random_fault_generator_example.glm

// This file shows how to use the reliability module to randomly generate faults on a powerflow model and to capture the reliability metrics for such events
// Normal execution testing
// 37-node IEEE feeder

#set iteration_limit=20;

clock {
	timezone PST+8PDT;
	timestamp '2000-01-01 0:00:00';
	stoptime '2000-01-02 00:00:00';
}

module powerflow {
	solver_method NR;
};

module tape;
module assert;

module reliability {
	maximum_event_length 18000;	//Maximum length of events in seconds (manual events are excluded from this limit)
	report_event_log false;
	}

object fault_check {				
	name test_fault;
	check_mode ONCHANGE;			
	eventgen_object testgendev_rand;
	//output_filename testout.txt;	
};

object metrics {
	name testmetrics;
	report_file testmetrics.txt;						
	module_metrics_object pwrmetrics;					
	metrics_of_interest "SAIFI,SAIDI,CAIDI,ASAI,MAIFI";	
	customer_group "groupid=METERTEST";					
	metric_interval 5 h; 								
	report_interval 5 h;								
}

object eventgen {
	name testgendev_rand;
	parent testmetrics;
	target_group "class=underground_line AND groupid=PIEBYE";	
	fault_type "DLG-X";						
	failure_dist EXPONENTIAL;				
	failure_dist_param_1 0.00005;			
	restoration_dist PARETO;				
}

object power_metrics {		
	name pwrmetrics;
	base_time_value 1 h;	
}

// Phase Conductor for 721: 1,000,000 AA,CN
object underground_line_conductor { 
	 name ug_lc_7210;
	 outer_diameter 1.980000;
	 conductor_gmr 0.036800;
	 conductor_diameter 1.150000;
	 conductor_resistance 0.105000;
	 neutral_gmr 0.003310;
	 neutral_resistance 5.903000;
	 neutral_diameter 0.102000;
	 neutral_strands 20.000000;
	 shield_gmr 0.000000;
	 shield_resistance 0.000000;
}

// Phase Conductor for 722: 500,000 AA,CN
object underground_line_conductor { 
	 name ug_lc_7220;
	 outer_diameter 1.560000;
	 conductor_gmr 0.026000;
	 conductor_diameter 0.813000;
	 conductor_resistance 0.206000;
	 neutral_gmr 0.002620;
	 neutral_resistance 9.375000;
	 neutral_diameter 0.081000;
	 neutral_strands 16.000000;
	 shield_gmr 0.000000;
	 shield_resistance 0.000000;
}

// Phase Conductor for 723: 2/0 AA,CN
object underground_line_conductor { 
	 name ug_lc_7230;
	 outer_diameter 1.100000;
	 conductor_gmr 0.012500;
	 conductor_diameter 0.414000;
	 conductor_resistance 0.769000;
	 neutral_gmr 0.002080;
	 neutral_resistance 14.872000;
	 neutral_diameter 0.064000;
	 neutral_strands 7.000000;
	 shield_gmr 0.000000;
	 shield_resistance 0.000000;
}

// Phase Conductor for 724: //2 AA,CN
object underground_line_conductor { 
	 name ug_lc_7240;
	 outer_diameter 0.980000;
	 conductor_gmr 0.008830;
	 conductor_diameter 0.292000;
	 conductor_resistance 1.540000;
	 neutral_gmr 0.002080;
	 neutral_resistance 14.872000;
	 neutral_diameter 0.064000;
	 neutral_strands 6.000000;
	 shield_gmr 0.000000;
	 shield_resistance 0.000000;
}

// underground line spacing: spacing id 515 
object line_spacing {
	 name spacing_515;
	 distance_AB 0.500000;
	 distance_BC 0.500000;
	 distance_AC 1.000000;
	 distance_AN 0.000000;
	 distance_BN 0.000000;
	 distance_CN 0.000000;
}

//line configurations:
object line_configuration {
	 name lc_7211;
	 conductor_A ug_lc_7210;
	 conductor_B ug_lc_7210;
	 conductor_C ug_lc_7210;
	 spacing spacing_515;
}

object line_configuration {
	 name lc_7221;
	 conductor_A ug_lc_7220;
	 conductor_B ug_lc_7220;
	 conductor_C ug_lc_7220;
	 spacing spacing_515;
}

object line_configuration {
	 name lc_7231;
	 conductor_A ug_lc_7230;
	 conductor_B ug_lc_7230;
	 conductor_C ug_lc_7230;
	 spacing spacing_515;
}

object line_configuration {
	 name lc_7241;
	 conductor_A ug_lc_7240;
	 conductor_B ug_lc_7240;
	 conductor_C ug_lc_7240;
	 spacing spacing_515;
}

