;
}

object overhead_line 
{
    name line54to55;
    phases ABCN;
    from node_54;
    to load_55;
    length 275.00;
    configuration lc301;
}

object overhead_line 
{
    name line54to57;
    phases ABCN;
    from node_54;
    to node_57;
    length 350.00;
    configuration lc303;
}

object overhead_line 
{
    name line55to56;
    phases ABCN;
    from load_55;
    to load_56;
    length 275.00;
    configuration lc301;
}

object overhead_line 
{
    name line57to58;
    phases BN;
    from node_57;
    to load_58;
    length 250.00;
    configuration lc310;
}

object overhead_line 
{
    name line57to60;
    phases ABCN;
    from node_57;
    to load_60;
    length 750.00;
    configuration lc303;
}

object overhead_line 
{
    name line58to59;
    phases BN;
    from load_58;
    to load_59;
    length 250.00;
    configuration lc310;
}

object overhead_line 
{
    name line60to61;
    phases ABCN;
    from load_60;
    to node_61;
    length 550.00;
    configuration lc305;
}

object underground_line 
{
    name line60to62;
    phases ABC;
    from load_60;
    to load_62;
    length 250.00;
    configuration lc312;
}

object underground_line 
{
    name line62to63;
    phases ABC;
    from load_62;
    to load_63;
    length 175.00;
    configuration lc312;
}

object underground_line 
{
    name line63to64;
    phases ABC;
    from load_63;
    to load_64;
    length 350.00;
    configuration lc312;
}

object underground_line 
{
    name line64to65;
    phases ABC;
    from load_64;
    to load_65;
    length 425.00;
    configuration lc312;
}

object underground_line 
{
    name line65to66;
    phases ABC;
    from load_65;
    to load_66;
    length 325.00;
    configuration lc312;
}

object overhead_line 
{
    name line67to68;
    phases AN;
    from node_67;
    to load_68;
    length 200.00;
    configuration lc309;
}

object overhead_line 
{
    name line67to72;
    phases ABCN;
    from node_67;
    to node_72;
    length 275.00;
    configuration lc303;
}

object overhead_line 
{
    name line67to97;
    phases ABCN;
    from node_67;
    to node_97;
    length 250.00;
    configuration lc303;
}

object overhead_line 
{
    name line68to69;
    phases AN;
    from load_68;
    to load_69;
    length 275.00;
    configuration lc309;
}

object overhead_line 
{
    name line69to70;
    phases AN;
    from load_69;
    to load_70;
    length 325.00;
    configuration lc309;
}

object overhead_line 
{
    name line70to71;
    phases AN;
    from load_70;
    to load_71;
    length 275.00;
    configuration lc309;
}

object overhead_line 
{
    name line72to73;
    phases CN;
    from node_72;
    to load_73;
    length 275.00;
    configuration lc311;
}

object overhead_line 
{
    name line72to76;
    phases ABCN;
    from node_72;
    to load_76;
    length 200.00;
    configuration lc303;
}

object overhead_line 
{
    name line73to74;
    phases CN;
    from load_73;
    to load_74;
    length 350.00;
    configuration lc311;
}

object overhead_line 
{
    name line74to75;
    phases CN;
    from load_74;
    to load_75;
    length 400.00;
    configuration lc311;
}

object overhead_line 
{
    name line76to77;
    phases ABCN;
    from load_76;
    to load_77;
    length 400.00;
    configuration lc306;
}

object overhead_line 
{
    name line76to86;
    phases ABCN;
    from load_76;
    to load_86;
    length 700.00;
    configuration lc303;
}

object overhead_line 
{
    name line77to78;
    phases ABCN;
    from load_77;
    to node_78;
    length 100.00;
    configuration lc306;
}

object overhead_line 
{
    name line78to79;
    phases ABCN;
    from node_78;
    to load_79;
    length 225.00;
    configuration lc306;
}

object overhead_line 
{
    name line78to80;
    phases ABCN;
    from node_78;
    to load_80;
    length 475.00;
    configuration lc306;
}

object overhead_line 
{
    name line80to81;
    phases ABCN;
    from load_80;
    to node_81;
    length 475.00;
    configuration lc306;
}

object overhead_line 
{
    name line81to82;
    phases ABCN;
    from node_81;
    to load_82;
    length 250.00;
    configuration lc306;
}

object overhead_line 
{
    name line81to84;
    phases CN;
    from node_81;
    to load_84;
    length 675.00;
    configuration lc311;
}

