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model_bc.glm
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////////////////////////////////////////////////////////
// BEGIN
////////////////////////////////////////////////////////
// filename... model_bc.glm
// workdir.... /TESS
// command.... gridlabd model.glm
// created.... Tue Apr 14 00:25:38 2020
// user....... (null)
// host....... 4c414307774a
// modules.... 5
// classes.... 90
// objects.... 92
// options.... MINIMAL
////////////////////////////////////////////////////////
// CLOCK
clock {
timezone "PST8PDT";
starttime "2016-07-01 00:00:00 PDT";
stoptime "2016-07-02 00:00:00 PDT";
}
////////////////////////////////////////////////////////
// modules
module climate {
message_flags "DEBUG|VERBOSE";
}
module generators {
message_flags "DEBUG|VERBOSE";
enable_subsecond_models "FALSE";
deltamode_timestep "+1e+07 ns";
}
module powerflow {
message_flags "DEBUG|VERBOSE";
show_matrix_values "FALSE";
primary_voltage_ratio "+60";
nominal_frequency "+60";
require_voltage_control "FALSE";
geographic_degree "+0";
fault_impedance "+1e-06+0j";
ground_impedance "+1e-06+0j";
warning_underfrequency "+55";
warning_overfrequency "+65";
warning_undervoltage "+0.8";
warning_overvoltage "+1.2";
warning_voltageangle "+2";
maximum_voltage_error "+1e-06";
solver_method "FBS";
NR_matrix_file "";
NR_matrix_output_interval "NEVER";
NR_matrix_output_references "FALSE";
line_capacitance "FALSE";
line_limits "TRUE";
lu_solver "";
NR_iteration_limit "500";
NR_deltamode_iteration_limit "10";
NR_superLU_procs "1";
default_maximum_voltage_error "+1e-06";
default_maximum_power_error "+0.0001";
NR_admit_change "TRUE";
enable_subsecond_models "FALSE";
all_powerflow_delta "FALSE";
deltamode_timestep "+1e+07 ns";
current_frequency "+60 Hz";
master_frequency_update "FALSE";
enable_frequency_dependence "FALSE";
default_resistance "+0.0001";
enable_inrush "FALSE";
low_voltage_impedance_level "+0.7";
enable_mesh_fault_current "FALSE";
convergence_error_handling "FATAL";
solver_profile_enable "FALSE";
solver_profile_filename "solver_nr_profile.csv";
solver_profile_headers_included "TRUE";
solver_headers "timestamp,duration[microsec],iteration,bus_count,branch_count,error";
market_price_name "current_market.clearing_price";
}
module tape {
gnuplot_path "/usr/bin/gnuplot";
flush_interval "0";
csv_data_only "0";
csv_keep_clean "0";
delta_mode_needed "NEVER";
}
module residential {
message_flags "DEBUG|VERBOSE";
default_line_voltage "+240+0d V";
default_line_current "+0+0j A";
default_outdoor_temperature "+74 degF";
default_humidity "+75 %";
default_solar "+0 Btu/sf";
default_etp_iterations "100";
ANSI_voltage_check "TRUE";
enable_subsecond_models "FALSE";
deltamode_timestep "+1e+07 ns";
all_house_delta "FALSE";
implicit_enduses "DRYER|CLOTHESWASHER|WATERHEATER|RANGE|REFRIGERATOR|FREEZER|MICROWAVE|DISHWASHER|PLUGS|LIGHTS";
implicit_enduse_source "EIA2015";
house_low_temperature_warning "+55 degF";
house_high_temperature_warning "+95 degF";
thermostat_control_warning "+4.94066e-324";
system_dwell_time "+1 s";
aux_cutin_temperature "+10 degF";
paneldump_filename "paneldump.csv";
paneldump_interval "0";
paneldump_resolution "+0";
}
////////////////////////////////////////////////////////
// classes
class battery {
char32 charging_type;
double k;
}
class player {
double value;
}
class house {
double k;
double T_max;
