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Shunt reactor controller (backend) #2

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Shunt reactor controller (backend) #2

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Binary file modified OpenDSS_Circuit_SavedVoltages.dbl
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34 changes: 8 additions & 26 deletions app.py
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Original file line number Diff line number Diff line change
Expand Up @@ -227,6 +227,10 @@ def simulation():
pandapower_electrisim.apply_sgen_q_capability_curves(
net, in_data, rpc_use_diagram_curves=True)

rc2, rc3, rcs = pandapower_electrisim._resolve_controller_family_flags(
in_data[x], legacy_key='run_control'
)

rpc_params = {
'pcc_bus_name': in_data[x].get('pcc_bus_name'),
'ext_grid_name': in_data[x].get('ext_grid_name'),
Expand All @@ -240,7 +244,10 @@ def simulation():
'max_loading_percent': in_data[x].get('max_loading_percent', 100),
'requirements': in_data[x].get('requirements', None),
'verbose_iwamoto': in_data[x].get('verbose_iwamoto', False),
'run_control': in_data[x].get('run_control', False),
'run_control': bool(rc2 or rc3 or rcs),
'run_control_trafo2w': rc2,
'run_control_trafo3w': rc3,
'run_control_shunt': rcs,
'grid_code_template_key': in_data[x].get('grid_code_template_key'),
'grid_code_template_name': in_data[x].get('grid_code_template_name'),
}
Expand Down Expand Up @@ -487,31 +494,6 @@ def _worker():
print(f"=== ECONOMIC ANALYSIS RESPONSE: total_capex={response.get('total_capex')}, total_power_losses_mw={response.get('total_power_losses_mw')}, error={response.get('error')} ===")
return jsonify(response)

if "ControllerSimulationPandaPower Parameters" in in_data[x]['typ']:
# Extract user email for logging
user_email = in_data[x].get('user_email', 'unknown@user.com')

# Extract controller simulation parameters
controller_params = {
'voltage_control': in_data[x].get('voltage_control', False),
'tap_control': in_data[x].get('tap_control', False),
'discrete_tap_control': in_data[x].get('discrete_tap_control', False),
'continuous_tap_control': in_data[x].get('continuous_tap_control', False),
'frequency': eval(in_data[x].get('frequency', '50')),
'algorithm': in_data[x].get('algorithm', 'nr'),
'calculate_voltage_angles': in_data[x].get('calculate_voltage_angles', 'auto'),
'init': in_data[x].get('init', 'dc')
}

# Create network
net = pp.create_empty_network(f_hz=controller_params['frequency'])
Busbars = pandapower_electrisim.create_busbars(in_data, net)
pandapower_electrisim.create_other_elements(in_data, net, x, Busbars)

# Run controller simulation
response = pandapower_electrisim.controller_simulation(net, controller_params)
return jsonify(response)

if "TimeSeriesSimulationPandaPower Parameters" in in_data[x]['typ']:
# Extract user email for logging
user_email = in_data[x].get('user_email', 'unknown@user.com')
Expand Down
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