wind_turbine_example.glm

clock {
     timezone PST+8PDT;
     timestamp '2009-01-01 00:00:00';
     stoptime '2009-01-05 00:00:00';
}

#define PF=FBS

#set profiler=1;
#set double_format=%+.12lg
#set randomseed=10;
#set relax_naming_rules=1;

module tape;
module climate;
module generators;
module assert;

module powerflow {
    solver_method ${PF};
	line_limits FALSE;
	default_maximum_voltage_error 1e-9;
};

//#set savefile="test_my_turbine_${PF}.xml"

object climate {
    tmyfile "Standard_Weather.csv";
    reader csvreader;
};

object csv_reader {
	name csvreader;
	filename "Standard_Weather.csv";
}

object overhead_line_conductor:100 {
	geometric_mean_radius 0.0244;
	resistance 0.306;
}

object overhead_line_conductor:101 {
	geometric_mean_radius 0.00814;
	resistance 0.592;
}

object line_spacing:200 {
	distance_AB 2.5;
	distance_BC 4.5;
	distance_AC 7.0;
	distance_AN 5.656854;
	distance_BN 4.272002;
	distance_CN 5.0;
}

object line_configuration:300 {
	conductor_A overhead_line_conductor:100;
	conductor_B overhead_line_conductor:100;
	conductor_C overhead_line_conductor:100;
	conductor_N overhead_line_conductor:101;
	spacing line_spacing:200;
}

object transformer_configuration:400 {
	connect_type WYE_WYE;
	power_rating 6000;
	primary_voltage 12470;
	secondary_voltage 4160;
	resistance 0.01;
	reactance 0.06;
	install_type PADMOUNT;
}

object node:1 {
	phases "ABCN";
	bustype SWING;
	voltage_A +7199.558+0.000j;
	voltage_B -3599.779-6235.000j;
	voltage_C -3599.779+6235.000j;
	nominal_voltage 7200;
}

object overhead_line:12 {
	phases "ABCN";
	from node:1;
	to node:2;
	length 2000;
	configuration line_configuration:300;
}

object node:2 {
	phases "ABCN";
	voltage_A +7199.558+0.000j;
	voltage_B -3599.779-6235.000j;
	voltage_C -3599.779+6235.000j;
	nominal_voltage 7200;
}

object transformer:23 {
	phases "ABCN";
	from node:2;
	to node:3;
	configuration transformer_configuration:400;
	name transformer23;
	object recorder {
		property power_out_real;
		interval 900;
		file test_windpower_${PF}.csv;
	};
}

object node:3 {
	phases "ABCN";
	voltage_A +2401.777+0.000j;
	voltage_B -1200.889-2080.000j;
	voltage_C -1200.889+2080.000j;
	nominal_voltage 2400;
}

object overhead_line:34 {
	phases "ABCN";
	from node:3;
	to load:4;
	length 2500;
	configuration line_configuration:300;
}

object load:4 {
	phases "ABCN";
	voltage_A +2401.777+0.000j;
	voltage_B -1200.889-2080.000j;
	voltage_C -1200.889+2080.000j;
	constant_power_A +1275000.000+790174.031j;
	constant_power_B +1800000.000+871779.789j;
	constant_power_C +2375000.000+780624.750j;
	maximum_voltage_error 0.001;
	nominal_voltage 2400;
}

// Add Vestas wind turbine
object transformer_configuration:500 {
	connect_type WYE_WYE;
	power_rating 3000;
	primary_voltage 4160;
	secondary_voltage 600;
	resistance 0.01;
	reactance 0.06;
	install_type PADMOUNT;
}

object transformer {
	phases "ABCN";
	from load:4;
	to my_meter1;
	configuration transformer_configuration:500;
}

object meter {
	name my_meter1;
	phases ABCN;
	nominal_voltage 350;
}

object windturb_dg {
	parent my_meter1;
	phases ABCN;
	name windturb1;
	Gen_status ONLINE;
	Gen_type SYNCHRONOUS;
	Gen_mode CONSTANTP;
	Turbine_Model VESTAS_V82;
	object multi_recorder {
		file test_wind_power_${PF}1.csv;
		interval 900;
		property wind_speed,WSadj,Cp,my_meter1:measured_real_power,total_real_power;
	};
}

// Add GE wind turbine
object transformer_configuration:600 {
	connect_type WYE_WYE;
	power_rating 3000;
	primary_voltage 4160;
	secondary_voltage 690;
	resistance 0.01;
	reactance 0.06;
	install_type PADMOUNT;
}

object transformer {
	phases "ABCN";
	from load:4;
	to my_meter2;
	configuration transformer_configuration:600;
}

object meter {
	name my_meter2;
	phases ABCN;
	nominal_voltage 400;
}

object windturb_dg {
	parent my_meter2;
	phases ABCN;
	name windturb2;
	Gen_status ONLINE;
	Gen_type SYNCHRONOUS;
	Gen_mode CONSTANTP;
	Turbine_Model GE_25MW;
	object multi_recorder {
		file test_wind_power_${PF}2.csv;
		interval 900;
		property wind_speed,WSadj,Cp,my_meter2:measured_real_power,total_real_power;
	};
}