R1-12.47-3.glm

// $Id: R1-12.47-3.glm 
// 12.47 kV feeder 
//********************************************* 
clock { 
	timezone EST+5EDT;
     timestamp '2000-01-01 0:00:00'; 
     stoptime '2000-01-01 1:00:00'; 
} 

#set profiler=1 
//********************************************* 
// modules 
module tape; 
module powerflow{ 
     solver_method NR; 
      default_maximum_voltage_error 1e-6;
}; 

//********************************************* 
object regulator:222 { 
     name R1-12-47-3_reg_1; 
     from R1-12-47-3_node_53; 
     to R1-12-47-3_meter_22; 
     phases ABCN; 
     configuration feeder_reg_cfg; 
}  

object regulator_configuration:223 { 
     name feeder_reg_cfg; 
     Control OUTPUT_VOLTAGE; 
     band_center 7500.0; 
     band_width 120; 
     connect_type WYE_WYE; 
     time_delay 30; 
     raise_taps 16; 
     lower_taps 16; 
     regulation 0.10; 
     tap_pos_A 0; 
     tap_pos_B 0; 
     tap_pos_C 0; 
} 

object fuse:208 { 
     name R1-12-47-3_fuse_1; 
     phases AN; 
     from R1-12-47-3_node_19; 
     to R1-12-47-3_node_20; 
     mean_replacement_time 1000; 
     current_limit 50000;// 10000; 
     status CLOSED; 
} 

object fuse:209 { 
     name R1-12-47-3_fuse_2; 
     phases BCN; 
     from R1-12-47-3_node_21; 
     to R1-12-47-3_node_23; 
     mean_replacement_time 1000; 
     current_limit 50000;// 100000; 
     status CLOSED; 
} 

object fuse:210 { 
     name R1-12-47-3_fuse_3; 
     phases AN; 
     from R1-12-47-3_node_27; 
     to R1-12-47-3_node_28; 
     mean_replacement_time 1000; 
     current_limit 50000;// 400000; 
     status CLOSED; 
} 

object fuse:211 { 
     name R1-12-47-3_fuse_4; 
     phases AN; 
     from R1-12-47-3_node_32; 
     to R1-12-47-3_node_33; 
     mean_replacement_time 1000; 
     current_limit 50000;// 100000; 
     status CLOSED; 
} 

object fuse:212 { 
     name R1-12-47-3_fuse_5; 
     phases ABCN; 
     from R1-12-47-3_node_32; 
     to R1-12-47-3_node_35; 
     mean_replacement_time 1000; 
     current_limit 50000;// 80000; 
     status CLOSED; 
} 

object fuse:213 { 
     name R1-12-47-3_fuse_6; 
     phases BN; 
     from R1-12-47-3_node_36; 
     to R1-12-47-3_node_37; 
     mean_replacement_time 1000; 
     current_limit 50000;// 400000; 
     status CLOSED; 
} 

object fuse:214 { 
     name R1-12-47-3_fuse_7; 
     phases BN; 
     from R1-12-47-3_node_36; 
     to R1-12-47-3_node_40; 
     mean_replacement_time 1000; 
     current_limit 50000;// 400000; 
     status CLOSED; 
} 

object line_configuration:17 { 
     conductor_A underground_line_conductor:2; 
     conductor_B underground_line_conductor:2; 
     conductor_C underground_line_conductor:2; 
     conductor_N underground_line_conductor:2; 
     spacing line_spacing:9; 
} 

object line_configuration:18 { 
     conductor_A overhead_line_conductor:3; 
     conductor_B overhead_line_conductor:3; 
     conductor_C overhead_line_conductor:3; 
     conductor_N overhead_line_conductor:3; 
     spacing line_spacing:10; 
} 

object line_configuration:19 { 
     conductor_A overhead_line_conductor:4; 
     conductor_C overhead_line_conductor:4; 
     conductor_N overhead_line_conductor:4; 
     spacing line_spacing:11; 
} 

object line_configuration:20 { 
     conductor_C overhead_line_conductor:5; 
     conductor_N overhead_line_conductor:5; 
     spacing line_spacing:12; 
} 

object line_configuration:21 { 
     conductor_A overhead_line_conductor:4; 
     conductor_B overhead_line_conductor:4; 
     conductor_C overhead_line_conductor:4; 
     conductor_N overhead_line_conductor:4; 
     spacing line_spacing:10; 
} 

object line_configuration:22 { 
     conductor_A overhead_line_conductor:5; 
     conductor_C overhead_line_conductor:5; 
     conductor_N overhead_line_conductor:5; 
     spacing line_spacing:11; 
} 

object line_configuration:23 { 
     conductor_C overhead_line_conductor:4; 
     conductor_N overhead_line_conductor:4; 
     spacing line_spacing:12; 
} 

object line_configuration:24 { 
     conductor_A overhead_line_conductor:6; 
     conductor_B overhead_line_conductor:6; 
     conductor_C overhead_line_conductor:6; 
     conductor_N overhead_line_conductor:6; 
     spacing line_spacing:10; 
} 

object line_configuration:25 { 
     conductor_A overhead_line_conductor:6; 
     conductor_N overhead_line_conductor:6; 
     spacing line_spacing:13; 
} 

object line_configuration:26 { 
     conductor_A overhead_line_conductor:7; 
     conductor_B overhead_line_conductor:7; 
     conductor_C overhead_line_conductor:7; 
     conductor_N overhead_line_conductor:7; 
     spacing line_spacing:10; 
} 

