one_meter.glm

#set double_format=%+.12lg
#set profiler=1
#set randomseed=10
#set relax_naming_rules=1
//#set savefile=test.xml
#set minimum_timestep=1
#set warn=0

clock {
	timezone PST+8PDT;
	starttime '2013-07-01 00:00:00';
	stoptime '2013-07-02 00:00:00';
}

module climate;
module market;
module powerflow {
	solver_method FBS;
	NR_iteration_limit 100;
}
module residential {
	implicit_enduses NONE;
}
module tape;
module generators;

#include "water_and_setpoint_schedule_v5.glm"
#include "appliance_schedules.glm"

object climate {
    name "RegionalWeather";
    tmyfile "WA-Seattle.tmy2";
    interpolate QUADRATIC;
};

class player {
    double value;
}
object player {
    name PHASE_A;
    file "phase_A.player";
    loop 1;
}
object player {
    name PHASE_B;
    file "phase_B.player";
    loop 1;
}
object player {
    name PHASE_C;
    file "phase_C.player";
    loop 1;
}
object player {
    name VOLTAGE;
    file "voltage.player";
    loop 1;
}

object transformer_configuration {
	name substation_config;
	connect_type WYE_WYE;
	install_type PADMOUNT;
	power_rating 450;
	powerA_rating 150 kVA;
	powerB_rating 150;
	powerC_rating 150;
	primary_voltage 133000;
	secondary_voltage 7200;
	impedance +0.015+0.0675j;
}

object transformer_configuration {
	name default_transformer_A;
	connect_type SINGLE_PHASE_CENTER_TAPPED;
	install_type PADMOUNT;
	power_rating 15;
	powerA_rating 15 kVA;
	primary_voltage 7200;
	secondary_voltage 120;
	impedance +0.015+0.0675j;
}

object transformer_configuration {
	name default_transformer_B;
	connect_type SINGLE_PHASE_CENTER_TAPPED;
	install_type PADMOUNT;
	power_rating 15;
	powerB_rating 15;
	primary_voltage 7200;
	secondary_voltage 120;
	impedance +0.015+0.0675j;
}

object transformer_configuration {
	name default_transformer_C;
	connect_type SINGLE_PHASE_CENTER_TAPPED;
	install_type PADMOUNT;
	power_rating 15;
	powerC_rating 15;
	primary_voltage 7200;
	secondary_voltage 120;
	impedance +0.015+0.0675j;
}

object triplex_line_conductor {
	name Name_1_0_AA_triplex;
	resistance 0.57;
	geometric_mean_radius 0.011;
}

object triplex_line_configuration {
	name TLCFG;
	conductor_1 Name_1_0_AA_triplex;
	conductor_2 Name_1_0_AA_triplex;
	conductor_N Name_1_0_AA_triplex;
	insulation_thickness 0.08;
	diameter 0.368;
}

object substation {
	name network_node;
	phases ABCN;
	nominal_voltage 133000;
	positive_sequence_voltage VOLTAGE.value; // 133000;
	bustype SWING;
    base_power 12MVA;
    power_convergence_value 100VA;
}

object meter {
	name F1_transformer_meter;
	phases ABCN;
	nominal_voltage 7200;
}

object transformer {
	name F1_Transformer1;
	groupid F1_Network_Trans;
	phases ABCN;
	from network_node;
	to F1_transformer_meter;
	configuration substation_config;
}

object load {
     name unresp_load;
     nominal_voltage 7200;
     phases ABCN;
     parent F1_transformer_meter;
	 
     base_power_A PHASE_A.value*1.0;
     base_power_B PHASE_B.value*1.0;
     base_power_C PHASE_C.value*1.0;
	 
	 power_pf_A 0.9;
	 power_pf_B 0.9;
	 power_pf_C 0.9;
	 
	 power_fraction_A 1.0;
	 power_fraction_B 1.0;
	 power_fraction_C 1.0;
	 
	 current_fraction_A 0.0;
	 current_fraction_B 0.0;
	 current_fraction_C 0.0;
	 
	 impedance_fraction_A 0.0;
	 impedance_fraction_B 0.0;
	 impedance_fraction_C 0.0;
};

object triplex_meter {
	name F1_triplex_node_A;
	phases SA;
	nominal_voltage 120;
}

object triplex_meter {
	name F1_triplex_node_B;
	phases SB;
	nominal_voltage 120;
}

object triplex_meter {
	name F1_triplex_node_C;
	phases SC;
	nominal_voltage 120;
}

object transformer {
	name F1_center_tap_transformer_A;
	phases SA;
	from F1_transformer_meter;
	to F1_triplex_node_A;
	configuration default_transformer_A;
}

object transformer {
	name F1_center_tap_transformer_B;
	phases SB;
	from F1_transformer_meter;
	to F1_triplex_node_B;
	configuration default_transformer_B;
}