object overhead_line 
{
    name line82to83;
    phases ABCN;
    from load_82;
    to load_83;
    length 250.00;
    configuration lc306;
}

object overhead_line 
{
    name line84to85;
    phases CN;
    from load_84;
    to load_85;
    length 475.00;
    configuration lc311;
}

object overhead_line 
{
    name line86to87;
    phases ABCN;
    from load_86;
    to load_87;
    length 450.00;
    configuration lc306;
}

object overhead_line 
{
    name line87to88;
    phases AN;
    from load_87;
    to load_88;
    length 175.00;
    configuration lc309;
}

object overhead_line 
{
    name line87to89;
    phases ABCN;
    from load_87;
    to node_89;
    length 275.00;
    configuration lc306;
}

object overhead_line 
{
    name line89to90;
    phases BN;
    from node_89;
    to load_90;
    length 225.00;
    configuration lc310;
}

object overhead_line 
{
    name line89to91;
    phases ABCN;
    from node_89;
    to node_91;
    length 225.00;
    configuration lc306;
}

object overhead_line 
{
    name line91to92;
    phases CN;
    from node_91;
    to load_92;
    length 300.00;
    configuration lc311;
}

object overhead_line 
{
    name line91to93;
    phases ABCN;
    from node_91;
    to node_93;
    length 225.00;
    configuration lc306;
}

object overhead_line 
{
    name line93to94;
    phases ABCN;
    from node_93;
    to load_94;
    length 275.00;
    configuration lc306;
}

object overhead_line 
{
    name line93to95;
    phases ABCN;
    from node_93;
    to load_95;
    length 300.00;
    configuration lc306;
}

object overhead_line 
{
    name line95to96;
    phases BN;
    from load_95;
    to load_96;
    length 200.00;
    configuration lc310;
}

object overhead_line 
{
    name line97to98;
    phases ABCN;
    from node_97;
    to load_98;
    length 275.00;
    configuration lc303;
}

object overhead_line 
{
    name line98to99;
    phases ABCN;
    from load_98;
    to load_99;
    length 550.00;
    configuration lc303;
}

object overhead_line 
{
    name line99to100;
    phases ABCN;
    from load_99;
    to load_100;
    length 300.00;
    configuration lc303;
}

object overhead_line 
{
    name line100to450;
    phases ABCN;
    from load_100;
    to node_450;
    length 800.00;
    configuration lc303;
}

object overhead_line 
{
    name line101to102;
    phases CN;
    from node_101;
    to load_102;
    length 225.00;
    configuration lc311;
}

object overhead_line 
{
    name line101to105;
    phases ABCN;
    from node_101;
    to node_105;
    length 275.00;
    configuration lc303;
}

object overhead_line 
{
    name line102to103;
    phases CN;
    from load_102;
    to load_103;
    length 325.00;
    configuration lc311;
}

object overhead_line 
{
    name line103to104;
    phases CN;
    from load_103;
    to load_104;
    length 700.00;
    configuration lc311;
}

object overhead_line 
{
    name line105to106;
    phases BN;
    from node_105;
    to load_106;
    length 225.00;
    configuration lc310;
}

object overhead_line 
{
    name line105to108;
    phases ABCN;
    from node_105;
    to node_108;
    length 325.00;
    configuration lc303;
}

object overhead_line 
{
    name line106to107;
    phases BN;
    from load_106;
    to load_107;
    length 575.00;
    configuration lc310;
}

object overhead_line 
{
    name line108to109;
    phases AN;
    from node_108;
    to load_109;
    length 450.00;
    configuration lc309;
}

object overhead_line 
{
    name line108to300;
    phases ABCN;
    from node_108;
    to node_300;
    length 1000.00;
    configuration lc303;
}

object overhead_line 
{
    name line109to110;
    phases AN;
    from load_109;
    to node_110;
    length 300.00;
    configuration lc309;
}

object overhead_line 
{
    name line110to111;
    phases AN;
    from node_110;
    to load_111;
    length 575.00;
    configuration lc309;
}

object overhead_line 
{
    name line110to112;
    phases AN;
    from node_110;
    to load_112;
    length 125.00;
    configuration lc309;
}

object overhead_line 
{
    name line112to113;
    phases AN;
    from load_112;
    to load_113;
    length 525.00;
    configuration lc309;
}

object overhead_line 
{
    name line113to114;
    phases AN;
    from load_113;
    to load_114;
    length 325.00;
    configuration lc309;
}

