PowerSystem#

class relsad.network.systems.PowerSystem(controller)[source]#

Class defining a power system type

…

name#

Name of the power system

Type: str

slack#

Slack bus of the power system

Type: Bus

p_energy_shed#

The active power energy.shed in the power system

Type: float

acc_p_energy_shed#

The accumulated active power energy.shedding in the power system

Type: float

q_energy_shed#

The reactive power energy.shed in the power system

Type: float

acc_q_energy_shed#

The accumulated reactive power energy.shedding in the power system

Type: float

sub_systems#

List of all sub systems in the power system

Type: list

buses#

List of all buses in the power system

Type: list

ev_parks#

List of all EV parks in the power system

Type: list

batteries#

List of all batteries in the power system

Type: list

production#

List of all generation units in the power system

Type: list

ict_nodes#

List of all ICT nodes in the power system

Type: list

lines#

List of all lines in the power system

Type: list

sensors#

List of all sensors in the power system

Type: list

circuitbreaker#

List of all circuit breakers in the power system

Type: list

disconnectors#

List of all disconnectors in the power system

Type: list

intelligent_switch#

List of all intelligent switches in the power system

Type: list

ict_lines#

List of all ICT lines in the power system

Type: list

controller#

The controller for the power system, either MainController or ManualMainController

Type: MainController

comp_list#

List containing the components in the power system

Type: list

comp_dict#

Dictionary containing the components in the power system

Type: dict

child_network_list#

List containing all the networks in the power system

Type: list

history#

Dictionary containing the history variables of the power system

Type: dict

monte_carlo_history#

Dictionary containing the history variables from the monte carlo simulation

Type: dict

add_bus(bus)[source]#: Adding a bus including elements on the bus (battery, generation unit, EV park) to the power system

add_buses(buses)[source]#: Adding buses to the power system

add_ict_node(ict_node)[source]#: Adding an ICT node to the power system

add_line(line)[source]#: Adding a line including elements on the line (sensor, circuit breaker, disconnector) to the power system

add_lines(lines)[source]#: Adding lines to the power system

add_ict_line(ict_line)[source]#: Adding an ICT line to the power system

get_lines()[source]#: Returns the lines in the power system

get_comp(name)[source]#: Returns component based on given name

get_comp_list()[source]#: Returns list of the components in the power system

add_child_network(network)[source]#: Adding child network to the power system

reset_slack_bus()[source]#: Resets the slack bus of the child networks

create_sections()[source]#: Creates sections in the power system

print_status()[source]#: Prints the status of the buses and lines in the power system

get_system_load_balance()[source]#: Returns the load balance of the system in MW and MVar

update_batteries(fail_duration, dt)[source]#: Updates the batteries in the power system

update_ev_parks(fail_duration, dt, start_time, curr_time)[source]#: Updates the EV parks in the power system

update_fail_status(dt)[source]#: Updates the failure status for each component that can fail in the power system

get_system_load()[source]#: Returns the system load at the current time in MW and MVar

prepare_load_data(time_indices)[source]#: Prepares the load data for the buses in the power system

prepare_prod_data(time_indices)[source]#: Prepares the production data for the production components in the power system

set_load_and_cost(inc_idx)[source]#: Sets the bus load and cost in MW based on load and cost profiles in the current increment for the power system

set_prod(inc_idx)[source]#: Sets the generation (generation units, batteries, EV parks) at the buses in the power system

failes_comp()#: Returns True if the power system contains a failed compoent, False otherwise

full_batteries()[source]#: Returns True if the batteries in the power system are full, and False otherwise

reset_load_flow_data()[source]#: Resets the variables used in the load flow analysis

get_monte_carlo_history(attribute)[source]#: Returns the specified history variable from the Monte Carlo simulation

initialize_sequence_history()[source]#: Initializes the dictionaries used for sequence history variables

update_sequence_history()[source]#: Updates the sequence history variables of the power system

initialize_monte_carlo_history()[source]#: Initializes the lists used for history variable from the Monte Carlo simulation