//create lineobjects:
object underground_line {
	 phases "ABC";
	 name node701-702;
	 from load801;
	 to node702;
	 length 960;
	 configuration lc_7221;
}

object underground_line {
	 phases "ABC";
	 name node702-705;
	 from node702;
	 to node705;
	 length 400;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node702-713;
	 from node702b;
	 to load813;
	 length 360;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node702-703;
	 from node702;
	 to node703;
	 length 1320;
	 configuration lc_7221;
}

object underground_line {
	 phases "ABC";
	 name node703-727;
	 from node703b;
	 to load827;
	 length 240;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node703-730;
	 from node703;
	 to load830;
	 length 600;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node704-714;
	 from node704;
	 to load814;
	 length 80;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node704-720;
	 from node704b;
	 to load820;
	 length 800;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node705-742;
	 from node705;
	 to load842;
	 length 320;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node705-712;
	 from node705;
	 to load812;
	 length 240;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node706-725;
	 from node706;
	 to load825;
	 length 280;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node707-724;
	 from node707;
	 to load824;
	 length 760;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node707-722;
	 from node707;
	 to load822;
	 length 120;
	 configuration lc_7241;
}

object underground_line {
	 groupid "PIEBYE";
	 phases "ABC";
	 name node708-733;
	 from node708b;
	 to load833;
	 length 320;
	 configuration lc_7231;
}

object sectionalizer {
	phases "ABC";
	name node708-708b;
	from node708;
	to node708b;
	status CLOSED;
	operating_mode INDIVIDUAL;
}

object sectionalizer {
	phases "ABC";
	name node704-704b;
	from node704;
	to node704b;
	status CLOSED;
	operating_mode INDIVIDUAL;
}

object underground_line {
	 phases "ABC";
	 name node708-732;
	 from node708;
	 to load832;
	 length 320;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node709-731;
	 from node709;
	 to load831;
	 length 600;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node709-708;
	 from node709;
	 to node708;
	 length 320;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node710-735;
	 from node710;
	 to load835;
	 length 200;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node710-736;
	 from node710;
	 to load836;
	 length 1280;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node711-741;
	 from node711;
	 to load841;
	 length 400;
	 mean_repair_time 1 h;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node711-740;
	 from node711;
	 to load840;
	 length 200;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node713-704;
	 from load813;
	 to node704;
	 length 520;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node714-718;
	 from load814;
	 to load818;
	 length 520;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node720-707;
	 from load820;
	 to node707;
	 length 920;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node720-706;
	 from load820;
	 to node706;
	 length 600;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node727-744;
	 from load827;
	 to load844;
	 length 280;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node730-709;
	 from load830a;
	 to node709;
	 length 200;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node733-734;
	 from load833;
	 to load834;
	 length 560;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node734-737;
	 from load834;
	 to load837;
	 length 640;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 name node734-710;
	 from load834b;
	 to node710;
	 length 520;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 name node737-738;
	 from load837;
	 to load838;
	 length 400;
	 configuration lc_7231;
}

//object switch {
object sectionalizer {
	phases ABCN;
	name sw_838_838b;
	from load838;
	to load838b;
	status CLOSED;
	operating_mode INDIVIDUAL;
	//operating_mode BANKED;
	// phase_A_state CLOSED;
	// phase_B_state OPEN;
	// phase_C_state OPEN;
}

object node {
	phases ABC;
	name load838b;
	nominal_voltage 4800;
}

object underground_line {
	 phases "ABC";
	 groupid "PIEBYE";
	 name node738-711;
	 from load838b;
	 to node711;
	 length 400;
	 configuration lc_7231;
}

object underground_line {
	 phases "ABC";
	 groupid "PIEBYE";
	 name node744-728;
	 from load844;
	 to load828;
	 length 200;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 groupid "PIEBYE";
	 name node744-729;
	 from load844;
	 to load829;
	 length 280;
	 configuration lc_7241;
}

object underground_line {
	 phases "ABC";
	 groupid "PIEBYE";
	 name node781-701;
	 from node781;
	 to load801;
	 length 1850;
	 configuration lc_7211;
}
//END of line

