library.glm

// IEEE 123 realtime demo feeder component library
// Copyright (C) 2016, Stanford University
// Author: dchassin@slac.stanford.edu

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

// Regulator configs
object regulator_configuration {
	name rc501;
	connect_type 1;
	band_center 120.000;
	band_width 2.0;
	time_delay 30.0;
	raise_taps 16;
	lower_taps 16;
	current_transducer_ratio 700;
	power_transducer_ratio 20;
	compensator_r_setting_A 3.0;
	compensator_x_setting_A 7.5;
	CT_phase "A";
	PT_phase "A";
	regulation 0.10;
	Control MANUAL;
	Type A;
	tap_pos_A 0;
	tap_pos_B 0;
	tap_pos_C 0;
}

object regulator_configuration {
	name rc502;
	connect_type 1;
	band_center 120.000;
	band_width 2.0;
	time_delay 30.0;
	raise_taps 16;
	lower_taps 16;
	current_transducer_ratio 50;
	power_transducer_ratio 20;
	compensator_r_setting_A 0.4;
	compensator_x_setting_A 0.4;
	CT_phase "A";
	PT_phase "A";
	regulation 0.10;
	Control MANUAL;
	Type A;
	tap_pos_A -1;
	tap_pos_B 0;
	tap_pos_C 0;
}

object regulator_configuration {
	name rc503;
	connect_type 1;
	band_center 120.000;
	band_width 1.0;
	time_delay 30.0;
	raise_taps 16;
	lower_taps 16;
	current_transducer_ratio 50;
	power_transducer_ratio 20;
	compensator_r_setting_A 0.4;
	compensator_r_setting_C 0.4;
	compensator_x_setting_A 0.4;
	compensator_x_setting_C 0.4;
	CT_phase "AC";
	PT_phase "AC";
	regulation 0.10;
	Control MANUAL;
	Type A;
	tap_pos_A 0;
	tap_pos_B 0;
	tap_pos_C -1;
}

object regulator_configuration {
	name rc504;
	connect_type 1;
	band_center 124.000;
	band_width 2.0;
	time_delay 30.0;
	raise_taps 16;
	lower_taps 16;
	current_transducer_ratio 300;
	power_transducer_ratio 20;
	compensator_r_setting_A 0.6;
	compensator_r_setting_B 1.4;
	compensator_r_setting_C 0.2;
	compensator_x_setting_A 1.3;
	compensator_x_setting_B 2.6;
	compensator_x_setting_C 1.4;
	CT_phase "ABC";
	PT_phase "ABC";
	regulation 0.10;
	Control MANUAL;
	Type A;
	tap_pos_A 8;
	tap_pos_B 1;
	tap_pos_C 5;
}