object line_configuration:27 { 
     conductor_A overhead_line_conductor:5; 
     conductor_B overhead_line_conductor:5; 
     conductor_C overhead_line_conductor:5; 
     conductor_N overhead_line_conductor:5; 
     spacing line_spacing:10; 
} 

object line_configuration:28 { 
     conductor_B underground_line_conductor:8; 
     conductor_C underground_line_conductor:8; 
     conductor_N underground_line_conductor:8; 
     spacing line_spacing:14; 
} 

object line_configuration:29 { 
     conductor_B underground_line_conductor:8; 
     conductor_N underground_line_conductor:8; 
     spacing line_spacing:15; 
} 

object line_configuration:30 { 
     conductor_B overhead_line_conductor:5; 
     conductor_C overhead_line_conductor:5; 
     conductor_N overhead_line_conductor:5; 
     spacing line_spacing:16; 
} 

object line_configuration:31 { 
     conductor_A overhead_line_conductor:4; 
     conductor_N overhead_line_conductor:4; 
     spacing line_spacing:13; 
} 

object line_configuration:32 { 
     conductor_A overhead_line_conductor:5; 
     conductor_N overhead_line_conductor:5; 
     spacing line_spacing:13; 
} 

object line_configuration:33 { 
     conductor_A underground_line_conductor:8; 
     conductor_B underground_line_conductor:8; 
     conductor_C underground_line_conductor:8; 
     conductor_N underground_line_conductor:8; 
     spacing line_spacing:9; 
} 

object line_spacing:9 { 
     distance_AB 0.0 in; 
     distance_BC 0.0 in; 
     distance_AC 0.0 in; 
     distance_AN 0.0 in; 
     distance_BN 0.0 in; 
     distance_CN 0.0 in; 
} 

object line_spacing:10 { 
     distance_AB 57.6 in; 
     distance_BC 57.6 in; 
     distance_AC 57.6 in; 
     distance_AN 84.0 in; 
     distance_BN 84.0 in; 
     distance_CN 84.0 in; 
} 

object line_spacing:11 { 
     distance_AC 57.6 in; 
     distance_AN 84.0 in; 
     distance_CN 84.0 in; 
} 

object line_spacing:12 { 
     distance_CN 84.0 in; 
} 

object line_spacing:13 { 
     distance_AN 84.0 in; 
} 

object line_spacing:14 { 
     distance_BC 0.0 in; 
     distance_BN 0.0 in; 
     distance_CN 0.0 in; 
} 

object line_spacing:15 { 
     distance_BN 0.0 in; 
} 

object line_spacing:16 { 
     distance_BC 57.6 in; 
     distance_BN 84.0 in; 
     distance_CN 84.0 in; 
} 

object load:86 { 
     name R1-12-47-3_load_1; 
     parent R1-12-47-3_meter_1; 
     phases CN; 
     voltage_C -3600+6235j; 
     constant_power_C 54848.3315+1161.1672j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:87 { 
     name R1-12-47-3_load_2; 
     parent R1-12-47-3_meter_2; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 18397.9491+344.1439j; 
     constant_power_B 5945.0578+187.089j; 
     constant_power_C 16454.4994+348.3502j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:88 { 
     name R1-12-47-3_load_3; 
     parent R1-12-47-3_meter_3; 
     phases ACN; 
     voltage_A 7200+0.0j; 
     voltage_C -3600+6235j; 
     constant_power_A 0+0j; 
     constant_power_C 27424.1657+580.5836j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:89 { 
     name R1-12-47-3_load_4; 
     parent R1-12-47-3_meter_4; 
     phases CN; 
     voltage_C -3600+6235j; 
     constant_power_C 54848.3315+1161.1672j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:90 { 
     name R1-12-47-3_load_5; 
     parent R1-12-47-3_meter_5; 
     phases CN; 
     voltage_C -3600+6235j; 
     constant_power_C 54848.3315+1161.1672j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:91 { 
     name R1-12-47-3_load_6; 
     parent R1-12-47-3_meter_6; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 0+0j; 
     constant_power_B 0+0j; 
     constant_power_C 82272.4972+1741.7508j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:92 { 
     name R1-12-47-3_load_7; 
     parent R1-12-47-3_meter_7; 
     phases AN; 
     voltage_A 7200+0.0j; 
     constant_power_A 42928.5478+803.0025j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:93 { 
     name R1-12-47-3_load_8; 
     parent R1-12-47-3_meter_8; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 30663.2485+573.5732j; 
     constant_power_B 9908.4297+311.8149j; 
     constant_power_C 27424.1657+580.5836j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:94 { 
     name R1-12-47-3_load_9; 
     parent R1-12-47-3_meter_9; 
     phases BN; 
     voltage_B -3600-6235j; 
     constant_power_B 29725.289+935.4448j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:95 { 
     name R1-12-47-3_load_10; 
     parent R1-12-47-3_meter_10; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 0+0j; 
     constant_power_B 9908.4297+311.8149j; 
     constant_power_C 54848.3315+1161.1672j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:96 { 
     name R1-12-47-3_load_11; 
     parent R1-12-47-3_meter_11; 
     phases AN; 
     voltage_A 7200+0.0j; 
     constant_power_A 110387.6944+2064.8636j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:97 { 
     name R1-12-47-3_load_12; 
     parent R1-12-47-3_meter_12; 
     phases AN; 
     voltage_A 7200+0.0j; 
     constant_power_A 30663.2485+573.5732j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:98 { 
     name R1-12-47-3_load_13; 
     parent R1-12-47-3_meter_13; 
     phases AN; 
     voltage_A 7200+0.0j; 
     constant_power_A 30663.2485+573.5732j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:99 { 
     name R1-12-47-3_load_14; 
     parent R1-12-47-3_meter_14; 
     phases AN; 
     voltage_A 7200+0.0j; 
     constant_power_A 30663.2485+573.5732j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:100 { 
     name R1-12-47-3_load_15; 
     parent R1-12-47-3_meter_15; 
     phases BN; 
     voltage_B -3600-6235j; 
     constant_power_B 19800+600j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:101 { 
     name R1-12-47-3_load_16; 
     parent R1-12-47-3_meter_16; 
     phases BN; 
     voltage_B -3600-6235j; 
     constant_power_B 66200+2100j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:102 { 
     name R1-12-47-3_load_17; 
     parent R1-12-47-3_meter_17; 
     phases BN; 
     voltage_B -3600-6235j; 
     constant_power_B 19800+600j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:103 { 
     name R1-12-47-3_load_18; 
     parent R1-12-47-3_meter_18; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 61326.4969+1147.1465j; 
     constant_power_B 19816.8593+623.6299j; 
     constant_power_C 54848.3315+1161.1672j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:104 { 
     name R1-12-47-3_load_19; 
     parent R1-12-47-3_meter_19; 
     phases AN; 
     voltage_A 7200+0.0j; 
     constant_power_A 30663.2485+573.5732j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:105 { 
     name R1-12-47-3_load_20; 
     parent R1-12-47-3_meter_20; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 45994.8727+860.3598j; 
     constant_power_B 14862.6445+467.7224j; 
     constant_power_C 41136.2486+870.8754j; 
     nominal_voltage 480; 
     load_class C; 
} 

