# $Id: residential_loads.glm 683 2008-06-18 20:16:29Z d3g637 $
#
# This model is a fully functional integrated load and powerflow model.
# A single house is defined with each enduse represented with varying
# power aggregation consumption is attached to the IEEE 4 Node Feeder.
# 

module powerflow;
module climate;
module residential;
module tape;

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

###############################################################################
# IEEE 4 Node Feeder: Balanced step-down delta-delta

object overhead_line_conductor {
	name OH100;
	geometric_mean_radius 0.0244;
	resistance 0.306;
}

object overhead_line_conductor {
	name OH101;
	geometric_mean_radius 0.00814;
	resistance 0.592;
}

object line_spacing {
	name LS200;
	distance_AtoB 2.5;
	distance_BtoC 4.5;
	distance_AtoC 7.0;
	distance_AtoN 5.656854;
	distance_BtoN 4.272002;
	distance_CtoN 5.0;
}

object line_configuration {
	name LC300;
	phaseA_conductor OH100;
	phaseB_conductor OH100;
	phaseC_conductor OH100;
	phaseN_conductor OH101;
	line_spacing LS200;
}

object transformer_configuration {
	name XFC400;
	connect_type 2;
	kVA_rating 6000;
	V_primary 12470;
	V_secondary 4160;
	R_pu 0.01;
	X_pu 0.06;
}

object transformer_configuration {
	name PoleTop;
	connect_type 5;
	kVA_rating 400;
	phaseA_kVA_rating 400;
	V_primary 2402;
	V_secondary 120;
	R_pu 0.01;
	X_pu 0.06;
}

object node {
	name Node1;
	phases A|B|C;
	phaseA_V +7199.558+0.000j;
	phaseB_V -3599.779-6235.000j;
	phaseC_V -3599.779+6235.000j;
}

object overhead_line {
	name Link12;
	phases A|B|C;
	from Node1;
	to Node2;
	length 2000;
	configuration LC300;
}

object node {
	name Node2;
	phases A|B|C;
	phaseA_V +7199.558+0.000j;
	phaseB_V -3599.779-6235.000j;
	phaseC_V -3599.779+6235.000j;
}

object transformer {
	name Link23;
	phases A|B|C;
	from Node2;
	to Node3;
	configuration XFC400;
}

object node {
	name Node3;
	phases A|B|C;
	phaseA_V +2401.777+0.000j;
	phaseB_V -1200.889-2080.000j;
	phaseC_V -1200.889+2080.000j;
}

object overhead_line {
	name Link34;
	phases A|B|C;
	from Node3;
	to Node4;
	length 2500;
	configuration LC300;
}

object load {
	name Load;
	parent Node4;
	phases A|B|C|D;
	phaseA_V +2401.777+0.000j;
	phaseB_V -1200.889-2080.000j;
	phaseC_V -1200.889+2080.000j;
	phaseA_VA +1800000.000+871779.789j;
	phaseB_VA +1800000.000+871779.789j;
	phaseC_VA +1800000.000+871779.789j;
	sync_V_limit 0.001;
}

object node {
	name Node4;
	phases A|B|C|D;
	phaseA_V +2401.777+0.000j;
	phaseB_V -1200.889-2080.000j;
	phaseC_V -1200.889+2080.000j;
}

object transformer {
	name Link45;
	phases A|B|C;
	from Node4;
	to Meter;
	configuration PoleTop;
}
	
###############################################################################
# residential model

object meter {
	name Meter;
	type SINGLEPHASE;
	parent Link45;
	line1_voltage +120+0.000j;
	line2_voltage +120.0+0.0j;
	line3_voltage +0.0+00.000j;
	line12_voltage 240 V;
	line23_voltage -120 V;
	line31_voltage -120 V;
}

object house {
	name House;
	parent Meter;
	latitude "48N";
	longitude "125W";
	floor_area 1500.0 sf;
	envelope_UA 450.0;
	window_wall_ratio 0.25;
	glazing_shgc 0.40;
	heating_setpoint 72.0;
	cooling_setpoint 76.0;
}

object waterheater {
	name Waterheater;
	parent House;
	tank_volume 60;
	tank_UA 2.0;
	water_demand 0.25 gpm;
	heating_element_capacity 4500 W;
	location INSIDE;
	tank_setpoint 120 degF;
}

object lights {
	name Lights;
	type INCANDESCENT;
	parent House;
	placement INDOOR;
	demand 0.50;
	installed_power 1.5 kW;
}

###############################################################################
# this tape is set to loop 100 times to cycle through the synchronization
object player {
	name Player;
	parent Lights;
	property demand;
	file /afs/msrc/files/webroot/Gridlab-D_devel/webapps/GridLabWeb/WEB-INF/workDir/model/lighting.player;
	loop 100;
}


###############################################################################
# these recorders are set to gather data about the simulation results
object recorder{
	name MeterCorder;
	parent Meter;
	property energy,power,demand,line1_voltage,line2_voltage,line3_voltage,line1_current,line2_current,line3_current;
	file residential_meter.csv;
	interval 0;
}

###############################################################################
# END