models.port module¶

Port model for the electric recreational port simulator.

class models.port.Port(name: str, contracted_power: int, lat: float, lon: float, boats: List[Boat] = <factory>, chargers: List[Charger] = <factory>, pv_systems: List[PV] = <factory>, bess_systems: List[BESS] = <factory>, tariff_path: str | None = None)[source]¶

Bases: object

Electric recreational port with boats, chargers, PV, BESS, and optional tariff.

name¶

Port name.

Type:: str

contracted_power¶

Contracted power limit (kW).

Type:: int

lat¶

Latitude.

Type:: float

lon¶

Longitude.

Type:: float

boats¶

List of boats.

Type:: List[Boat]

chargers¶

List of chargers.

Type:: List[Charger]

pv_systems¶

List of PV systems.

Type:: List[PV]

bess_systems¶

List of BESS systems.

Type:: List[BESS]

tariff_path¶

Optional path to tariff JSON; if None, default_tariff.json is tried.

Type:: str | None

add_bess(bess: BESS) → None[source]¶: Append a BESS to the port’s bess_systems list.

add_boat(boat: Boat) → None[source]¶: Append a boat to the port’s boat list.

add_charger(charger: Charger) → None[source]¶: Append a charger to the port’s charger list.

add_pv(pv: PV) → None[source]¶: Append a PV system to the port’s pv_systems list.

bess_systems: List[BESS]¶

boats: List[Boat]¶

chargers: List[Charger]¶

contracted_power: int¶

get_tariff_price(timestamp: datetime) → float[source]¶

Return electricity price per kWh for the given timestamp (15-minute resolution).

Parameters:: timestamp – Time to look up.
Returns:: Price per kWh, or 0.0 if no tariff or slot not found.

lat: float¶

lon: float¶

name: str¶

pv_systems: List[PV]¶

property tariff: Dict | None¶: Loaded tariff data (from tariff_path); None if no tariff loaded.

tariff_path: str | None = None¶