object overhead_line 
{
    name line135to35;
    phases ABCN;
    from node_135;
    to load_35;
    length 375.00;
    configuration lc304;
}

object overhead_line 
{
    name line149to1;
    phases ABCN;
    from node_149;
    to load_1;
    length 400.00;
    configuration lc301;
}

object overhead_line 
{
    name line152to52;
    phases ABCN;
    from node_152;
    to load_52;
    length 400.00;
    configuration lc301;
}

object overhead_line 
{
    name line16001to67;
    phases ABCN;
    from node_16001;
    to node_67;
    length 350.00;
    configuration lc306;
}

object overhead_line 
{
    name line197to101;
    phases ABCN;
    from node_197;
    to node_101;
    length 250.00;
    configuration lc303;
}

//Lines with distributed loads

//Transformers

object transformer 
{
    name trans6101to610;
    phases ABCN;
    from node_6101;
    to node_610;
    configuration tc500;
}

//Regulators

object regulator 
{
    name reg150to15001;
    phases ABCN;
    from node_150;
    to node_15001;
    configuration rc501;
}

object regulator 
{
    name reg9to901;
    phases AN;
    from load_9;
    to node_901;
    configuration rc502;
}

object regulator 
{
    name reg25to2501;
    phases ACN;
    from node_25;
    to node_2501;
    configuration rc503;
}

object regulator 
{
    name reg160to16001;
    phases ABCN;
    from node_160;
    to node_16001;
    configuration rc504;
}

//Switches

object switch 
{
    name sw13to152;
    phases ABCN;
    from node_13;
    to node_152;
    status CLOSED;
}

object switch 
{
    name sw18to135;
    phases ABCN;
    from node_18;
    to node_135;
    status CLOSED;
}

object switch 
{
    name sw54to94;
    phases ABCN;
    from node_54;
    to load_94;
    status OPEN;
}

object switch 
{
    name sw60to160;
    phases ABCN;
    from load_60;
    to node_160;
    status CLOSED;
}

object switch 
{
    name sw61to6101;
    phases ABCN;
    from node_61;
    to node_6101;
    status CLOSED;
}

object switch 
{
    name sw97to197;
    phases ABCN;
    from node_97;
    to node_197;
    status CLOSED;
}

object switch 
{
    name sw151to300;
    phases ABCN;
    from node_151;
    to node_300;
    status OPEN;
}
object switch 
{
    name sw15001to149;
    phases ABCN;
    from node_15001;
    to node_149;
    status CLOSED;
}

//Capacitors

object capacitor 
{
    name cap_83;
    parent load_83;
    phases ABC;
    phases_connected ABC;
    nominal_voltage 2401.7771;
    control MANUAL;
    capacitor_A 200000.0000;
    capacitor_B 200000.0000;
    capacitor_C 200000.0000;
    switchA OPEN;
    switchB OPEN;
    switchC OPEN;
};

object capacitor 
{
    name cap_88;
    parent load_88;
    phases A;
    phases_connected A;
    nominal_voltage 2401.7771;
    control MANUAL;
    capacitor_A 50000.0000;
    switchA OPEN;
};

object capacitor 
{
    name cap_90;
    parent load_90;
    phases B;
    phases_connected B;
    nominal_voltage 2401.7771;
    control MANUAL;
    capacitor_B 50000.0000;
    switchB OPEN;
};

object capacitor 
{
    name cap_92;
    parent load_92;
    phases C;
    phases_connected C;
    nominal_voltage 2401.7771;
    control MANUAL;
    capacitor_C 50000.0000;
    switchC OPEN;
};

// IEEE 123 realtime demo feeder topology
// Copyright (C) 2016, Stanford University
// by dchassin@slac.stanford.edu
//

// lateral feeds
object node 
{
    name node_251;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
    bustype SWING;
    voltage_A 2401.777120+0.000000j;
    voltage_B -1200.888560-2080.000000j;
    voltage_C -1200.888560+2080.000000j;
}

object node 
{
    name node_350;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
    bustype SWING;
    voltage_A 2401.777120+0.000000j;
    voltage_B -1200.888560-2080.000000j;
    voltage_C -1200.888560+2080.000000j;
}


object node 
{
    name node_451;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
    bustype SWING;
    voltage_A 2401.777120+0.000000j;
    voltage_B -1200.888560-2080.000000j;
    voltage_C -1200.888560+2080.000000j;
}

object node 
{
    name node_195;
    groupid nodevolts;
    phases ABCN;
    nominal_voltage 2401.7771;
    bustype SWING;
    voltage_A 2401.777120+0.000000j;
    voltage_B -1200.888560-2080.000000j;
    voltage_C -1200.888560+2080.000000j;
}