double T_min;
}
////////////////////////////////////////////////////////
// objects
object climate.climate {
name "weather";
latitude "30N17:0.00";
longitude "97W44:0.00";
guid "305DF432F7DA052326717FE317E9C790";
solar_elevation "-0.558411 rad";
solar_zenith "+2.12921 rad";
tmyfile "data/722540TYA.tmy3";
temperature "+78.082 degF";
humidity "+0.74 pu";
extraterrestrial_direct_normal "+0 W/sf";
pressure "+993 mbar";
record.low "+24.982 degF";
record.high "+102.022 degF";
record.solar "+93.9678 W/sf";
rainfall "+1.49606 in/h";
interpolate "QUADRATIC";
opq_sky_cov "+0.6 pu";
}
object tape.player {
name "player_0";
guid "6A2237EA8A58D28A6097A3C2A4E569BF";
property "(undefined)";
file "glm_generation_Austin/players_Austin/ps_3039_2016.player";
filetype "txt";
mode "file";
value "+0.28";
}
object tape.player {
name "player_1";
guid "33933BF121DE56B216F176BCE2BE1E61";
property "(undefined)";
file "glm_generation_Austin/players_Austin/ps_93_2016.player";
filetype "txt";
mode "file";
value "+0.37";
}
object tape.player {
name "player_2";
guid "4DBA709620683A216083BE3614CED2EB";
property "(undefined)";
file "glm_generation_Austin/players_Austin/ps_503_2016.player";
filetype "txt";
mode "file";
value "+0.26";
}
object tape.player {
name "player_3";
guid "57AB76F654A2C51179D5196085DAF40";
property "(undefined)";
file "glm_generation_Austin/players_Austin/ps_86_2016.player";
filetype "txt";
mode "file";
value "+0.33";
}
object tape.player {
name "player_4";
guid "49CC85726CD395DB385B5288C4CFA6A6";
property "(undefined)";
file "glm_generation_Austin/players_Austin/ps_187_2016.player";
filetype "txt";
mode "file";
value "+0.01";
}
object tape.player {
name "player_5";
guid "350D6902A977B5F0179632F49EEC544D";
property "(undefined)";
file "glm_generation_Austin/players_Austin/ps_1718_2016.player";
filetype "txt";
mode "file";
value "+0.01";
}
object powerflow.meter {
name "node_149";
guid "2DA996609F6096F13F94A51ABBF4D252";
measured_real_energy "+176416 Wh";
measured_reactive_energy "+153268 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+7795.5+32.2907d VA";
measured_power_A "+1551.77+23.7167d VA";
measured_power_B "+5331.8+36.535d VA";
measured_power_C "+957.898+22.478d VA";
measured_demand "+25894.1 W";
measured_real_power "+6589.91 W";
measured_reactive_power "+4164.47 VAr";
measured_voltage_A "+2401+0d V";
measured_voltage_B "+2401-120d V";
measured_voltage_C "+2401+120d V";
measured_voltage_AB "+4158.65+30d V";
measured_voltage_CA "+4158.65+150d V";
measured_current_A "+0.59172-0.259952j A";
measured_current_B "-2.03702-0.884244j A";
measured_current_C "-0.0522263+0.395525j A";
bill_day "15";
// class.parent = powerflow.node
bustype "SWING";
busflags "HASSOURCE";
maximum_voltage_error "+0.002401 V";
voltage_A "+2401+0d V";
voltage_B "+2401-120d V";
voltage_C "+2401+120d V";
voltage_AB "+4158.65+30d V";
voltage_CA "+4158.65+150d V";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_A "+60 Hz";
measured_frequency_B "+60 Hz";
measured_frequency_C "+60 Hz";
measured_frequency "+60 Hz";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
// class.parent = powerflow.powerflow_object
phases "ABCN";
nominal_voltage "+2401 V";
}
object tape.recorder {
parent "node_149";
name "recorder:8";
guid "185DB91DE34E9CB62DAC1E6B0986B916";
file "TESS/TESS_BC/load_node_149.csv";
filetype "txt";
mode "file";
flush "-1";
interval "+60 s";
