IEEE_13_Node_With_Houses.glm

// This file has a model of the IEEE 13 node test feeder with houses attached

#set profiler=1
#set threadcount=1;
#set randomseed=1;
#set relax_naming_rules=1;
#define stylesheet=http://gridlab-d.svn.sourceforge.net/viewvc/gridlab-d/trunk/core/gridlabd-2_0

clock {
	timestamp '2000-01-01 0:00:00';
	stoptime '2000-01-01 1:00:00';
	timezone EST+8EDT;
}

module tape;
//module generators;
module powerflow{
	solver_method FBS;
	default_maximum_voltage_error 1e-9;
	line_limits FALSE;
};
module climate;
module residential {
	implicit_enduses NONE;
	ANSI_voltage_check FALSE;
};

schedule waterdemand1 {
	* 0-5 * * * 0;
	0-16 6 * * * 0;
	17-34 6 * * * 0.2;
	35-59 6 * * * 0.4;
	0-11 7 * * * 0.3;
	12-59 7 * * * 0;
	* 8-16 * * * .05;
	* 17 * * * 0;
	0-15 18 * * * 0;
	16-59 18 * * * 0.8;
	* 19-21 * * * 0;
	00-45 22 * * * 0;
	46-59 22 * * * 0.6;
	* 23 * * * 0;
}

schedule waterdemand2 {
	* 0-4 * * * 0;
	0-10 5 * * * .4;
	11-37 5 * * * 0.1;
	38-59 5 * * * 0.6;
	0-16 6 * * * 0.4;
	17-59 6 * * * 0;
	* 7-16 * * * 0.01;
	0-12 17 * * * 0.5;
	13-59 17 * * * 0;
	* 18-23 * * * 0;
}

schedule waterdemand3 {
	* 0-6 * * * 0;
	0-16 7 * * * 0;
	17-34 7 * * * 0.4;
	35-59 7 * * * 0.8;
	0-11 8 * * * 0.1;
	12-59 8 * * * 0;
	* 9-15 * * * 0.005;
	* 16 * * * 0.1;
	* 17 * * * 0.2;
	0-27 18 * * * 0.7;
	28-59 18 * * * 0;
	* 19-23 * * * 0;
}

schedule heatingsetpoint1 {
	* 0-4 * * * 60;
	* 5 * * * 70;
	00-30 6 * * * 70;
	31-59 6 * * * 60;
	* 7-16 * * * 60;
	* 17-21 * * * 70;
	* 22-23 * * * 60;
}
schedule heatingsetpoint2 {
	* 0-5 * * * 60;
	* 6 * * * 70;
	00-15 7 * * * 70;
	16-59 7 * * * 60;
	* 8-17 * * * 60;
	* 18-22 * * * 70;
	* 23 * * * 60;
}
schedule heatingsetpoint3 {
	* 0-6 * * * 60;
	* 7 * * * 70;
	00-23 8 * * * 70;
	24-59 8 * * * 60;
	* 9-18 * * * 60;
	* 19-20 * * * 70;
	* 21-23 * * * 60;
}
schedule heatingsetpoint4 {
	* 0-4 * * * 60;
	00-30 5 * * * 60;
	31-59 5 * * * 70;
	* 6-7 * * * 70;
	00-30 8 * * * 70;
	31-59 8 * * * 60;
	* 9-17 * * * 60;
	00-30 18 * * * 60;
	31-59 18 * * * 70;
	* 19-20 * * * 70;
	00-45 21 * * * 70;
	46-59 21 * * * 60;
	* 22-23 * * * 60;
}
schedule heatingsetpoint5 {
	* 0-6 * * * 60;
	00-30 7 * * * 60;
	31-59 7 * * * 70;
	* 8 * * * 70;
	00-30 9 * * * 70;
	31-59 9 * * * 60;
	* 10-16 * * * 60;
	00-15 17 * * * 60;
	16-59 17 * * * 70;
	* 18-22 * * * 70;
	00-42 23 * * * 70;
	43-59 23 * * * 60;
}


