powerflow_4node.glm

////////////////////////////////////////////////////////// BEGIN////////////////////////////////////////////////////////
// filename... powerflow_4node.glm 

clock { 
	 timestamp '2000-01-01 0:00:00';
	 timezone EST+5EDT;
}

////////////////////////////////////////////////////////
// modules
module powerflow;

// 336,400 26/7
object overhead_line_conductor:100 {
	name PhaseCond;
	geometric_mean_radius 0.0244 ft;
	resistance 0.306;
//	diameter 0.721 in;
}

// 4/0 6/1 ACSR
object overhead_line_conductor:101 {
	name NeutralCond;
	geometric_mean_radius 0.00814 ft;
	resistance 0.592;
//	diameter 0.563 in;
}

// Line Spacing
object line_spacing:200 {
	name LineSpacing;
	distance_AB 2.5;
	distance_BC 4.5;
	distance_AC 7.0;
	distance_AN 5.656;
	distance_BN 4.272;
	distance_CN 5.0;
}

// Line Configuration
object line_configuration:1 {
	name LineConf;
	conductor_A PhaseCond;
	conductor_B PhaseCond;
	conductor_C PhaseCond;
	conductor_N NeutralCond;
	spacing LineSpacing;
}

object overhead_line {
	name Line1;
	phases "ABCN";
	from Node1;
	to Node2;
	length 2000 ft;
	configuration LineConf;
	nominal_voltage 124.0;
}

object overhead_line {
	name Line2;
	phases "ABCN";
	from Node3;
	to Node4;
	length 2500 ft;
	configuration LineConf;
	nominal_voltage 124.0;
}

object node {
	name Node1;
	phases "ABCN";
	nominal_voltage 124.0;
	//phaseA_V 124.0+0.0j;
	//phaseB_V -62-107.38715006927j;
	//phaseC_V -62+107.38715006927j;
}

object node {
	name Node2;
	phases "ABCN";
	nominal_voltage 124.0;
	//phaseA_V 124.0+0.0j;
	//phaseB_V -62-107.38715006927j;
	//phaseC_V -62+107.38715006927j;
}

object node {
	name Node3;
	phases "ABCN";
	nominal_voltage 124.0;
	//phaseA_V 124.0+0.0j;
	//phaseB_V -62-107.38715006927j;
	//phaseC_V -62+107.38715006927j;
}

object node {
	name Node4;
	phases "ABCN";
	nominal_voltage 124.0;
	//phaseA_V 124.0+0.0j;
	//phaseB_V -62-107.38715006927j;
	//phaseC_V -62+107.38715006927j;
}