property """measured_real_power, measured_reactive_power""";
}
object powerflow.meter {
name "feeder_node";
guid "7C4B84F2F5C87BE66A214181E783AEBF";
measured_real_energy "+176416 Wh";
measured_reactive_energy "+153268 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+6589.91+4164.47j VA";
measured_power_A "+1420.72+624.146j VA";
measured_power_B "+4284.07+3174.09j VA";
measured_power_C "+885.123+366.232j VA";
measured_demand "+25894.1 W";
measured_real_power "+6589.91 W";
measured_reactive_power "+4164.47 VAr";
measured_voltage_A "+2385.99+0j V";
measured_voltage_B "-1200.5-2079.33j V";
measured_voltage_C "-1200.5+2079.33j V";
measured_voltage_AB "+3586.49+2079.33j V";
measured_voltage_CA "-3586.49+2079.33j V";
measured_current_A "+0.595442-0.261587j A";
measured_current_B "-2.03702-0.884244j A";
measured_current_C "-0.0522263+0.395525j A";
bill_day "15";
// class.parent = powerflow.node
busflags "HASSOURCE";
maximum_voltage_error "+0.002401 V";
voltage_A "+2385.99+0j V";
voltage_B "-1200.5-2079.33j V";
voltage_C "-1200.5+2079.33j V";
voltage_AB "+3586.49+2079.33j V";
voltage_CA "-3586.49+2079.33j V";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_A "+60 Hz";
measured_frequency_B "+60 Hz";
measured_frequency_C "+60 Hz";
measured_frequency "+60 Hz";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
// class.parent = powerflow.powerflow_object
phases "ABCN";
nominal_voltage "+2401 V";
}
object powerflow.overhead_line {
parent "feeder_node";
name "main_line";
guid "6F305C8F0BDA8F4017B4FD838B4D744";
// class.parent = powerflow.line
configuration "lc301";
length "+15840 ft";
// class.parent = powerflow.link
status "CLOSED";
from "feeder_node";
to "main_node";
power_in "+6589.91+4164.47j VA";
power_out "+6583.48+4150.97j VA";
power_out_real "+6583.48 W";
power_losses "+7.99804+13.4992j VA";
power_in_A "+1420.72+624.146j VA";
power_in_B "+4284.07+3174.09j VA";
power_in_C "+885.123+366.232j VA";
power_out_A "+1419.32+624.804j VA";
power_out_B "+4278.25+3160.28j VA";
power_out_C "+885.907+365.887j VA";
power_losses_A "+1.3976-0.658271j VA";
power_losses_B "+5.81698+13.8119j VA";
power_losses_C "+0.783461+0.34554j VA";
current_out_A "+0.595442-0.261587j A";
current_out_B "-2.03702-0.884244j A";
current_out_C "-0.0522263+0.395525j A";
current_in_A "+0.595442-0.261587j A";
current_in_B "-2.03702-0.884244j A";
current_in_C "-0.0522263+0.395525j A";
flow_direction "CR|BF|AF";
continuous_rating "+1000 A";
emergency_rating "+2000 A";
inrush_convergence_value "+0.0001 V";
// class.parent = powerflow.powerflow_object
phases "ABCN";
nominal_voltage "+2401 V";
}
object powerflow.regulator {
parent "node_149";
name "main_reg";
guid "25EDE0C32E0524084491AFB44777DCDB";
configuration "rc502";
tap_A "-1";
sense_node "main_node";
regulator_resistance "-1 Ohm";
// class.parent = powerflow.link
status "CLOSED";
from "node_149";
to "feeder_node";
power_in "+7795.5+32.2907d VA";
power_out "+6589.91+4164.47j VA";
power_out_real "+6589.91 W";
power_losses "+1.01685e-12+63.4349d VA";
power_in_A "+1551.77+23.7167d VA";
power_in_B "+5331.8+36.535d VA";
power_in_C "+957.898+22.478d VA";
power_out_A "+1420.72+624.146j VA";
power_out_B "+4284.07+3174.09j VA";
power_out_C "+885.123+366.232j VA";
power_losses_A "+2.27374e-13+0d VA";
power_losses_C "+2.27374e-13+0d VA";
current_out_A "+0.595442-0.261587j A";
current_out_B "-2.03702-0.884244j A";
current_out_C "-0.0522263+0.395525j A";