schedule ZIP1base_power {
	00-29  00   *   *  *   1.686360
	30-59  00   *   *  *   1.616535
	00-29  01   *   *  *   1.593260
	30-59  01   *   *  *   1.553267
	00-29  02   *   *  *   1.539935
	30-59  02   *   *  *   1.523217
	00-29  03   *   *  *   1.517644
	30-59  03   *   *  *   1.526276
	00-29  04   *   *  *   1.529154
	30-59  04   *   *  *   1.579583
	00-29  05   *   *  *   1.596393
	30-59  05   *   *  *   1.731125
	00-29  06   *   *  *   1.776036
	30-59  06   *   *  *   1.971087
	00-29  07   *   *  *   2.036104
	30-59  07   *   *  *   2.123794
	00-29  08   *   *  *   2.153025
	30-59  08   *   *  *   2.120079
	00-29  09   *   *  *   2.109097
	30-59  09   *   *  *   2.081561
	00-29  10   *   *  *   2.072382
	30-59  10   *   *  *   2.056046
	00-29  11   *   *  *   2.050600
	30-59  11   *   *  *   2.028199
	00-29  12   *   *  *   2.020733
	30-59  12   *   *  *   2.011171
	00-29  13   *   *  *   2.007984
	30-59  13   *   *  *   2.000226
	00-29  14   *   *  *   1.997640
	30-59  14   *   *  *   1.997694
	00-29  15   *   *  *   1.997713
	30-59  15   *   *  *   2.029784
	00-29  16   *   *  *   2.040474
	30-59  16   *   *  *   2.157669
	00-29  17   *   *  *   2.196733
	30-59  17   *   *  *   2.262461
	00-29  18   *   *  *   2.284370
	30-59  18   *   *  *   2.273333
	00-29  19   *   *  *   2.269654
	30-59  19   *   *  *   2.239386
	00-29  20   *   *  *   2.229297
	30-59  20   *   *  *   2.178758
	00-29  21   *   *  *   2.161912
	30-59  21   *   *  *   2.064059
	00-29  22   *   *  *   2.031441
	30-59  22   *   *  *   1.897692
	00-29  23   *   *  *   1.853109
	30-59  23   *   *  *   1.728047
}

object triplex_line_conductor {
	name tp_line_conductor;
	resistance 0.97;
	geometric_mean_radius 0.0111;
};

// Triplex Line
object triplex_line_configuration {
	name triplex_line_configuration_1;
	conductor_1 tp_line_conductor;
	conductor_2 tp_line_conductor;
	conductor_N tp_line_conductor;
	insulation_thickness 0.08;
	diameter 0.368;
}

// Phase Conductor for 601: 556,500 26/7 ACSR
object overhead_line_conductor:6010 {
	geometric_mean_radius 0.031300;
	resistance 0.185900;
}

// Phase Conductor for 602: 4/0 6/1 ACSR
object overhead_line_conductor:6020 {
	geometric_mean_radius 0.00814;
	resistance 0.592000;
}

// Phase Conductor for 603, 604, 605: 1/0 ACSR
object overhead_line_conductor:6030 {
	geometric_mean_radius 0.004460;
	resistance 1.120000;
}

// Phase Conductor for 606: 250,000 AA,CN
object underground_line_conductor:6060 { 
	outer_diameter 1.290000;
	conductor_gmr 0.017100;
	conductor_diameter 0.567000;
	conductor_resistance 0.410000;
	neutral_gmr 0.0020800; 
	neutral_resistance 14.87200;  
	neutral_diameter 0.0640837;
	neutral_strands 13.000000;
	shield_gmr 0.000000;
	shield_resistance 0.000000;
}

// Phase Conductor for 607: 1/0 AA,TS N: 1/0 Cu
object underground_line_conductor:6070 { 
	outer_diameter 1.060000;
	conductor_gmr 0.011100;
	conductor_diameter 0.368000;
	conductor_resistance 0.970000;
	neutral_gmr 0.011100;
	neutral_resistance 0.970000; 
	neutral_diameter 0.0640837;
	neutral_strands 6.000000;
	shield_gmr 0.000000;
	shield_resistance 0.000000;
}

// Overhead line configurations
object line_spacing:500601 {
	distance_AB 2.5;
	distance_AC 4.5;
	distance_BC 7.0;
	distance_BN 5.656854;
	distance_AN 4.272002;
	distance_CN 5.0;
}