object load:106 { 
     name R1-12-47-3_load_21; 
     parent R1-12-47-3_meter_21; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     constant_power_A 30663.2485+573.5732j; 
     constant_power_B 9908.4297+311.8149j; 
     constant_power_C 27424.1657+580.5836j; 
     nominal_voltage 480; 
     load_class C; 
} 

object meter:110 { 
     name R1-12-47-3_meter_1; 
     phases CN; 
     nominal_voltage 480; 
} 

object meter:111 { 
     name R1-12-47-3_meter_2; 
     phases ABCN; 
     nominal_voltage 480; 
} 

object meter:112 { 
     name R1-12-47-3_meter_3; 
     phases ACN; 
     nominal_voltage 480; 
} 

object meter:113 { 
     name R1-12-47-3_meter_4; 
     phases CN; 
     nominal_voltage 480; 
} 

object meter:114 { 
     name R1-12-47-3_meter_5; 
     phases CN; 
     nominal_voltage 480; 
} 

object meter:115 { 
     name R1-12-47-3_meter_6; 
     phases ABCN; 
     nominal_voltage 480; 
} 

object meter:116 { 
     name R1-12-47-3_meter_7; 
     phases AN; 
     nominal_voltage 480; 
} 

object meter:117 { 
     name R1-12-47-3_meter_8; 
     phases ABCN; 
     nominal_voltage 480; 
} 

object meter:118 { 
     name R1-12-47-3_meter_9; 
     phases BN; 
     nominal_voltage 480; 
} 

object meter:119 { 
     name R1-12-47-3_meter_10; 
     phases ABCN; 
     nominal_voltage 480; 
} 

object meter:120 { 
     name R1-12-47-3_meter_11; 
     phases AN; 
     nominal_voltage 480; 
} 

object meter:121 { 
     name R1-12-47-3_meter_12; 
     phases AN; 
     nominal_voltage 480; 
} 

object meter:122 { 
     name R1-12-47-3_meter_13; 
     phases AN; 
     nominal_voltage 480; 
} 

object meter:123 { 
     name R1-12-47-3_meter_14; 
     phases AN; 
     nominal_voltage 480; 
} 

object meter:124 { 
     name R1-12-47-3_meter_15; 
     phases BN; 
     nominal_voltage 480; 
} 

object meter:125 { 
     name R1-12-47-3_meter_16; 
     phases BN; 
     nominal_voltage 480; 
} 

object meter:126 { 
     name R1-12-47-3_meter_17; 
     phases BN; 
     nominal_voltage 480; 
} 

object meter:127 { 
     name R1-12-47-3_meter_18; 
     phases ABCN; 
     nominal_voltage 480; 
} 

object meter:128 { 
     name R1-12-47-3_meter_19; 
     phases AN; 
     nominal_voltage 480; 
} 

object meter:129 { 
     name R1-12-47-3_meter_20; 
     phases ABCN; 
     nominal_voltage 480; 
} 

object meter:130 { 
     name R1-12-47-3_meter_21; 
     phases ABCN; 
     nominal_voltage 480; 
} 

// Meter at feeder 
object meter:221 { 
     name R1-12-47-3_meter_22; 
     phases ABCN; 
     nominal_voltage 7200; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
} 

object node:34 { 
     name R1-12-47-3_node_1; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:35 { 
     name R1-12-47-3_node_2; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:36 { 
     name R1-12-47-3_node_3; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:37 { 
     name R1-12-47-3_node_4; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:38 { 
     name R1-12-47-3_node_5; 
     phases ACN; 
     voltage_A 7200+0.0j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:39 { 
     name R1-12-47-3_node_6; 
     phases CN; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:40 { 
     name R1-12-47-3_node_7; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:41 { 
     name R1-12-47-3_node_8; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:42 { 
     name R1-12-47-3_node_9; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:43 { 
     name R1-12-47-3_node_10; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:44 { 
     name R1-12-47-3_node_11; 
     phases ACN; 
     voltage_A 7200+0.0j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:45 { 
     name R1-12-47-3_node_12; 
     phases CN; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:46 { 
     name R1-12-47-3_node_13; 
     phases ACN; 
     voltage_A 7200+0.0j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:47 { 
     name R1-12-47-3_node_14; 
     phases CN; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:48 { 
     name R1-12-47-3_node_15; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:49 { 
     name R1-12-47-3_node_16; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:50 { 
     name R1-12-47-3_node_17; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:51 { 
     name R1-12-47-3_node_18; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:52 { 
     name R1-12-47-3_node_19; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:53 { 
     name R1-12-47-3_node_20; 
     phases AN; 
     voltage_A 7200+0.0j; 
     nominal_voltage 7200; 
} 

