citylearn.electric_vehicle_charger module
- class citylearn.electric_vehicle_charger.Charger(nominal_power: float, efficiency: float = None, charger_id: str = None, charger_type: int = None, max_charging_power: float = None, min_charging_power: float = None, max_discharging_power: float = None, min_discharging_power: float = None, charge_efficiency_curve: Dict[float, float] = None, discharge_efficiency_curve: Dict[float, float] = None, connected_electric_vehicle: ElectricVehicle = None, incoming_electric_vehicle: ElectricVehicle = None, **kwargs)[source]
Bases:
Environment- associate_incoming_car(electric_vehicle: ElectricVehicle)[source]
Associates incoming electric_vehicle to the charger.
- Parameters:
electric_vehicle (object) – electric_vehicle instance to be connected to the charger.
- Raises:
ValueError – If the charger has reached its maximum associated electric_vehicle’ capacity.
- property available_nominal_power: float
Difference between nominal_power and electricity_consumption at current time_step.
- property charge_efficiency_curve: dict
Efficiency curve for charging containing power levels and corresponding efficiency values.
- property charger_id: str
ID of the charger.
- property charger_type: int
Type of the charger.
- property connected_electric_vehicle: ElectricVehicle
Electric_Vehicle currently connected to charger
- disassociate_incoming_car()[source]
Disassociates incoming electric_vehicle from the charger.
- Parameters:
electric_vehicle (object) – electric_vehicle instance to be disconnected from the charger.
- property discharge_efficiency_curve: dict
Efficiency curve for discharging containing power levels and corresponding efficiency values.
- property efficiency: float
Technical efficiency.
- property electricity_consumption: List[float]
Electricity consumption time series.
- property incoming_electric_vehicle: ElectricVehicle
Electric_Vehicle incoming to charger
- property max_charging_power: float
Maximum charging power in kW.
- property max_discharging_power: float
Maximum discharging power in kW.
- property min_charging_power: float
Minimum charging power in kW.
- property min_discharging_power: float
Minimum discharging power in kW.
- next_time_step()[source]
Advance to next time_step and set electricity_consumption at new time_step to 0.0.
- property nominal_power: float
Nominal power.
- property past_charging_action_values: List[float]
Actions given to charge/discharge in [kWh]. Different from the electricity consumption as in this an action can be given but no electric_vehicle being connect it will not consume such energy
- property past_connected_evs: List[ElectricVehicle]
Each timestep with the list of Past connected Evs or None in the case no electric_vehicle was connected
- plug_car(electric_vehicle: ElectricVehicle)[source]
Connects a electric_vehicle to the charger.
- Parameters:
electric_vehicle (object) – electric_vehicle instance to be connected to the charger.
- Raises:
ValueError – If the charger has reached its maximum connected electric_vehicle’ capacity.