// Overhead line configurations
object line_spacing:500602 {
	distance_AC 2.5;
	distance_AB 4.5;
	distance_BC 7.0;
	distance_CN 5.656854;
	distance_AN 4.272002;
	distance_BN 5.0;
}

object line_spacing:505603 {
	distance_AC 0.0;
	distance_AB 0.0;
	distance_BC 7.0;
	distance_AN 0.0;
	distance_CN 5.656854;
	distance_BN 5.0;
}

object line_spacing:505604 {
	distance_AC 7.0;
	distance_AB 0.0;
	distance_BC 0.0;
	distance_AN 5.656854;
	distance_CN 5.0;
	distance_BN 0.0;
}

object line_spacing:510 {
	distance_AC 0.0;
	distance_AB 0.0;
	distance_BC 0.0;
	distance_AN 0.0;
	distance_CN 5.0;
        distance_BN 0.0;
}

object line_configuration:601 {
	conductor_A overhead_line_conductor:6010;
	conductor_B overhead_line_conductor:6010;
	conductor_C overhead_line_conductor:6010;
	conductor_N overhead_line_conductor:6020;
	spacing line_spacing:500601;
}

object line_configuration:602 {
	conductor_A overhead_line_conductor:6020;
	conductor_B overhead_line_conductor:6020;
	conductor_C overhead_line_conductor:6020;
	conductor_N overhead_line_conductor:6020;
	spacing line_spacing:500602;
}

object line_configuration:603 {
	conductor_B overhead_line_conductor:6030;
	conductor_C overhead_line_conductor:6030;
	conductor_N overhead_line_conductor:6030;
	spacing line_spacing:505603;
}

object line_configuration:604 {
	conductor_A overhead_line_conductor:6030;
	conductor_C overhead_line_conductor:6030;
	conductor_N overhead_line_conductor:6030;
	spacing line_spacing:505604;
}

object line_configuration:605 {
	conductor_C overhead_line_conductor:6030;
	conductor_N overhead_line_conductor:6030;
	spacing line_spacing:510;
}

// Underground line configuration
object line_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;
}

object line_spacing:520 {
	distance_AB 0.000000;
	distance_BC 0.000000;
	distance_AC 0.000000;
	distance_AN 0.083333;
	distance_BN 0.000000;
	distance_CN 0.000000;
}

object line_configuration:606 {
	conductor_A underground_line_conductor:6060;
	conductor_B underground_line_conductor:6060;
	conductor_C underground_line_conductor:6060;
	spacing line_spacing:515;
}

object line_configuration:607 {
	conductor_A underground_line_conductor:6070;
	conductor_N underground_line_conductor:6070;
	spacing line_spacing:520;
}

// Define line objects
object overhead_line:632645 {
	phases "BCN";
	name 632-645;
	from node:632;
	to node:645;
	length 500;
	configuration line_configuration:603;
}

object overhead_line:645646 {
	phases "BCN";
	name 645-646;
	from node:645;
	to node:646;
	length 300;
	configuration line_configuration:603;
}

object overhead_line:630632 {
	phases "ABCN";
	name 630-632;
	from node:630;
	to node:632;
	length 2000;
	configuration line_configuration:601;
}

// Split line for distributed load
object overhead_line:6326321 {
	phases "ABCN";
	name 632-6321;
	from node:632;
	to node:6321;
	length 500;
	configuration line_configuration:601;
}

object overhead_line:6321671 {
	phases "ABCN";
	name 6321-671;
	from node:6321;
	to node:671;
	length 1500;
	configuration line_configuration:601;
}

// End split line
object overhead_line:671680 {
	phases "ABCN";
	name 671-680;
	from node:671;
	to node:680;
	length 1000;
	configuration line_configuration:601;
}

object overhead_line:671684 {
	phases "ACN";
	name 671-684;
	from node:671;
	to node:684;
	length 300;
	configuration line_configuration:604;
}

object overhead_line:684611 {
	phases "CN";
	name 684-611;
	from node:684;
	to node:611;
	length 300;
	configuration line_configuration:605;
}

object underground_line:684652 {
	phases "AN";
	name 684-652;
	from node:684;
	to node:652;
	length 800;
	configuration line_configuration:607;
}

object underground_line:692675 {
	phases "ABC";
	name 692-675;
	from node:692;
	to node:675;
	length 500;
	configuration line_configuration:606;
}

object overhead_line:632633 {
	phases "ABCN";
	name 632-633;
	from node:632;
	to node:633;
	length 500;
	configuration line_configuration:602;
}

// Create node objects
object node:633 {
	name 633;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}

object node:630 {
	name 630;
	phases "ABCN";
	voltage_A 2401.7771+0j;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}
 
object node:632 {
	name 632;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}

object node:650 {
	name 650;
	phases "ABCN";
	bustype SWING;
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
} 
 
object node:671 {
	name 671;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}

object node:680 {
	name 680;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}
 
 
object node:684 {
	name 684;
	phases "ACN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
} 
 