object node:54 { 
     name R1-12-47-3_node_21; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:55 { 
     name R1-12-47-3_node_22; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:56 { 
     name R1-12-47-3_node_23; 
     phases BCN; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:57 { 
     name R1-12-47-3_node_24; 
     phases BN; 
     voltage_B -3600-6235j; 
     nominal_voltage 7200; 
} 

object node:58 { 
     name R1-12-47-3_node_25; 
     phases BCN; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:59 { 
     name R1-12-47-3_node_26; 
     phases BCN; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:60 { 
     name R1-12-47-3_node_27; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:61 { 
     name R1-12-47-3_node_28; 
     phases AN; 
     voltage_A 7200+0.0j; 
     nominal_voltage 7200; 
} 

object node:62 { 
     name R1-12-47-3_node_29; 
     phases AN; 
     voltage_A 7200+0.0j; 
     nominal_voltage 7200; 
} 

object node:63 { 
     name R1-12-47-3_node_30; 
     phases AN; 
     voltage_A 7200+0.0j; 
     nominal_voltage 7200; 
} 

object node:64 { 
     name R1-12-47-3_node_31; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:65 { 
     name R1-12-47-3_node_32; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:66 { 
     name R1-12-47-3_node_33; 
     phases AN; 
     voltage_A 7200+0.0j; 
     nominal_voltage 7200; 
} 

object node:67 { 
     name R1-12-47-3_node_34; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:68 { 
     name R1-12-47-3_node_35; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:69 { 
     name R1-12-47-3_node_36; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:70 { 
     name R1-12-47-3_node_37; 
     phases BN; 
     voltage_B -3600-6235j; 
     nominal_voltage 7200; 
} 

object node:71 { 
     name R1-12-47-3_node_38; 
     phases BN; 
     voltage_B -3600-6235j; 
     nominal_voltage 7200; 
} 

object node:72 { 
     name R1-12-47-3_node_39; 
     phases BN; 
     voltage_B -3600-6235j; 
     nominal_voltage 7200; 
} 

object node:73 { 
     name R1-12-47-3_node_40; 
     phases BN; 
     voltage_B -3600-6235j; 
     nominal_voltage 7200; 
} 

object node:74 { 
     name R1-12-47-3_node_41; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:75 { 
     name R1-12-47-3_node_42; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:76 { 
     name R1-12-47-3_node_43; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:77 { 
     name R1-12-47-3_node_44; 
     phases AN; 
     voltage_A 7200+0.0j; 
     nominal_voltage 7200; 
} 

object node:78 { 
     name R1-12-47-3_node_45; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:79 { 
     name R1-12-47-3_node_46; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:80 { 
     name R1-12-47-3_node_47; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:81 { 
     name R1-12-47-3_node_48; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:82 { 
     name R1-12-47-3_node_49; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:83 { 
     name R1-12-47-3_node_50; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:84 { 
     name R1-12-47-3_node_51; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:85 { 
     name R1-12-47-3_node_52; 
     parent R1-12-47-3_meter_22; 
     phases ABCN; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
     nominal_voltage 7200; 
} 

object node:224 { 
     name R1-12-47-3_node_53; 
     bustype SWING; 
     phases ABCN; 
     nominal_voltage 7200; 
     voltage_A 7200+0.0j; 
     voltage_B -3600-6235j; 
     voltage_C -3600+6235j; 
} 

object overhead_line:171 { 
     name R1-12-47-3_ol_1; 
     phases ABCN; 
     from R1-12-47-3_node_3; 
     to R1-12-47-3_node_4; 
     length 387.401; 
     configuration line_configuration:18; 
} 

object overhead_line:172 { 
     name R1-12-47-3_ol_2; 
     phases ACN; 
     from R1-12-47-3_node_4; 
     to R1-12-47-3_node_5; 
     length 68.936; 
     configuration line_configuration:19; 
} 

object overhead_line:173 { 
     name R1-12-47-3_ol_3; 
     phases CN; 
     from R1-12-47-3_node_4; 
     to R1-12-47-3_node_6; 
     length 157.766; 
     configuration line_configuration:20; 
} 

object overhead_line:174 { 
     name R1-12-47-3_ol_4; 
     phases ABCN; 
     from R1-12-47-3_node_4; 
     to R1-12-47-3_node_7; 
     length 139.494; 
     configuration line_configuration:18; 
} 

object overhead_line:175 { 
     name R1-12-47-3_ol_5; 
     phases ABCN; 
     from R1-12-47-3_node_7; 
     to R1-12-47-3_node_8; 
     length 1260.546; 
     configuration line_configuration:18; 
} 

object overhead_line:176 { 
     name R1-12-47-3_ol_6; 
     phases ABCN; 
     from R1-12-47-3_node_8; 
     to R1-12-47-3_node_9; 
     length 633.806; 
     configuration line_configuration:18; 
} 