// switch to laterals
object switch 
{
    name sw250to251;
    phases ABCN;
    from node_250;
    to node_251;
    status OPEN;
}

object switch 
{
    name sw300to350;
    phases ABCN;
    from node_300;
    to node_350;
    status OPEN;
}

object switch 
{
    name sw450to451;
    phases ABCN;
    from node_450;
    to node_451;
    status OPEN;
}

object switch 
{
    name sw95to195;
    phases ABCN;
    from load_95;
    to node_195;
    status OPEN;
}

//Conductors

object overhead_line_conductor 
{
    name olc301c;    //336,400 26/7 ACSR
    geometric_mean_radius 0.0244;
    resistance 0.306;
    diameter 0.721;
}

object overhead_line_conductor 
{
    name olc301n;    //4/0 6/1 ACSR
    geometric_mean_radius 0.00814;
    resistance 0.592;
    diameter 0.563;
}

object overhead_line_conductor 
{
    name olc309;    //1/0 ACSR
    geometric_mean_radius 0.004460;
    resistance 1.120000;
    diameter 0.398;
}

object underground_line_conductor 
{
    name ulc312;    //1/0 AA, CN
    outer_diameter 1.06;
    conductor_gmr 0.0111;
    conductor_diameter 0.368;
    conductor_resistance 0.97;
    neutral_gmr 0.00208;
    neutral_resistance 14.8722;
    neutral_diameter 0.0640837;
    neutral_strands 16.0;
}

//Line spacings
//ABCN
object line_spacing 
{
    name ls500301;
    distance_AB 2.5;
    distance_AC 7.0;
    distance_BC 4.5;
    distance_CN 5.0;
    distance_AN 5.65685424949;
    distance_BN 4.27200187266;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//CABN
object line_spacing 
{
    name ls500302;
    distance_AB 4.5;
    distance_AC 2.5;
    distance_BC 7.0;
    distance_AN 4.27200187266;
    distance_CN 5.65685424949;
    distance_BN 5.0;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//BCAN
object line_spacing 
{
    name ls500303;
    distance_AB 7.0;
    distance_AC 4.5;
    distance_BC 2.5;
    distance_AN 5.0;
    distance_BN 5.65685424949;
    distance_CN 4.27200187266;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//CBAN
object line_spacing 
{
    name ls500304;
    distance_AB 4.5;
    distance_AC 7.0;
    distance_BC 2.5;
    distance_AN 5.0;
    distance_BN 4.27200187266;
    distance_CN 5.65685424949;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//BACN
object line_spacing 
{
    name ls500305;
    distance_AB 2.5;
    distance_AC 4.5;
    distance_BC 7.0;
    distance_CN 5.0;
    distance_AN 4.27200187266;
    distance_BN 5.65685424949;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//ACBN
object line_spacing 
{
    name ls500306;
    distance_AB 2.5;
    distance_AC 7.0;
    distance_BC 4.5;
    distance_CN 5.0;
    distance_BN 4.27200187266;
    distance_AN 5.65685424949;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//ACN
object line_spacing 
{
    name ls505307;
    distance_AC 7.0;
    distance_AN 5.65685424949;
    distance_CN 5.0;
    distance_AE 28.0;
    distance_CE 28.0;
    distance_NE 24.0;
}

//ABN
object line_spacing 
{
    name ls505308;
    distance_AB 7.0;
    distance_AN 5.65685424949;
    distance_BN 5.0;
    distance_AE 28.0;
    distance_BE 28.0;
    distance_NE 24.0;
}

//AN
object line_spacing 
{
    name ls510309;
    distance_AN 5.024937811;
    distance_AE 28.0;
    distance_NE 24.0;
}

//BN
object line_spacing 
{
    name ls510310;
    distance_BN 5.024937811;
    distance_BE 28.0;
    distance_NE 24.0;
}

//CN
object line_spacing 
{
    name ls510311;
    distance_CN 5.024937811;
    distance_CE 28.0;
    distance_NE 24.0;
}

//UGL - ABC
object line_spacing 
{
    name ls515312;
    distance_AB 0.5;
    distance_AC 1.0;
    distance_BC 0.5;
}

//Line configurations
//ABCN
object line_configuration 
{
    name lc301;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls500301;
}

//CABN
object line_configuration 
{
    name lc302;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls500302;
}