// distributed load between node 632 and 671
// 2/3 of load 1/4 of length down line: Kersting p.56
object node:6711 {
	name 6711;
	parent 611;
	phases "CN";
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771; 
}
 
object node:6321 {
	name 6321;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;    
}
 
// Create node objects with attached loads 
object node:611 {
	name 611;
	phases "CN";
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}

object node:634 {
	name 634;
	phases "ABCN";
	voltage_A 480.000+0j;
	voltage_B -240.000-415.6922j;
	voltage_C -240.000+415.6922j;
	nominal_voltage 480.000;                          
}

object node:645 {
	name 645;
	phases "BCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;            
}

object node:646 {
	name 646;
	phases "BCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771; 
}

object node:652 {
	name 652;
	phases "AN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;      
}

object node:675 {
	name 675;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}

object node:692 {
	name 692;
	phases "ABCN";
	voltage_A 2401.7771;
	voltage_B -1200.8886-2080.000j;
	voltage_C -1200.8886+2080.000j;
	nominal_voltage 2401.7771;
}

object transformer {
	name center_tap_1; 
	phases CS; 
	from node:611; 
	to trip_node1; 
	configuration CS_config;
}

object transformer {
	name center_tap_2; 
	phases AS; 
	from node:634; 
	to trip_node2; 
	configuration AS_config;
}

object transformer {
	name center_tap_3; 
	phases BS; 
	from node:634; 
	to trip_node3; 
	configuration BS_config;
}

object transformer {
	name center_tap_4; 
	phases CS; 
	from node:634; 
	to trip_node4; 
	configuration CS_config;
}

object transformer {
	name center_tap_5; 
	phases BS; 
	from node:645; 
	to trip_node5; 
	configuration BS_config;
}

object transformer {
	name center_tap_6; 
	phases CS; 
	from node:645; 
	to trip_node6; 
	configuration CS_config;
}

object transformer {
	name center_tap_7; 
	phases BS; 
	from node:646; 
	to trip_node7; 
	configuration BS_config;
}

object transformer {
	name center_tap_8; 
	phases CS; 
	from node:646; 
	to trip_node8; 
	configuration CS_config;
}

object transformer {
	name center_tap_9; 
	phases AS; 
	from node:652; 
	to trip_node9; 
	configuration AS_config;
}

object transformer {
	name center_tap_10; 
	phases AS; 
	from node:675; 
	to trip_node10; 
	configuration AS_config;
}

object transformer {
	name center_tap_11; 
	phases BS; 
	from node:675; 
	to trip_node11; 
	configuration BS_config;
}

object transformer {
	name center_tap_12; 
	phases CS; 
	from node:675; 
	to trip_node12; 
	configuration CS_config;
}

object transformer {
	name center_tap_13; 
	phases AS; 
	from node:692; 
	to trip_node13; 
	configuration AS_config;
}

object transformer {
	name center_tap_14; 
	phases BS; 
	from node:692; 
	to trip_node14; 
	configuration BS_config;
}

object transformer {
	name center_tap_15; 
	phases CS; 
	from node:692; 
	to trip_node15; 
	configuration CS_config;
}

object triplex_node {
	name trip_node1; 
	phases CS; 
	nominal_voltage 120;        
}

object triplex_node {
	name trip_node2; 
	phases AS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node3; 
	phases BS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node4; 
	phases CS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node5; 
	phases BS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node6; 
	phases CS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node7; 
	phases BS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node8; 
	phases CS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node9; 
	phases AS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node10; 
	phases AS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node11; 
	phases BS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node12; 
	phases CS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node13; 
	phases AS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node14; 
	phases BS; 
	nominal_voltage 120;
}