current_in_A "+0.59172-0.259952j A";
current_in_B "-2.03702-0.884244j A";
current_in_C "-0.0522263+0.395525j A";
flow_direction "CN|BN|AN";
continuous_rating "+1000 A";
emergency_rating "+2000 A";
inrush_convergence_value "+0.0001 V";
// class.parent = powerflow.powerflow_object
phases "ABCN";
nominal_voltage "+2401 V";
}
object powerflow.regulator_configuration {
name "rc502";
guid "1BA456BFAEB59548628F9EAAE308317A";
connect_type "WYE_WYE";
band_center "+2400 V";
band_width "+40 V";
time_delay "+30 s";
raise_taps "16";
lower_taps "16";
current_transducer_ratio "+50 pu";
power_transducer_ratio "+20 pu";
compensator_r_setting_A "+0.4 V";
compensator_x_setting_A "+0.4 V";
CT_phase "A";
PT_phase "A";
regulation "+0.1";
control_level "INDIVIDUAL";
Control "OUTPUT_VOLTAGE";
Type "A";
tap_pos_A "-1";
}
object powerflow.overhead_line_conductor {
name "olc301c";
guid "67B48F9ED0F792F86E3355645306E70A";
geometric_mean_radius "+0.0244 ft";
resistance "+0.306 Ohm/mile";
diameter "+0.721 in";
rating.summer.continuous "+1000 A";
rating.summer.emergency "+2000 A";
rating.winter.continuous "+1000 A";
rating.winter.emergency "+2000 A";
}
object powerflow.overhead_line_conductor {
name "olc301n";
guid "10CA57F7909899672D812D16357E519E";
geometric_mean_radius "+0.00814 ft";
resistance "+0.592 Ohm/mile";
diameter "+0.563 in";
rating.summer.continuous "+1000 A";
rating.summer.emergency "+2000 A";
rating.winter.continuous "+1000 A";
rating.winter.emergency "+2000 A";
}
object powerflow.line_configuration {
name "lc301";
guid "714971D1D4CABCED3132C32015194ECE";
conductor_A "olc301c";
conductor_B "olc301c";
conductor_C "olc301c";
conductor_N "olc301n";
spacing "ls500301";
rating.summer.continuous "+1000 A";
rating.summer.emergency "+2000 A";
rating.winter.continuous "+1000 A";
rating.winter.emergency "+2000 A";
}
object powerflow.line_spacing {
name "ls500301";
guid "174BB797EDD43B1B1F18A35E7C0909F5";
distance_AB "+2.5 ft";
distance_BC "+4.5 ft";
distance_AC "+7 ft";
distance_AN "+5.65685 ft";
distance_BN "+4.272 ft";
distance_CN "+5 ft";
distance_AE "+28 ft";
distance_BE "+28 ft";
distance_CE "+28 ft";
distance_NE "+24 ft";
}
object powerflow.meter {
parent "main_line";
name "main_node";
guid "707C4264178DD5ED58B9ADAD80DA48CF";
measured_real_energy "+176128 Wh";
measured_reactive_energy "+152641 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+6583.48+4150.97j VA";
measured_power_A "+1419.32+624.804j VA";
measured_power_B "+4278.25+3160.28j VA";
measured_power_C "+885.907+365.887j VA";
measured_demand "+25820.2 W";
measured_real_power "+6583.48 W";
measured_reactive_power "+4150.97 VAr";
measured_voltage_A "+2384.43+1.791j V";
measured_voltage_B "-1200.57-2072.58j V";
measured_voltage_C "-1199.9+2081.39j V";
measured_voltage_AB "+3585.01+2074.37j V";
measured_voltage_BC "-0.675359-4153.97j V";
measured_voltage_CA "-3584.33+2079.6j V";
measured_current_A "+0.595442-0.261587j A";
measured_current_B "-2.03702-0.884244j A";
measured_current_C "-0.0522263+0.395525j A";
bill_day "15";
// class.parent = powerflow.node
busflags "HASSOURCE";
maximum_voltage_error "+0.002401 V";
voltage_A "+2384.43+1.791j V";
voltage_B "-1200.57-2072.58j V";
voltage_C "-1199.9+2081.39j V";
voltage_AB "+3585.01+2074.37j V";
voltage_BC "-0.675359-4153.97j V";
voltage_CA "-3584.33+2079.6j V";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_A "+60 Hz";