object overhead_line:177 { 
     name R1-12-47-3_ol_7; 
     phases ABCN; 
     from R1-12-47-3_node_9; 
     to R1-12-47-3_node_10; 
     length 237.576; 
     configuration line_configuration:21; 
} 

object overhead_line:178 { 
     name R1-12-47-3_ol_8; 
     phases ACN; 
     from R1-12-47-3_node_8; 
     to R1-12-47-3_node_11; 
     length 749.489; 
     configuration line_configuration:22; 
} 

object overhead_line:179 { 
     name R1-12-47-3_ol_9; 
     phases CN; 
     from R1-12-47-3_node_11; 
     to R1-12-47-3_node_12; 
     length 122.880; 
     configuration line_configuration:23; 
} 

object overhead_line:180 { 
     name R1-12-47-3_ol_10; 
     phases ACN; 
     from R1-12-47-3_node_11; 
     to R1-12-47-3_node_13; 
     length 245.725; 
     configuration line_configuration:19; 
} 

object overhead_line:181 { 
     name R1-12-47-3_ol_11; 
     phases CN; 
     from R1-12-47-3_node_13; 
     to R1-12-47-3_node_14; 
     length 275.331; 
     configuration line_configuration:23; 
} 

object overhead_line:182 { 
     name R1-12-47-3_ol_12; 
     phases ABCN; 
     from R1-12-47-3_node_8; 
     to R1-12-47-3_node_15; 
     length 275.240; 
     configuration line_configuration:18; 
} 

object overhead_line:183 { 
     name R1-12-47-3_ol_13; 
     phases ABCN; 
     from R1-12-47-3_node_15; 
     to R1-12-47-3_node_16; 
     length 63.897; 
     configuration line_configuration:18; 
} 

object overhead_line:184 { 
     name R1-12-47-3_ol_14; 
     phases ABCN; 
     from R1-12-47-3_node_17; 
     to R1-12-47-3_node_18; 
     length 1499.769; 
     configuration line_configuration:24; 
} 

object overhead_line:185 { 
     name R1-12-47-3_ol_15; 
     phases ABCN; 
     from R1-12-47-3_node_18; 
     to R1-12-47-3_node_19; 
     length 485.017; 
     configuration line_configuration:24; 
} 

object overhead_line:186 { 
     name R1-12-47-3_ol_16; 
     phases ABCN; 
     from R1-12-47-3_node_19; 
     to R1-12-47-3_node_21; 
     length 275.614; 
     configuration line_configuration:26; 
} 

object overhead_line:187 { 
     name R1-12-47-3_ol_17; 
     phases ABCN; 
     from R1-12-47-3_node_21; 
     to R1-12-47-3_node_22; 
     length 165.147; 
     configuration line_configuration:27; 
} 

object overhead_line:190 { 
     name R1-12-47-3_ol_18; 
     phases BCN; 
     from R1-12-47-3_node_25; 
     to R1-12-47-3_node_26; 
     length 497.233; 
     configuration line_configuration:30; 
} 

object overhead_line:191 { 
     name R1-12-47-3_ol_19; 
     phases ABCN; 
     from R1-12-47-3_node_18; 
     to R1-12-47-3_node_27; 
     length 734.441; 
     configuration line_configuration:27; 
} 

object overhead_line:192 { 
     name R1-12-47-3_ol_20; 
     phases AN; 
     from R1-12-47-3_node_28; 
     to R1-12-47-3_node_29; 
     length 111.674; 
     configuration line_configuration:32; 
} 

object overhead_line:193 { 
     name R1-12-47-3_ol_21; 
     phases AN; 
     from R1-12-47-3_node_28; 
     to R1-12-47-3_node_30; 
     length 174.016; 
     configuration line_configuration:32; 
} 

object overhead_line:194 { 
     name R1-12-47-3_ol_22; 
     phases ABCN; 
     from R1-12-47-3_node_27; 
     to R1-12-47-3_node_31; 
     length 229.262; 
     configuration line_configuration:27; 
} 

object overhead_line:195 { 
     name R1-12-47-3_ol_23; 
     phases ABCN; 
     from R1-12-47-3_node_31; 
     to R1-12-47-3_node_32; 
     length 234.203; 
     configuration line_configuration:18; 
} 

object overhead_line:196 { 
     name R1-12-47-3_ol_24; 
     phases ABCN; 
     from R1-12-47-3_node_32; 
     to R1-12-47-3_node_34; 
     length 693.760; 
     configuration line_configuration:18; 
} 

object overhead_line:197 { 
     name R1-12-47-3_ol_25; 
     phases ABCN; 
     from R1-12-47-3_node_35; 
     to R1-12-47-3_node_36; 
     length 277.512; 
     configuration line_configuration:27; 
} 

object overhead_line:200 { 
     name R1-12-47-3_ol_26; 
     phases ABCN; 
     from R1-12-47-3_node_35; 
     to R1-12-47-3_node_41; 
     length 428.598; 
     configuration line_configuration:21; 
} 

object overhead_line:201 { 
     name R1-12-47-3_ol_27; 
     phases ABCN; 
     from R1-12-47-3_node_41; 
     to R1-12-47-3_node_42; 
     length 208.252; 
     configuration line_configuration:24; 
} 

object overhead_line:202 { 
     name R1-12-47-3_ol_28; 
     phases ABCN; 
     from R1-12-47-3_node_41; 
     to R1-12-47-3_node_43; 
     length 288.056; 
     configuration line_configuration:24; 
} 

object overhead_line:203 { 
     name R1-12-47-3_ol_29; 
     phases AN; 
     from R1-12-47-3_node_43; 
     to R1-12-47-3_node_44; 
     length 127.857; 
     configuration line_configuration:31; 
} 