//BCAN
object line_configuration 
{
    name lc303;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls500303;
}

//CBAN
object line_configuration 
{
    name lc304;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls500304;
}

//BACN
object line_configuration 
{
    name lc305;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls500305;
}

//ACBN
object line_configuration 
{
    name lc306;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls500306;
}

//ACN
object line_configuration 
{
    name lc307;
    conductor_A olc301c;
    conductor_C olc301c;
    conductor_N olc301n;
    spacing ls505307;
}

//ABN
object line_configuration 
{
    name lc308;
    conductor_A olc301c;
    conductor_B olc301c;
    conductor_N olc301n;
    spacing ls505308;
}

//AN
object line_configuration 
{
    name lc309;
    conductor_A olc309;
    conductor_N olc309;
    spacing ls510309;
}

//BN
object line_configuration 
{
    name lc310;
    conductor_B olc309;
    conductor_N olc309;
    spacing ls510310;
}

//CN
object line_configuration 
{
    name lc311;
    conductor_C olc309;
    conductor_N olc309;
    spacing ls510311;
}

//ABC
object line_configuration 
{
    name lc312;
    conductor_A ulc312;
    conductor_B ulc312;
    conductor_C ulc312;
    spacing ls515312;
}

//Transformer configurations
object transformer_configuration 
{
    name tc500;
    connect_type DELTA_DELTA;
    install_type PADMOUNT;
    power_rating 150.0 kVA;
    primary_voltage 4160.0;
    secondary_voltage 480.0;
    resistance 0.0127;
    reactance 0.0272;
}

object transformer_configuration 
{
    name tc9999;
    connect_type DELTA_GWYE;
    install_type PADMOUNT;
    power_rating 5.0 MVA;
    primary_voltage 115.0;
    secondary_voltage 4160.0;
    resistance 0.01;
    reactance 0.08;
}

// Regulator configs
object regulator_configuration 
{
    name rc501;
    connect_type WYE_WYE;
    band_center 2400.000;
    band_width 40.0;
    time_delay 30.0;
    raise_taps 16;
    lower_taps 16;
    current_transducer_ratio 700;
    power_transducer_ratio 20;
    compensator_r_setting_A 3.0;
    compensator_x_setting_A 7.5;
    CT_phase "A";
    PT_phase "A";
    regulation 0.10;
    Control OUTPUT_VOLTAGE;
    Type A;
    tap_pos_A 0;
    tap_pos_B 0;
    tap_pos_C 0;
}

object regulator_configuration 
{
    name rc502;
    connect_type WYE_WYE;
    band_center 2400.000;
    band_width 40.0;
    time_delay 30.0;
    raise_taps 16;
    lower_taps 16;
    current_transducer_ratio 50;
    power_transducer_ratio 20;
    compensator_r_setting_A 0.4;
    compensator_x_setting_A 0.4;
    CT_phase "A";
    PT_phase "A";
    regulation 0.10;
    Control MANUAL;
    Type A;
    tap_pos_A -1;
    tap_pos_B 0;
    tap_pos_C 0;
}

object regulator_configuration 
{
    name rc503;
    connect_type WYE_WYE;
    band_center 2400.000;
    band_width 20.0;
    time_delay 30.0;
    raise_taps 16;
    lower_taps 16;
    current_transducer_ratio 50;
    power_transducer_ratio 20;
    compensator_r_setting_A 0.4;
    compensator_r_setting_C 0.4;
    compensator_x_setting_A 0.4;
    compensator_x_setting_C 0.4;
    CT_phase "AC";
    PT_phase "AC";
    regulation 0.10;
    Control MANUAL;
    Type A;
    tap_pos_A 0;
    tap_pos_B 0;
    tap_pos_C -1;
}

object regulator_configuration 
{
    name rc504;
    connect_type WYE_WYE;
    band_center 2400.000;
    band_width 40.0;
    time_delay 30.0;
    raise_taps 16;
    lower_taps 16;
    current_transducer_ratio 300;
    power_transducer_ratio 20;
    compensator_r_setting_A 0.6;
    compensator_r_setting_B 1.4;
    compensator_r_setting_C 0.2;
    compensator_x_setting_A 1.3;
    compensator_x_setting_B 2.6;
    compensator_x_setting_C 1.4;
    CT_phase "ABC";
    PT_phase "ABC";
    regulation 0.10;
    Control MANUAL;
    Type A;
    tap_pos_A 8;
    tap_pos_B 1;
    tap_pos_C 5;
}