measured_frequency_B "+60 Hz";
measured_frequency_C "+60 Hz";
measured_frequency "+60 Hz";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
topological_parent "main_line";
// class.parent = powerflow.powerflow_object
phases "ABCN";
nominal_voltage "+2401 V";
}
object powerflow.meter {
parent "main_node";
name "main_node_A";
guid "8074A5DD0CD0BE23569371442204254";
measured_real_energy "+66526 Wh";
measured_reactive_energy "+52084.1 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+1419.32+624.804j VA";
measured_power_A "+1419.32+624.804j VA";
measured_demand "+10712.9 W";
measured_real_power "+1419.32 W";
measured_reactive_power "+624.804 VAr";
measured_voltage_A "+2384.43+1.791j V";
measured_voltage_B "-1200.57-2072.58j V";
measured_voltage_C "-1199.9+2081.39j V";
measured_voltage_AB "+3585.01+2074.37j V";
measured_voltage_BC "-0.675359-4153.97j V";
measured_voltage_CA "-3584.33+2079.6j V";
measured_current_A "+0.595442-0.261587j A";
bill_day "15";
// class.parent = powerflow.node
busflags "HASSOURCE";
maximum_voltage_error "+0.002401 V";
voltage_A "+2384.43+1.791j V";
voltage_B "-1200.57-2072.58j V";
voltage_C "-1199.9+2081.39j V";
voltage_AB "+3585.01+2074.37j V";
voltage_BC "-0.675359-4153.97j V";
voltage_CA "-3584.33+2079.6j V";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_A "+60 Hz";
measured_frequency_B "+60 Hz";
measured_frequency_C "+60 Hz";
measured_frequency "+60 Hz";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
topological_parent "main_node";
// class.parent = powerflow.powerflow_object
phases "AN";
nominal_voltage "+2401 V";
}
object powerflow.meter {
parent "main_node";
name "main_node_B";
guid "22E3F35C31A2D5FC6510D3367E2275E4";
measured_real_energy "+51142.3 Wh";
measured_reactive_energy "+48050.1 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+4278.25+3160.28j VA";
measured_power_B "+4278.25+3160.28j VA";
measured_demand "+9596.36 W";
measured_real_power "+4278.25 W";
measured_reactive_power "+3160.28 VAr";
measured_voltage_A "+2384.43+1.791j V";
measured_voltage_B "-1200.57-2072.58j V";
measured_voltage_C "-1199.9+2081.39j V";
measured_voltage_AB "+3585.01+2074.37j V";
measured_voltage_BC "-0.675359-4153.97j V";
measured_voltage_CA "-3584.33+2079.6j V";
measured_current_B "-2.03702-0.884244j A";
bill_day "15";
// class.parent = powerflow.node
busflags "HASSOURCE";
maximum_voltage_error "+0.002401 V";
voltage_A "+2384.43+1.791j V";
voltage_B "-1200.57-2072.58j V";
voltage_C "-1199.9+2081.39j V";
voltage_AB "+3585.01+2074.37j V";
voltage_BC "-0.675359-4153.97j V";
voltage_CA "-3584.33+2079.6j V";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_A "+60 Hz";
measured_frequency_B "+60 Hz";
measured_frequency_C "+60 Hz";
measured_frequency "+60 Hz";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
topological_parent "main_node";
// class.parent = powerflow.powerflow_object
phases "BN";
nominal_voltage "+2401 V";
}
object powerflow.meter {
parent "main_node";
name "main_node_C";
guid "1CB154A400803FA53EF7BE546B2D9A2A";
measured_real_energy "+58459.8 Wh";
measured_reactive_energy "+52506.3 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+885.907+365.887j VA";
measured_power_C "+885.907+365.887j VA";
measured_demand "+17025.8 W";
measured_real_power "+885.907 W";
measured_reactive_power "+365.887 VAr";
measured_voltage_A "+2384.43+1.791j V";
measured_voltage_B "-1200.57-2072.58j V";