object overhead_line:204 { 
     name R1-12-47-3_ol_30; 
     phases ABCN; 
     from R1-12-47-3_node_43; 
     to R1-12-47-3_node_45; 
     length 103.017; 
     configuration line_configuration:27; 
} 

object overhead_line_conductor:3 { 
     //name 4/0 ACSR; 
     rating.summer.continuous 334.0; 
     geometric_mean_radius 0.00814 ft; 
     resistance 0.56300; 
} 

object overhead_line_conductor:4 { 
     //name 4 AAAC; 
     rating.summer.continuous 120.0; 
     geometric_mean_radius 0.00700 ft; 
     resistance 2.40970; 
} 

object overhead_line_conductor:5 { 
     //name 4 CU; 
     rating.summer.continuous 149.0; 
     geometric_mean_radius 0.00663 ft; 
     resistance 1.50000; 
} 

object overhead_line_conductor:6 { 
     //name 2 ACSR; 
     rating.summer.continuous 180.0; 
     geometric_mean_radius 0.00418 ft; 
     resistance 1.62570; 
} 

object overhead_line_conductor:7 { 
     //name 1/0 AAC; 
     rating.summer.continuous 230.0; 
     geometric_mean_radius 0.01203 ft; 
     resistance 0.95300; 
} 

object switch:215 { 
     name R1-12-47-3_switch_1; 
     phases ABCN; 
     from R1-12-47-3_node_52; 
     to R1-12-47-3_node_2; 
     status CLOSED; 
} 

object switch:216 { 
     name R1-12-47-3_switch_2; 
     phases ABCN; 
     from R1-12-47-3_node_9; 
     to R1-12-47-3_node_51; 
     status CLOSED; 
} 

object switch:217 { 
     name R1-12-47-3_switch_3; 
     phases ABCN; 
     from R1-12-47-3_node_15; 
     to R1-12-47-3_node_49; 
     status CLOSED; 
} 

object switch:218 { 
     name R1-12-47-3_switch_4; 
     phases ABCN; 
     from R1-12-47-3_node_15; 
     to R1-12-47-3_node_17; 
     status CLOSED; 
} 

object switch:219 { 
     name R1-12-47-3_switch_5; 
     phases ABCN; 
     from R1-12-47-3_node_34; 
     to R1-12-47-3_node_1; 
     status CLOSED; 
} 

object switch:220 { 
     name R1-12-47-3_switch_6; 
     phases ABCN; 
     from R1-12-47-3_node_34; 
     to R1-12-47-3_node_50; 
     status CLOSED; 
} 

object transformer:133 { 
     name R1-12-47-3_xfmr_1; 
     phases BS; 
     from R1-12-47-3_node_40; 
     to R1-12-47-3_tn_1; 
     configuration transformer_configuration:132; 
} 

object transformer:149 { 
     name R1-12-47-3_xfmr_2; 
     phases CN; 
     from R1-12-47-3_node_6; 
     to R1-12-47-3_meter_1; 
     configuration transformer_configuration:134; 
} 

object transformer:150 { 
     name R1-12-47-3_xfmr_3; 
     phases ABCN; 
     from R1-12-47-3_node_10; 
     to R1-12-47-3_meter_2; 
     configuration transformer_configuration:135; 
} 

object transformer:151 { 
     name R1-12-47-3_xfmr_4; 
     phases ACN; 
     from R1-12-47-3_node_11; 
     to R1-12-47-3_meter_3; 
     configuration transformer_configuration:136; 
} 

object transformer:152 { 
     name R1-12-47-3_xfmr_5; 
     phases CN; 
     from R1-12-47-3_node_12; 
     to R1-12-47-3_meter_4; 
     configuration transformer_configuration:137; 
} 

object transformer:153 { 
     name R1-12-47-3_xfmr_6; 
     phases CN; 
     from R1-12-47-3_node_14; 
     to R1-12-47-3_meter_5; 
     configuration transformer_configuration:137; 
} 

object transformer:154 { 
     name R1-12-47-3_xfmr_7; 
     phases ABCN; 
     from R1-12-47-3_node_18; 
     to R1-12-47-3_meter_6; 
     configuration transformer_configuration:138; 
} 

object transformer:155 { 
     name R1-12-47-3_xfmr_8; 
     phases AN; 
     from R1-12-47-3_node_20; 
     to R1-12-47-3_meter_7; 
     configuration transformer_configuration:139; 
} 

object transformer:156 { 
     name R1-12-47-3_xfmr_9; 
     phases ABCN; 
     from R1-12-47-3_node_22; 
     to R1-12-47-3_meter_8; 
     configuration transformer_configuration:140; 
} 

object transformer:157 { 
     name R1-12-47-3_xfmr_10; 
     phases BN; 
     from R1-12-47-3_node_24; 
     to R1-12-47-3_meter_9; 
     configuration transformer_configuration:141; 
} 

object transformer:158 { 
     name R1-12-47-3_xfmr_11; 
     phases ABCN; 
     from R1-12-47-3_node_27; 
     to R1-12-47-3_meter_10; 
     configuration transformer_configuration:142; 
} 

object transformer:159 { 
     name R1-12-47-3_xfmr_12; 
     phases AN; 
     from R1-12-47-3_node_28; 
     to R1-12-47-3_meter_11; 
     configuration transformer_configuration:143; 
} 

object transformer:160 { 
     name R1-12-47-3_xfmr_13; 
     phases AN; 
     from R1-12-47-3_node_29; 
     to R1-12-47-3_meter_12; 
     configuration transformer_configuration:144; 
} 