//create nodes

object node {
	phases "ABC";
	name node799;
	bustype SWING;
	voltage_A 2400.000000-1385.640646j;
	voltage_B -2400.000000-1385.640646j;
	voltage_C 0.000000+2771.281292j;
	nominal_voltage 4800;
}
	
//Create extra node for other side of regulator
object node {
	 phases "ABC";
	 name node781;
	 //bustype SWING;
	 voltage_A 2400.0000-1385.640646j;
	 voltage_B -2400.0000-1385.640646j;
	 voltage_C 0.0000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node702;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

//Extra node for recloser
object node {
	 phases "ABC";
	 name node702b;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node703;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

//Fuse node
object node {
	 phases "ABC";
	 name node703b;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node704;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

//Intermediate node for sectionalizer
object node {
	 phases "ABC";
	 name node704b;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node705;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node706;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node707;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node708;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node708b;	//Additional node for sectionalizer
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node709;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node710;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

object node {
	 phases "ABC";
	 name node711;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 nominal_voltage 4800;
}

//Create loads
object meter {
	groupid METERTEST;
	phases ABC;
	name load801;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load801a;
	 parent load801;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_A 140000.000000+70000.000000j;
	 constant_power_B 140000.000000+70000.000000j;
	 constant_power_C 350000.000000+175000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load812;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load812a;
	 parent load812;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 85000.000000+40000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load813;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load813a;
	 parent load813;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 85000.000000+40000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load814;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load814a;
	 parent load814;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_current_A 3.541667 -1.666667j;
	 constant_current_B -3.991720 -2.747194j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load818;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load818a;
	 parent load818;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_impedance_A 221.915014+104.430595j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load820;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load820a;
	 parent load820;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 85000.000000+40000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load822;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load822a;
	 parent load822;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_current_B -27.212870 -17.967408j;
	 constant_current_C -0.383280+4.830528j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load824;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load824a;
	 parent load824;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_impedance_B 438.857143+219.428571j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load825;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load825a;
	 parent load825;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_B 42000.000000+21000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load827;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load827a;
	 parent load827;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 42000.000000+21000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load828;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load828a;
	 parent load828;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_A 42000.000000+21000.000000j;
	 constant_power_B 42000.000000+21000.000000j;
	 constant_power_C 42000.000000+21000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load829;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load829a;
	 parent load829;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_current_A 8.750000 -4.375000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load830;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load830b;
	 parent load830;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_impedance_C 221.915014+104.430595j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load831;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load831a;
	 parent load831;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_impedance_B 221.915014+104.430595j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load832;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load832a;
	 parent load832;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 42000.000000+21000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load833;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load833a;
	 parent load833;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_current_A 17.708333 -8.333333j;
	 nominal_voltage 4800;
}

//Switch node
object node {
	phases ABC;
	name load834;
	nominal_voltage 4800;
}

//Insert a switch
object switch {
//object recloser {
	phases ABC;
	name sw_load834_834b;
	from load834;
	to load834b;
	status CLOSED;
	operating_mode INDIVIDUAL;
	// phase_A_state CLOSED;
	// phase_B_state OPEN;
	// phase_C_state OPEN;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load834b;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load834a;
	 parent load834b;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 42000.000000+21000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load835;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load835a;
	 parent load835;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 85000.000000+40000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load836;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load836a;
	 parent load836;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_impedance_B 438.857143+219.428571j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load837;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load837a;
	 parent load837;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_current_A 29.166667 -14.583333j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load838;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load838a;
	 parent load838;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_A 126000.000000+62000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load840;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load840a;
	 parent load840;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_C 85000.000000+40000.000000j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load841;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load841a;
	 parent load841;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_A 85000.000000+40000.000000j;
	 constant_power_B 85000.000000+40000.000000j;
	 constant_current_C -0.586139+9.765222j;
	 nominal_voltage 4800;
	 phase_loss_protection true;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load842;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load842a;
	 parent load842;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_impedance_A 2304.000000+1152.000000j;
	 constant_impedance_B 221.915014+104.430595j;
	 nominal_voltage 4800;
}

object meter {
	groupid METERTEST;
	phases ABC;
	name load844;
	nominal_voltage 4800;
}

object load {
	 phases "ABC";
	 name load844a;
	 parent load844;
	 voltage_A 2400.000000 -1385.640646j;
	 voltage_B -2400.000000 -1385.640646j;
	 voltage_C 0.000000+2771.281292j;
	 constant_power_A 42000.000000+21000.000000j;
	 nominal_voltage 4800;
}