measured_voltage_C "-1199.9+2081.39j V";
measured_voltage_AB "+3585.01+2074.37j V";
measured_voltage_BC "-0.675359-4153.97j V";
measured_voltage_CA "-3584.33+2079.6j V";
measured_current_C "-0.0522263+0.395525j A";
bill_day "15";
// class.parent = powerflow.node
busflags "HASSOURCE";
maximum_voltage_error "+0.002401 V";
voltage_A "+2384.43+1.791j V";
voltage_B "-1200.57-2072.58j V";
voltage_C "-1199.9+2081.39j V";
voltage_AB "+3585.01+2074.37j V";
voltage_BC "-0.675359-4153.97j V";
voltage_CA "-3584.33+2079.6j V";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_A "+60 Hz";
measured_frequency_B "+60 Hz";
measured_frequency_C "+60 Hz";
measured_frequency "+60 Hz";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
topological_parent "main_node";
// class.parent = powerflow.powerflow_object
phases "CN";
nominal_voltage "+2401 V";
}
object powerflow.transformer_configuration {
name "xfmr_config_A";
guid "D78C5F8204116DB3DBD0C972E04FAF1";
connect_type "SINGLE_PHASE_CENTER_TAPPED";
install_type "POLETOP";
primary_voltage "+2401 V";
secondary_voltage "+120 V";
power_rating "+1000 kVA";
powerA_rating "+1000 kVA";
resistance "+0.006 pu*Ohm";
reactance "+0.0136 pu*Ohm";
impedance "+0.006+0.0136j pu*Ohm";
reactance_resistance_ratio "+4.5";
}
object powerflow.transformer_configuration {
name "xfmr_config_B";
guid "7674D8A307091E7537D30F01C30A92C7";
connect_type "SINGLE_PHASE_CENTER_TAPPED";
install_type "POLETOP";
primary_voltage "+2401 V";
secondary_voltage "+120 V";
power_rating "+1000 kVA";
powerB_rating "+1000 kVA";
resistance "+0.006 pu*Ohm";
reactance "+0.0136 pu*Ohm";
impedance "+0.006+0.0136j pu*Ohm";
reactance_resistance_ratio "+4.5";
}
object powerflow.transformer_configuration {
name "xfmr_config_C";
guid "7A3F5EF447FEFDF21A4CA90E7505687";
connect_type "SINGLE_PHASE_CENTER_TAPPED";
install_type "POLETOP";
primary_voltage "+2401 V";
secondary_voltage "+120 V";
power_rating "+1000 kVA";
powerC_rating "+1000 kVA";
resistance "+0.006 pu*Ohm";
reactance "+0.0136 pu*Ohm";
impedance "+0.006+0.0136j pu*Ohm";
reactance_resistance_ratio "+4.5";
}
object powerflow.transformer {
parent "main_node_A";
name "xfrm_1A";
guid "7A9280ADD00DDFE214BDEA108695ABE0";
configuration "xfmr_config_A";
// class.parent = powerflow.link
status "CLOSED";
from "main_node_A";
to "node_1A";
power_in "+1419.32+624.804j VA";
power_out "+1419.3+624.768j VA";
power_out_real "+1419.3 W";
power_losses "+0.0179045+0.0362227j VA";
power_in_A "+1419.32+624.804j VA";
power_out_A "+333.779+96.1557j VA";
power_out_B "+1085.53+528.612j VA";
power_losses_A "+0.0179045+0.0362227j VA";
current_out_A "+2.80145-0.804813j A";
current_out_B "-9.11234+4.4291j A";
current_out_C "+6.31089-3.62429j A";
current_in_A "+0.595442-0.261587j A";
flow_direction "CN|BR|AF";
continuous_rating "+1000 A";
emergency_rating "+1000 A";
inrush_convergence_value "+0.0001 V";
// class.parent = powerflow.powerflow_object
phases "AS";
nominal_voltage "+2401 V";
}
object powerflow.triplex_node {
parent "xfrm_1A";
name "node_1A";
guid "5BDE16CD4F458E3615273F186B091BD0";
busflags "HASSOURCE";
maximum_voltage_error "+0.00012 V";
voltage_1 "+119.17+0.0877224j V";
voltage_2 "+119.17+0.0875412j V";
voltage_12 "+238.34+0.175264j V";
voltage_1N "+119.17+0.0877224j V";
voltage_2N "+119.17+0.0875412j V";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
topological_parent "xfrm_1A";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_1 "+60 Hz";