object triplex_node {
	name trip_node15; 
	phases CS; 
	nominal_voltage 120;
}

object triplex_line {
	name trip_line1; 
	phases CS; 
	from trip_node1; 
	to trip_meter1; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line2; 
	phases AS; 
	from trip_node2; 
	to trip_meter2; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line3; 
	phases BS; 
	from trip_node3; 
	to trip_meter3; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line4; 
	phases CS; 
	from trip_node4; 
	to trip_meter4; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line5; 
	phases BS; 
	from trip_node5; 
	to trip_meter5; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line6; 
	phases CS; 
	from trip_node6; 
	to trip_meter6; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line7; 
	phases BS; 
	from trip_node7; 
	to trip_meter7; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line8; 
	phases CS; 
	from trip_node8; 
	to trip_meter8; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line9; 
	phases AS; 
	from trip_node9; 
	to trip_meter9; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line10; 
	phases AS; 
	from trip_node10; 
	to trip_meter10; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line11; 
	phases BS; 
	from trip_node11; 
	to trip_meter11; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line12; 
	phases CS; 
	from trip_node12; 
	to trip_meter12; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line13; 
	phases AS; 
	from trip_node13; 
	to trip_meter13; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line14; 
	phases BS; 
	from trip_node14; 
	to trip_meter14; 
	length 0; 
	configuration triplex_line_configuration_1;
}

object triplex_line {
	name trip_line15; 
	phases CS; 
	from trip_node15; 
	to trip_meter15; 
	length 0; 
	configuration triplex_line_configuration_1;
}

// House 1 meter
object triplex_meter {
	name trip_meter1; 
	phases CS; 
	nominal_voltage 120;
}

// House 2 meter
object triplex_meter {
	name trip_meter2; 
	phases AS; 
	nominal_voltage 120;
}

// House 3 meter
object triplex_meter {
	name trip_meter3; 
	phases BS; 
	nominal_voltage 120;
}

// House 4 meter
object triplex_meter {
	name trip_meter4; 
	phases CS; 
	nominal_voltage 120;
}

// House 5 meter
object triplex_meter {
	name trip_meter5; 
	phases BS; 
	nominal_voltage 120;
}

// House 6 meter
object triplex_meter {
	name trip_meter6; 
	phases CS; 
	nominal_voltage 120;
}

// House 7 meter
object triplex_meter {
	name trip_meter7; 
	phases BS; 
	nominal_voltage 120;
}

// House 8 meter
object triplex_meter {
	name trip_meter8; 
	phases CS; 
	nominal_voltage 120;
}

// House 9 meter
object triplex_meter {
	name trip_meter9; 
	phases AS; 
	nominal_voltage 120;
}

// House 10 meter
object triplex_meter {
	name trip_meter10; 
	phases AS; 
	nominal_voltage 120;
}

// House 11 meter
object triplex_meter {
	name trip_meter11; 
	phases BS; 
	nominal_voltage 120;
}

// House 12 meter
object triplex_meter {
	name trip_meter12; 
	phases CS; 
	nominal_voltage 120;
}

// House 13 meter
object triplex_meter {
	name trip_meter13; 
	phases AS; 
	nominal_voltage 120;
}

// House 14 meter
object triplex_meter {
	name trip_meter14; 
	phases BS; 
	nominal_voltage 120;
}

// House 15 meter
object triplex_meter {
	name trip_meter15; 
	phases CS; 
	nominal_voltage 120;
}
 
// Switch
object switch:671692 {
	phases "ABCN";
	name 671-692;
	from node:671;
	to node:692;
	status CLOSED;
}
 
// Transformer
object transformer_configuration:400 {
	connect_type WYE_WYE;
  	install_type PADMOUNT;
  	power_rating 500;
  	primary_voltage 4160;
  	secondary_voltage 480;
  	resistance 0.011;
  	reactance 0.02;
}
  
object transformer:633634 {
  	phases "ABCN";
  	name 633-634;
  	from node:633;
  	to node:634;
  	configuration transformer_configuration:400;
}

object transformer_configuration {
	name AS_config;
	connect_type SINGLE_PHASE_CENTER_TAPPED;
	install_type POLETOP;
	powerA_rating 75;
	primary_voltage 2401;
	secondary_voltage 120.000;
	impedance 0.006+0.0136j;
}

object transformer_configuration {
	name BS_config;
	connect_type SINGLE_PHASE_CENTER_TAPPED;
	install_type POLETOP;
	powerB_rating 75;
	primary_voltage 2401;
	secondary_voltage 120.000;
	impedance 0.006+0.0136j;
}

object transformer_configuration {
	name CS_config;
	connect_type SINGLE_PHASE_CENTER_TAPPED;
	install_type POLETOP;
	powerC_rating 75;
	primary_voltage 2401;
	secondary_voltage 120.000;
	impedance 0.006+0.0136j;
}