object transformer:161 { 
     name R1-12-47-3_xfmr_14; 
     phases AN; 
     from R1-12-47-3_node_30; 
     to R1-12-47-3_meter_13; 
     configuration transformer_configuration:144; 
} 

object transformer:162 { 
     name R1-12-47-3_xfmr_15; 
     phases AN; 
     from R1-12-47-3_node_33; 
     to R1-12-47-3_meter_14; 
     configuration transformer_configuration:144; 
} 

object transformer:163 { 
     name R1-12-47-3_xfmr_16; 
     phases BN; 
     from R1-12-47-3_node_37; 
     to R1-12-47-3_meter_15; 
     configuration transformer_configuration:145; 
} 

object transformer:164 { 
     name R1-12-47-3_xfmr_17; 
     phases BN; 
     from R1-12-47-3_node_38; 
     to R1-12-47-3_meter_16; 
     configuration transformer_configuration:146; 
} 

object transformer:165 { 
     name R1-12-47-3_xfmr_18; 
     phases BN; 
     from R1-12-47-3_node_39; 
     to R1-12-47-3_meter_17; 
     configuration transformer_configuration:145; 
} 

object transformer:166 { 
     name R1-12-47-3_xfmr_19; 
     phases ABCN; 
     from R1-12-47-3_node_42; 
     to R1-12-47-3_meter_18; 
     configuration transformer_configuration:147; 
} 

object transformer:167 { 
     name R1-12-47-3_xfmr_20; 
     phases AN; 
     from R1-12-47-3_node_44; 
     to R1-12-47-3_meter_19; 
     configuration transformer_configuration:144; 
} 

object transformer:168 { 
     name R1-12-47-3_xfmr_21; 
     phases ABCN; 
     from R1-12-47-3_node_47; 
     to R1-12-47-3_meter_20; 
     configuration transformer_configuration:148; 
} 

object transformer:169 { 
     name R1-12-47-3_xfmr_22; 
     phases ABCN; 
     from R1-12-47-3_node_48; 
     to R1-12-47-3_meter_21; 
     configuration transformer_configuration:140; 
} 

object transformer_configuration:132 { 
     connect_type SINGLE_PHASE_CENTER_TAPPED; 
     install_type POLETOP; 
     primary_voltage 7200 V; 
     secondary_voltage 120 V; 
     power_rating 450.0; 
     powerB_rating 450.0; 
     resistance 0.00033; 
     reactance 0.00022; 
      shunt_impedance 1226.160+1358.242j;
} 

object transformer_configuration:134 { 
     connect_type WYE_WYE; 
     install_type PADMOUNT; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 50.0; 
     powerC_rating 50.0; 
     resistance 0.00200; 
     reactance 0.01000; 
      shunt_impedance 391.760+390.395j;
} 

object transformer_configuration:135 { 
     connect_type WYE_WYE; 
     install_type PADMOUNT; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 45.0; 
     powerA_rating 15.0; 
     powerB_rating 15.0; 
     powerC_rating 15.0; 
     resistance 0.00222; 
     reactance 0.01111; 
      shunt_impedance 381.330+362.111j;
} 

object transformer_configuration:136 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 25.0; 
     powerA_rating 0.0; 
     powerC_rating 25.0; 
     resistance 0.00400; 
     reactance 0.02000; 
      shunt_impedance 339.610+298.041j;
} 

object transformer_configuration:137 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 50.0; 
     powerC_rating 50.0; 
     resistance 0.00200; 
     reactance 0.01000; 
      shunt_impedance 391.760+396.403j;
} 

object transformer_configuration:138 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 75.0; 
     powerA_rating 0.0; 
     powerB_rating 0.0; 
     powerC_rating 75.0; 
     resistance 0.00133; 
     reactance 0.00667; 
      shunt_impedance 443.910+486.502j;
} 

object transformer_configuration:139 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 37.5; 
     powerA_rating 37.5; 
     resistance 0.00267; 
     reactance 0.01333; 
      shunt_impedance 365.685+353.218j;
} 

object transformer_configuration:140 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 75.0; 
     powerA_rating 25.0; 
     powerB_rating 25.0; 
     powerC_rating 25.0; 
     resistance 0.00133; 
     reactance 0.00667; 
      shunt_impedance 443.910+436.216j;
} 

object transformer_configuration:141 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 75.0; 
     powerB_rating 75.0; 
     resistance 0.00133; 
     reactance 0.00667; 
      shunt_impedance 443.910+471.268j;
} 

object transformer_configuration:142 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 75.0; 
     powerA_rating 0.0; 
     powerB_rating 25.0; 
     powerC_rating 50.0; 
     resistance 0.00133; 
     reactance 0.00667; 
      shunt_impedance 443.910+482.260j;
} 

object transformer_configuration:143 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 100.0; 
     powerA_rating 100.0; 
     resistance 0.00100; 
     reactance 0.00500; 
      shunt_impedance 496.060+425.773j;
} 

object transformer_configuration:144 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 25.0; 
     powerA_rating 25.0; 
     resistance 0.00400; 
     reactance 0.02000; 
      shunt_impedance 339.610+346.401j;
} 

object transformer_configuration:145 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 50.0; 
     powerB_rating 50.0; 
     resistance 0.00200; 
     reactance 0.01000; 
      shunt_impedance 391.760+399.432j;
} 

object transformer_configuration:146 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 175.0; 
     powerB_rating 175.0; 
     resistance 0.00057; 
     reactance 0.00286; 
      shunt_impedance 652.510+642.648j;
} 

