pypowsybl.voltage_initializer.VoltageInitializerParameters

class VoltageInitializerParameters

Parameters of a voltage initializer run.

Methods

__init__()
add_constant_q_generators(generator_id_list)	Indicate to voltage initializer that the given generator have a constant target reactive power.
add_specific_high_voltage_limits(high_limits)	Indicate to voltage initializer to override the network high voltages limits, limit can be given relative to previous limit or absolute.
add_specific_low_voltage_limits(low_limits)	Indicate to voltage initializer to override the network low voltages limits, limit can be given relative to former limit or absolute.
add_specific_voltage_limits(limits)	Indicate to voltage initializer to override the network voltages limits.
add_variable_shunt_compensators(shunt_id_list)	Indicate to voltage initializer that the given shunt compensator has a variable susceptance.
add_variable_two_windings_transformers(...)	Indicate to voltage initializer that the given 2wt have a variable ratio.
set_active_power_variation_rate(...)	Changes the weight to favor more/less minimization of active power produced by generators.
set_default_constraint_scaling_factor(...)	Changes the scaling factor applied to all the constraints before ACOPF solving
set_default_minimal_qp_range(...)	Changes the threshold used to fix active (resp.
set_default_qmax_pmax_ratio(...)	Changes the ratio used to calculate threshold for corrections of high/low reactive power limits.
set_default_variable_scaling_factor(...)	Changes the scaling of all variables (except reactive slacks and transformer ratios) before ACOPF solving
set_high_active_power_default_limit(...)	Changes the threshold used for the correction of high active power limit of generators.
set_log_level_ampl(log_level_ampl)	Changes the log level of AMPL printings.
set_log_level_solver(log_level_solver)	Changes the log level of non-linear optimization solver printings.
set_low_active_power_default_limit(...)	Changes the threshold used for the correction of low active power limit of generators.
set_low_impedance_threshold(...)	Changes the threshold of impedance considered as null.
set_max_plausible_high_voltage_limit(...)	Changes the maximal plausible value for high voltage limits (in p.u.) in ACOPF solving.
set_max_plausible_power_limit(...)	Changes the threshold defining the maximum active and reactive power considered in correction of generator limits.
set_min_nominal_voltage_ignored_bus(...)	Changes the threshold used to ignore voltage levels with nominal voltage lower than it.
set_min_nominal_voltage_ignored_voltage_bounds(...)	Changes the threshold used to replace voltage limits of voltage levels with nominal voltage lower than it.
set_min_plausible_active_power_threshold(...)	Changes the threshold of active and reactive power considered as null in the optimization.
set_min_plausible_low_voltage_limit(...)	Changes the minimal plausible value for low voltage limits (in p.u.) in ACOPF solving.
set_objective(objective)	If you use BETWEEN_HIGH_AND_LOW_VOLTAGE_LIMIT, you also need to call
set_objective_distance(distance)	If you use BETWEEN_HIGH_AND_LOW_VOLTAGE_LIMIT, you also need to call this function.
set_penalty_active_power(penalty_active_power)	Sets the penalty for active power generation in the ACOPF objective.
set_penalty_invest_rea_neg(...)
set_penalty_invest_rea_pos(...)
set_penalty_transfo_ratio(penalty_transfo_ratio)
set_penalty_units_reactive(...)
set_penalty_voltage_target_data(...)	Sets the penalty for the voltage target data term in the ACOPF objective.
set_penalty_voltage_target_ratio(...)	Sets the penalty for the voltage target ratio term in the ACOPF objective.
set_reactive_slack_buses_mode(...)	Changes the log level of non-linear optimization solver printings.
set_reactive_slack_variable_scaling_factor(...)	Changes the scaling factor applied to all reactive slacks variables before ACOPF solving
set_twt_ratio_variable_scaling_factor(...)	Changes the scaling factor applied to all transformer ratio variables before ACOPF solving