Simulation#

class relsad.simulation.Simulation(power_system: relsad.network.systems.PowerSystem.PowerSystem, random_seed: Optional[int] = None)[source]#

Common class for simulation

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power_system#

A PowerSystem element

random_seed#

Random seed number

fail_duration#

The duration of a failure

distribute_random_instance(random_intance)[source]#: Adds a global numpy random instance

run_increment(inc_idx, start_time, prev_time, curr_time, save_flag)[source]#: Runs power system at current state for on time increment

run_sequence(start_time, time_array, time_unit, save_flag)[source]#: Runs power system for a sequence of increments

run_sequential(start_time, stop_time, time_step, time_unit, save_dir, save_flag)[source]#: Runs a sequential simulation with the power system

run_iteration(it, start_time, time_array, time_unit, save_dir, save_iterations, random_seed)[source]#: Runs a sequential iteration with the power system

run_monte_carlo(iterations, start_time, stop_time, time_step, time_unit, save_iterations, save_dir, n_procs, debug)[source]#

Runs Monte Carlo simulation of the power system

`Simulation.distribute_random_instance`(...)	Adds a global numpy random instance
`Simulation.run_increment`(inc_idx, ...[, ...])	Runs power system at current state for one time increment
`Simulation.run_iteration`(it, start_time, ...)	Runs power system for an iteration
`Simulation.run_load_flow`(network)	Runs load flow of a network
`Simulation.run_monte_carlo`(iterations, ...)	Runs Monte Carlo simulation of the power system
`Simulation.run_sequence`(start_time, ...[, ...])	Runs power system for a sequence of increments
`Simulation.run_sequential`(start_time, ...[, ...])	Runs sequential simulation of the power system

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