object transformer {
	name F1_center_tap_transformer_C;
	phases SC;
	from F1_transformer_meter;
	to F1_triplex_node_C;
	configuration default_transformer_C;
}

object triplex_meter {
	name F1_tpm_flatrate_B0;
	groupid F1_flatrate_meter;
	phases SB;
	nominal_voltage 120;
}

object triplex_line {
	groupid F1_Triplex_Line;
	phases SB;
	from F1_triplex_node_B;
	to F1_tpm_flatrate_B0;
	length 100 ft;
	configuration TLCFG;
}

object triplex_meter {
	name F1_tpm_rt_B0;
	groupid F1_rt_meter;
	parent F1_tpm_flatrate_B0;
	phases SB;
	nominal_voltage 120;
}

object house {
	name F1_house_B0;
	parent F1_tpm_rt_B0;
	schedule_skew 577;
	Rroof 17.618;
	Rwall 6.872;
	Rfloor 4.818;
	Rdoors 3;
	Rwindows 1.315;
	airchange_per_hour 1.288;
	hvac_power_factor 0.97;
	cooling_system_type ELECTRIC;
	heating_system_type GAS;
	fan_type ONE_SPEED;
	hvac_breaker_rating 200;
	total_thermal_mass_per_floor_area 4.311;
	motor_efficiency AVERAGE;
	motor_model BASIC;
	cooling_COP 2.502;
	floor_area 637.886;
	number_of_doors 1;
	air_temperature 68.886;
	mass_temperature 68.886;
	heating_setpoint heating5*1.043+1.41;
object ZIPload {
	schedule_skew 577;
	heat_fraction 0.889;
	base_power LIGHTS*1.7284;
	power_pf 0;
	power_fraction 0;
	current_pf 0;
	current_fraction 0;
	impedance_pf 1;
	impedance_fraction 1;
};
object ZIPload {
	schedule_skew 577;
	heat_fraction 0.732;
	base_power CLOTHESWASHER*0.9135;
	power_pf 0.97;
	power_fraction 1;
	current_pf 0.97;
	current_fraction 0;
	impedance_pf 0.97;
	impedance_fraction 0;
};
object ZIPload {
	schedule_skew 577;
	heat_fraction 0.853;
	base_power REFRIGERATOR*0.8837;
	power_pf 0.97;
	power_fraction 1;
	current_pf 0.97;
	current_fraction 0;
	impedance_pf 0.97;
	impedance_fraction 0;
};
object ZIPload {
	schedule_skew 577;
	heat_fraction 0.875;
	base_power DRYER*0.5453;
	power_pf 0.9;
	power_fraction 0.1;
	current_pf 0.9;
	current_fraction 0.1;
	impedance_pf 1;
	impedance_fraction 0.8;
};
object ZIPload {
	schedule_skew 577;
	heat_fraction 0.76;
	base_power RANGE*0.6705;
	power_pf 0;
	power_fraction 0;
	current_pf 0;
	current_fraction 0;
	impedance_pf 1;
	impedance_fraction 1;
};
object ZIPload {
	schedule_skew 577;
	heat_fraction 0.951;
	base_power MICROWAVE*0.7977;
	power_pf 0.97;
	power_fraction 1;
	current_pf 0.97;
	current_fraction 0;
	impedance_pf 0.97;
	impedance_fraction 0;
};
}

object triplex_meter {
	name solar_F1_tpm_rt_B0;
	parent F1_tpm_rt_B0;
	phases BS;
	nominal_voltage 120;
	groupid inverter_meter;
	
	object inverter {
		name inv_F1_house_B0;
		phases BS;
		inverter_type FOUR_QUADRANT;
		power_factor 1;
		use_multipoint_efficiency TRUE;
		inverter_manufacturer XANTREX;
		maximum_dc_power 6500; 
		four_quadrant_control_mode CONSTANT_PF;
		generator_status ONLINE;
		rated_power 6500;	
		inverter_efficiency 0.90;

		object solar {
			name sol_inv_F1_house_B0;
			generator_mode SUPPLY_DRIVEN;
			generator_status ONLINE;
			panel_type SINGLE_CRYSTAL_SILICON;
			orientation FIXED_AXIS; 
			rated_power 7500;
		};
	};
}

object recorder {
	parent F1_tpm_rt_B0;
	property measured_voltage_1.real,measured_voltage_1.imag,measured_current_1.real,measured_current_1.imag,measured_power.real,measured_power.imag;
	interval 1.0;
	file TPM_B0.csv;
}
object recorder {
	parent F1_transformer_meter;
	property measured_voltage_A,measured_power_A,measured_voltage_B,measured_power_B,measured_voltage_C,measured_power_C;
	interval 1.0;
	file Transformer.csv;
}