object transformer_configuration:147 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 150.0; 
     powerA_rating 50.0; 
     powerB_rating 50.0; 
     powerC_rating 50.0; 
     resistance 0.00067; 
     reactance 0.00333; 
      shunt_impedance 600.360+653.959j;
} 

object transformer_configuration:148 { 
     connect_type WYE_WYE; 
     install_type POLETOP; 
     primary_voltage 12470.000 V; 
     secondary_voltage 480 V; 
     power_rating 112.5; 
     powerA_rating 37.5; 
     powerB_rating 37.5; 
     powerC_rating 37.5; 
     resistance 0.00089; 
     reactance 0.00444; 
      shunt_impedance 522.135+503.119j;
} 

object triplex_line_conductor: { 
     name triplex_4/0 AA; 
     resistance 0.48; 
     geometric_mean_radius 0.0158; 
} 

object triplex_line_configuration:1 { 
     conductor_1 triplex_4/0 AA; 
     conductor_2 triplex_4/0 AA; 
     conductor_N triplex_4/0 AA; 
     insulation_thickness 0.08; 
     diameter 0.522; 
} 

object triplex_line:131 { 
     name R1-12-47-3_tl_1; 
     phases BS; 
     from R1-12-47-3_tn_1; 
     to R1-12-47-3_tm_1; 
     length 30; 
     configuration triplex_line_configuration:1; 
} 


object triplex_meter:109 { 
     name R1-12-47-3_tm_1; 
     phases BS; 
     voltage_1 -60-103.92j; 
     voltage_2 -60-103.92j; 
     voltage_N 0; 
     nominal_voltage 120; 
} 

object triplex_node:107 { 
     name R1-12-47-3_tn_1; 
     phases BS; 
     voltage_1 -60-103.92j; 
     voltage_2 -60-103.92j; 
     voltage_N 0; 
     nominal_voltage 120; 
} 

object triplex_node:108 { 
     name R1-12-47-3_tn_2; 
     phases BS; 
     parent R1-12-47-3_tm_1; 
     power_12 175181.0364+5512.8881j; 
     voltage_1 -60-103.92j; 
     voltage_2 -60-103.92j; 
     voltage_N 0; 
     nominal_voltage 120; 
} 

object underground_line:170 { 
     name R1-12-47-3_ul_1; 
     phases ABCN; 
     from R1-12-47-3_node_2; 
     to R1-12-47-3_node_3; 
     length 84.593; 
     configuration line_configuration:17; 
} 

object underground_line:188 { 
     name R1-12-47-3_ul_2; 
     phases BN; 
     from R1-12-47-3_node_23; 
     to R1-12-47-3_node_24; 
     length 160.451; 
     configuration line_configuration:29; 
} 

object underground_line:189 { 
     name R1-12-47-3_ul_3; 
     phases BCN; 
     from R1-12-47-3_node_23; 
     to R1-12-47-3_node_25; 
     length 190.827; 
     configuration line_configuration:28; 
} 

object underground_line:198 { 
     name R1-12-47-3_ul_4; 
     phases BN; 
     from R1-12-47-3_node_37; 
     to R1-12-47-3_node_38; 
     length 165.500; 
     configuration line_configuration:29; 
} 

object underground_line:199 { 
     name R1-12-47-3_ul_5; 
     phases BN; 
     from R1-12-47-3_node_37; 
     to R1-12-47-3_node_39; 
     length 74.300; 
     configuration line_configuration:29; 
} 

object underground_line:205 { 
     name R1-12-47-3_ul_6; 
     phases ABCN; 
     from R1-12-47-3_node_45; 
     to R1-12-47-3_node_46; 
     length 202.409; 
     configuration line_configuration:33; 
} 

object underground_line:206 { 
     name R1-12-47-3_ul_7; 
     phases ABCN; 
     from R1-12-47-3_node_46; 
     to R1-12-47-3_node_47; 
     length 131.003; 
     configuration line_configuration:33; 
} 

object underground_line:207 { 
     name R1-12-47-3_ul_8; 
     phases ABCN; 
     from R1-12-47-3_node_46; 
     to R1-12-47-3_node_48; 
     length 258.143; 
     configuration line_configuration:33; 
} 

object underground_line_conductor:2 { 
     //name 1000 AAC (Conc); 
     rating.summer.continuous 488.0; 
     outer_diameter 2.15; 
     conductor_gmr 0.0371 ft; 
     conductor_diameter 1.152; 
     conductor_resistance 0.091872; 
     neutral_gmr 0.0842565914341201 ft; 
     neutral_resistance 5.3856; 
     neutral_diameter 0.1019; 
     neutral_strands 20.0; 
     shield_gmr 0.00; 
     shield_resistance 0.00; 
} 

object underground_line_conductor:8 { 
     //name 1/0 AAC (Conc); 
     rating.summer.continuous 142.0; 
     outer_diameter 1.27; 
     conductor_gmr 0.01142 ft; 
     conductor_diameter 0.362; 
     conductor_resistance 0.88704; 
     neutral_gmr 0.0489686771417213 ft; 
     neutral_resistance 13.86528; 
     neutral_diameter 0.0641; 
     neutral_strands 16.0; 
     shield_gmr 0.00; 
     shield_resistance 0.00; 
} 

// Recorders

object recorder { 
    parent R1-12-47-3_reg_1; 
    property tap_A,tap_B,tap_C,power_in_A.real,power_in_A.imag,power_in_B.real,power_in_B.imag,power_in_C.real,power_in_C.imag,power_in.real,power_in.imag; 
    limit 1440; 
    interval 60; 
    file "R1-12.47-3_reg1_output.csv"; 
};