measured_frequency_2 "+60 Hz";
measured_frequency_12 "+60 Hz";
measured_frequency "+60 Hz";
// class.parent = powerflow.powerflow_object
phases "AS";
nominal_voltage "+120 V";
}
object powerflow.triplex_meter {
parent "node_1A";
name "meter_1";
guid "24FF656D5F5FF2F71C41B2C2641A1141";
measured_real_energy "+34802.4 Wh";
measured_reactive_energy "+26861.4 VAh";
measured_energy_delta_timestep "-1 s";
measured_power "+775.364+23.7588d VA";
indiv_measured_power_1 "+173.677+16.0707d VA";
indiv_measured_power_2 "+542.763+264.306j VA";
measured_demand "+5355.82 W";
measured_real_power "+709.652 W";
measured_reactive_power "+312.384 VAr";
measured_voltage_1 "+119.17+0.042176d V";
measured_voltage_2 "+119.17+0.0420891d V";
measured_voltage_12 "+238.34+0.0421325d V";
measured_current_1 "+1.40072-0.402407j A";
measured_current_2 "-4.55617+2.21455j A";
measured_current_N "+3.15544-1.81215j A";
bill_day "15";
// class.parent = powerflow.triplex_node
busflags "HASSOURCE";
maximum_voltage_error "+0.00012 V";
voltage_1 "+119.17+0.0877224j V";
voltage_2 "+119.17+0.0875412j V";
voltage_12 "+238.34+0.175264j V";
voltage_1N "+119.17+0.0877224j V";
voltage_2N "+119.17+0.0875412j V";
power_12 "+4.54747e-13+0i VA";
power_12_real "+4.54747e-13 W";
house_present "TRUE";
GFA_freq_low_trip "+59.5 Hz";
GFA_freq_high_trip "+60.5 Hz";
GFA_volt_low_trip "+0.8 pu";
GFA_volt_high_trip "+1.2 pu";
GFA_reconnect_time "+300 s";
GFA_freq_disconnect_time "+0.2 s";
GFA_volt_disconnect_time "+0.2 s";
GFA_status "TRUE";
service_status "IN_SERVICE";
service_status_double "-1";
previous_uptime "-1 min";
current_uptime "+1440 min";
topological_parent "node_1A";
frequency_measure_type "NONE";
sfm_Tf "+0.01 s";
pll_Kp "+10 pu";
pll_Ki "+100 pu";
measured_frequency_1 "+60 Hz";
measured_frequency_2 "+60 Hz";
measured_frequency_12 "+60 Hz";
measured_frequency "+60 Hz";
// class.parent = powerflow.powerflow_object
phases "AS";
nominal_voltage "+120 V";
}
object residential.house {
parent "meter_1";
name "house_1";
guid "3743C5F150D6ED94E47728BD0EE1178";
weather "weather";
floor_area "+1308.78 sf";
gross_wall_area "+1181.54 sf";
ceiling_height "+8 ft";
aspect_ratio "+1.5";
envelope_UA "+250.768 Btu/degF/h";
window_wall_ratio "+0.15";
number_of_doors "+4";
exterior_wall_fraction "+1";
interior_exterior_wall_ratio "+1.5";
exterior_ceiling_fraction "+1";
exterior_floor_fraction "+1";
window_shading "+0.67";
window_exterior_transmission_coefficient "+0.6";
airchange_per_hour "+0.5 unit/h";
airchange_UA "+92.4248 Btu/degF/h";
UA "+343.193 Btu/degF/h";
internal_gain "+1554.75 Btu/h";
include_solar_quadrant "W|S|E|N";
use_latent_heat "TRUE";
include_fan_heatgain "TRUE";
thermostat_deadband "+2 degF";
thermostat_cycle_time "120";
thermostat_off_cycle_time "-1";
thermostat_on_cycle_time "-1";
heating_setpoint "+65 degF";
cooling_setpoint "+76 degF";
design_heating_setpoint "+70 degF";
design_cooling_setpoint "+75 degF";
window_low_temperature_cutoff "+60 degF";
window_high_temperature_cutoff "+80 degF";
window_constant_coefficient "+1";
window_temperature_delta "+5";
design_heating_capacity "+36000 Btu/h";
design_cooling_capacity "+36000 Btu/h";
cooling_design_temperature "+102.022 degF";
heating_design_temperature "+24.982 degF";
design_peak_solar "+195 Btu/h/sf";
design_internal_gains "+3986.63 W/sf";
mass_solar_gain_fraction "+0.5 pu";
mass_internal_gain_fraction "+0.5 pu";
