edisgo.network.components.PotentialChargingParks

class edisgo.network.components.PotentialChargingParks(**kwargs)

Bases: BasicComponent

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Generic component

Can be initialized with EDisGo object or Topology object. In case of Topology object component time series attributes currently will raise an error.

property voltage_level

Voltage level the component is connected to (‘mv’ or ‘lv’).

Returns:: Voltage level. Returns ‘lv’ if component connected to the low voltage and ‘mv’ if component is connected to the medium voltage.
Return type:: str

property grid

Grid component is in.

Returns:: Grid component is in.
Return type:: Grid

property ags

8-digit AGS (Amtlicher Gemeindeschlüssel, eng. Community Identification Number) number the potential charging park is in. Number is given as int and leading zeros are therefore missing.

Returns:: AGS number
Return type:: int

property use_case

Charging use case (home, work, public or hpc) of the potential charging park.

Returns:: Charging use case
Return type:: str

property designated_charging_point_capacity

Total gross designated charging park capacity in kW.

This is not necessarily equal to the connection rating.

Returns:: Total gross designated charging park capacity
Return type:: float

property user_centric_weight

User centric weight of the potential charging park determined by SimBEV.

Returns:: User centric weight
Return type:: float

property geometry

Location of the potential charging park as Shapely Point object.

Returns:: Location of the potential charging park.
Return type:: Shapely Point object.

property nearest_substation

Determines the nearest LV Grid, substation and distance.

Returns:

int: LV Grid ID
str: ID of the nearest substation
float: Distance to nearest substation

Return type:

dict

property edisgo_id

property charging_processes_df

Determines designated charging processes for the potential charging park.

Returns:: DataFrame with AGS, car ID, trip destination, charging use case (private or public), netto charging capacity, charging demand, charge start, charge end, potential charging park ID and charging point ID.
Return type:: pandas.DataFrame

property grid_connection_capacity

property within_grid: Determines if the potential charging park is located within the grid district.