object capacitor {
	phases ABCN;
	name CAP1;
	pt_phase ABCN;
	parent 675;
	phases_connected ABCN;
	control VOLT;
	voltage_set_high 2500.0;
	voltage_set_low 1950.0;
	capacitor_A 0.300 MVAr;
	capacitor_B 0.300 MVAr;
	capacitor_C 0.300 MVAr;
	control_level INDIVIDUAL;
	time_delay 0.0;	
	dwell_time 0.0;
	switchA CLOSED;				// manual controls for load manipulation (don't use the switch player)
	switchB CLOSED;
	switchC CLOSED;
	nominal_voltage 2401.7771;	
}

object capacitor {
	phases ABCN;
	name CAP2;
	pt_phase ABCN;
	parent 675;
	phases_connected ABCN;
	control VOLT;
	voltage_set_high 2600.0;
	voltage_set_low 2050.0;
	capacitor_A 0.250 MVAr;
    capacitor_B 0.250 MVAr;
	capacitor_C 0.250 MVAr;
	control_level INDIVIDUAL;
	time_delay 300.0;	
	dwell_time 0.0;
	switchA CLOSED;				// manual controls for load manipulation (don't use the switch player)
	switchB CLOSED;
	switchC CLOSED;
	nominal_voltage 2401.7771;
}
  
// Regulator
object regulator_configuration:6506321 {
	connect_type WYE_WYE;
	band_center 2000.000;
	band_width 80.0;
	time_delay 0.0;
	dwell_time 0.0;
	raise_taps 16;
	lower_taps 16;
	regulation 0.10;
	Control REMOTE_NODE;
	tap_pos_A 9;
	tap_pos_B 7;
	tap_pos_C 10;
}
  
object regulator:650630 {
	phases "ABCN";
	from node:650;
	to node:630;
	sense_node 671;
	configuration regulator_configuration:6506321;
}

// House 1
object house:..20 {
	parent trip_meter1;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint4+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	thermostat_deadband random.normal (2,.5);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand1*random.normal(1,.2);
	};
}

// House 2
object house:..20 {
	parent trip_meter2;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint2+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

// House 3
object house:..20 {
	parent trip_meter3;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint2+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand2*random.normal(1,.2);
	};
}

// House 4
object house:..20 {
	parent trip_meter4;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint5+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

// House 5
object house:..20 {
	parent trip_meter5;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint2+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

// House 6
object house:..20 {
	parent trip_meter6;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint3+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand1*random.normal(1,.2);
	};
}

// House 7
object house:..20 {
	parent trip_meter7;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint5+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand2*random.normal(1,.2);
	};
}

// House 8
object house:..20 {
	parent trip_meter8;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint2+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand2*random.normal(1,.2);
	};
}

// House 9
object house:..20 {
	parent trip_meter9;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint5+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

// House 10
object house:..20 {
	parent trip_meter10;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint4+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

// House 11
object house:..20 {
	parent trip_meter11;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint2+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand2*random.normal(1,.2);
	};
}

// House 12
object house:..20 {
	parent trip_meter12;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint1+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

// House 13
object house:..20 {
	parent trip_meter13;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint3+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand2*random.normal(1,.2);
	};
}

// House 14
object house:..20 {
	parent trip_meter14;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint4+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand1*random.normal(1,.2);
	};
}

// House 15
object house:..20 {
	parent trip_meter15;
	floor_area random.normal(1750,400);
	heating_setpoint heatingsetpoint2+random.normal(0,4);
	cooling_setpoint random.normal (80,2);
	object ZIPload {
		base_power ZIP1base_power*random.normal(1,.25);
		power_fraction 0.2;
		impedance_fraction 0.3;
		current_fraction 0.5;
		power_pf 0.9;
		current_pf 0.6;
		impedance_pf 0.8;
	};
	object waterheater {
		location INSIDE;
		water_demand waterdemand3*random.normal(1,.2);
	};
}

object multi_recorder {
	property trip_meter1:measured_real_power,trip_meter2:measured_real_power,trip_meter3:measured_real_power,trip_meter4:measured_real_power,trip_meter5:measured_real_power,trip_meter6:measured_real_power,trip_meter7:measured_real_power,trip_meter8:measured_real_power,trip_meter9:measured_real_power,trip_meter10:measured_real_power,trip_meter11:measured_real_power,trip_meter12:measured_real_power,trip_meter13:measured_real_power,trip_meter14:measured_real_power,trip_meter15:measured_real_power;
	file "IEEE_13_Node_With_Houses.csv";
	interval 60;
	limit 60;
}