//Intermediate switch nodes
object node {
	phases ABC;
	name load830a;
	nominal_voltage 4800;
}

//object switch {
object recloser {
	phases ABCN;
	name sw_830_830a;
	from load830;
	to load830a;
	status CLOSED;
	operating_mode INDIVIDUAL;
	// phase_A_state CLOSED;
	// phase_B_state OPEN;
	// phase_C_state OPEN;
}

//object switch {
object recloser {
	phases ABCN;
	name node702-702b;
	from node702;
	to node702b;
	status CLOSED;
	operating_mode INDIVIDUAL;
	// phase_A_state CLOSED;
	// phase_B_state OPEN;
	// phase_C_state OPEN;
}


object transformer_configuration {
	name trans_conf_400;
	connect_type 2;
	install_type PADMOUNT;
	power_rating 500;
	primary_voltage 4800;
	secondary_voltage 480;
	resistance 0.09;
	reactance 1.81;
}

object transformer {
	name "xform709-775";
	phases "ABC";
	from node709;
	to node775;
	configuration trans_conf_400;
}

object node {
	 phases "ABC";
	 name node775;
	 voltage_A 240.000000 -138.564065j;
	 voltage_B -240.000000 -138.564065j;
	 voltage_C -0.000000+277.128129j;
	 nominal_voltage 480;
}

object regulator_configuration {
	name reg_config_781;
	connect_type 1;
	band_center 2800.0;
	band_width 2.0;
	//time_delay 30.0;	//Commented to test override in volt_var_control
	raise_taps 16;
	lower_taps 16;
	current_transducer_ratio 350;
	power_transducer_ratio 40;
	compensator_r_setting_A 1.5;
	compensator_x_setting_A 3.0;
	compensator_r_setting_B 1.5;
	compensator_x_setting_B 3.0;
	// CT_phase A;
	// PT_phase A;
	// control_level BANK;
	CT_phase "ABC";
	PT_phase "ABC";
	control_level INDIVIDUAL;
	regulation 0.10;
	Control MANUAL;
	Type A;
	tap_pos_A 7;
	tap_pos_B 4;
}
  
object regulator {
	 name "reg799-781";
	 phases "ABC";
	 from node799;
	 to node781;
	 configuration reg_config_781;
}

// transformer for triplex
object transformer_configuration {
     name triplex_transformer;
     connect_type SINGLE_PHASE_CENTER_TAPPED;
     install_type PADMOUNT;
     primary_voltage 4800 V;
     secondary_voltage 120 V;
     power_rating 50.0;
	 powerA_rating 50.0;
	 resistance 0.011;
	 reactance 0.018;
}

object transformer {
     name center_tap_transformer_A;
     phases AS;
     from node711;
     to trip_node;
     configuration triplex_transformer;
}

// zero-impedance node to link up the transformer with the 100 ft
// triplex secondary line
object triplex_node {
	name trip_node;
     phases AS;
     nominal_voltage 120.00;
}


// triplex secondary from transformer node to load; the numbers for the line
// match the parameters in the text
object triplex_line_conductor {
      name one-zero AA triplex;
      resistance 0.97;
      geometric_mean_radius 0.0111;
}

object triplex_line_configuration {
      name TLCFG;
      conductor_1 one-zero AA triplex;
      conductor_2 one-zero AA triplex;
      conductor_N one-zero AA triplex;
      insulation_thickness 0.08;
      diameter 0.368;
}

object triplex_line {
	name trip_line_1;
	from trip_node;
	to trip_load_node;
	phases AS;
	length 100;
	configuration TLCFG;
};

// triplex node to act as the load on the circuit
object triplex_meter {
	groupid METERTEST;
	name trip_load_node;
    phases AS;
	power_1 1200.0;
	power_2 1300.0;
	power_12 400.0;
    nominal_voltage 120.00;
}

//Add in a fuse - this fuse is set low to deliberately trip
object fuse {
	name node703-703b;
	from node703;
	to node703b;
	phases ABC;
	current_limit 500.0;
	mean_replacement_time 7 min;
}