auxiliary_heat_capacity "+20000 Btu/h";
aux_heat_deadband "+2 degF";
aux_heat_temperature_lockout "+10 degF";
aux_heat_time_delay "+300 s";
cooling_supply_air_temp "+50 degF";
heating_supply_air_temp "+150 degF";
duct_pressure_drop "+0.5 inH2O";
fan_design_power "+211.847 W";
fan_design_airflow "+1045.7 cfm";
fan_impedance_fraction "+0.2534 pu";
fan_power_fraction "+0.0135 pu";
fan_current_fraction "+0.7332 pu";
fan_power_factor "+0.96 pu";
heating_COP "+2.5 pu";
cooling_COP "+3.5 Btu/kWh";
air_temperature "+76.7442 degF";
outdoor_temperature "+78.082 degF";
outdoor_rh "+74 %";
mass_heat_capacity "+2247.87 Btu/degF";
mass_heat_coeff "+5850.81 Btu/degF/h";
mass_temperature "+76.6198 degF";
air_volume "+10470.3 cf";
air_mass "+769.565 lb";
air_heat_capacity "+554.549 Btu/degF";
latent_load_fraction "+0.3 pu";
total_thermal_mass_per_floor_area "+2 Btu/degF/sf";
interior_surface_heat_transfer_coeff "+1.46 Btu/h/degF/sf";
number_of_stories "+1";
thermostat_mode "AUTO";
auxiliary_strategy "DEADBAND";
system_mode "OFF";
last_system_mode "OFF";
heating_system_type "HEAT_PUMP";
cooling_system_type "HEAT_PUMP";
auxiliary_system_type "ELECTRIC";
fan_type "ONE_SPEED";
thermal_integrity_level "GOOD";
glass_type "LOW_E_GLASS";
window_frame "THERMAL_BREAK";
glazing_treatment "CLEAR";
glazing_layers "TWO";
motor_efficiency "AVERAGE";
last_mode_timer "21600";
hvac_motor_efficiency "+1 unit";
hvac_motor_loss_power_factor "+0.125 unit";
Rroof "+30 degF*sf*h/Btu";
Rwall "+19 degF*sf*h/Btu";
Rfloor "+22 degF*sf*h/Btu";
Rwindows "+2.12766 degF*sf*h/Btu";
Rdoors "+5 degF*sf*h/Btu";
hvac_breaker_rating "+200 A";
hvac_power_factor "+0.75 unit";
last_cooling_load "+2.8915 kW";
total_load "+0.778794 kW";
panel "power_factor: 0; "power.real": 0.47537; "power.imag": 0.218753";
panel.energy "+42.9048+11.6496i kVAh";
panel.power "+0.712833+0.31367j kVA";
panel.peak_demand "+0+0i kVA";
panel.heatgain "+1554.75 Btu/h";
panel.cumulative_heatgain "-110714 Btu";
panel.heatgain_fraction "+0 pu";
panel.current_fraction "+0 pu";
panel.impedance_fraction "+0 pu";
panel.power_fraction "+0 pu";
panel.power_factor "+0";
panel.constant_power "+0.47537+0.218753j kVA";
panel.constant_current "+0.0135041+0.00338445j kVA";
panel.constant_admittance "+0.22396+0.0915318j kVA";
panel.voltage_factor "+0 pu";
panel.breaker_amps "+0 A";
panel.configuration "IS110";
design_internal_gain_density "+0.6 W/sf";
compressor_count "74";
hvac_last_on "2016-07-01 23:39:44 PDT";
hvac_last_off "2016-07-01 23:43:02 PDT";
hvac_period_length "+36.1333 s";
hvac_duty_cycle "+0.0913284";
gas_enduses "WATERHEATER|RANGE|DRYER";
k "+2.17633";
T_max "+72";
T_min "+60";
// class.parent = residential.residential_enduse
shape "type: unknown";
load "impedance_fraction: 0.200000; power_fraction: 0.800000; power_factor: 0.75; "power.real": 0";
energy "+17.3855+0i kVAh";
power "+0+0j kVA";
peak_demand "+0+0i kVA";
heatgain "+0 Btu/h";
cumulative_heatgain "-157665 Btu";
heatgain_fraction "+0 pu";
current_fraction "+0 pu";
impedance_fraction "+0.2 pu";
power_fraction "+0.8 pu";
power_factor "+0.75";
constant_power "+0+0j kVA";
constant_current "+0+0j kVA";
constant_admittance "+0+0j kVA";
voltage_factor "+0.993083 pu";
breaker_amps "+200 A";
configuration "IS220";
}
object residential.ZIPload {
parent "house_1";
name "zip_GLD_1";
guid "710AF02E1F51156F6DDB31E373E52751";
base_power "+0.28 kW";
power_pf "+0.9";