update_monte_carlo_history()[source]#: Updates the history dictionary from the Monte Carlo simulation

update_monte_carlo_child_network_history()[source]#: Updates the history dictionary for the child networks in the Monte Carlo simulation

update_monte_carlo_comp_history()[source]#: Updates the component values for the system from the Monte Carlo simulation

get_history(attribute)[source]#: Returns the specified history variable

reset_energy_shed_variables()[source]#: Resets the energy.shed variables

verify_component_setup()[source]#

Verifies the component setup in the power system

`PowerSystem.add_bus`(bus)	Adding a bus including elements on the bus (battery, generation unit, EV park) to the power system
`PowerSystem.add_buses`(buses)	Adding buses to the power system
`PowerSystem.add_child_network`(network)	Adding child network to the power system
`PowerSystem.add_ict_line`(ict_line)	Adding an ICT line to the power system
`PowerSystem.add_ict_node`(ict_node)	Adding an ICT node to the power system
`PowerSystem.add_line`(line)	Adding a line including elements on the line (sensor, circuit breaker, disconnector) to the power system
`PowerSystem.add_lines`(lines)	Adding lines to the power system
`PowerSystem.create_sections`()	Creates sections in the power system
`PowerSystem.failed_comp`()	Returns True if the power system contains a failed component, False otherwise
`PowerSystem.full_batteries`()	Returns True if the batteries in the power system are full, and False otherwise
`PowerSystem.get_comp`(name)	Returns component based on given name
`PowerSystem.get_comp_list`()	Returns list of the components in the power system
`PowerSystem.get_history`(attribute)	Returns the specified history variable
`PowerSystem.get_lines`()	Returns the lines in the power system
`PowerSystem.get_monte_carlo_history`(attribute)	Returns the specified history variable
`PowerSystem.get_system_load`()	Returns the system load at the current time in MW and MVar
`PowerSystem.get_system_load_balance`()	Returns the load balance of the system in MW and MVar
`PowerSystem.initialize_monte_carlo_history`()	Initializes the lists used for history variables from the Monte Carlo simulation
`PowerSystem.initialize_sequence_history`()	Initializes the dictionaries used for sequence history variables
`PowerSystem.prepare_load_data`(time_indices)	Prepares the load data for the buses in the power system
`PowerSystem.prepare_prod_data`(time_indices)	Prepares the production data for the production components in the power system
`PowerSystem.print_status`()	Prints the status of the buses and lines in the power system
`PowerSystem.reset_energy_shed_variables`()	Resets the energy.shed variables
`PowerSystem.reset_load_flow_data`()	Reset the variables used in the load flow analysis
`PowerSystem.reset_slack_bus`()	Resets the slack bus of the child networks
`PowerSystem.set_load_and_cost`(inc_idx)	Sets the bus load and cost in MW based on load and cost profiles in the current increment for the power system
`PowerSystem.set_prod`(inc_idx)	Sets the generation (generation units, batteries, EV parks) at the buses in the power system
`PowerSystem.update_batteries`(fail_duration, dt)	Updates the batteries in the power system
`PowerSystem.update_ev_parks`(fail_duration, ...)	Updates the EV parks in the power system
`PowerSystem.update_fail_status`(dt)	Updates the failure status for each component that can fail in the power system
`PowerSystem.update_monte_carlo_child_network_history`(it, ...)	Updates the history dictionary for the child networks in the Monte Carlo simulation
`PowerSystem.update_monte_carlo_comp_history`(it, ...)	Updates the component values for the system from the Monte Carlo simulation
`PowerSystem.update_monte_carlo_history`(it, ...)	Updates the history dictionary from the Monte Carlo simulation
`PowerSystem.update_sequence_history`(...)	Updates the sequence history variables of the power system
`PowerSystem.verify_component_setup`()	Verifies the component setup in the power system

`PowerSystem.buses`
`PowerSystem.color`
`PowerSystem.counter`
`PowerSystem.lines`
`PowerSystem.sections`
`PowerSystem.shed_configs`

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PowerSystem

PowerSystem#