Electric Vehicle Charging Station

Model of a charging station for electric vehicles. This model only covers the basic characteristics of a charging station and has some limitations outlined below.

Model Definition

Entity Model

Attribute	Unit	Remarks
uuid	–
id	–	Human readable identifier
operator	–
operationTime	–	Timely restriction of operation
node	–
qCharacteristics	–	Reactive power characteristic to follow
type	–	Charging point type (valid for all installed points)
chargingPoints	–	no of installed charging points @ the specific station
cosPhiRated	–	Rated power factor

Type Model

In contrast to other models, electric vehicle charging station types are not configured via separate type file or table, but ‘inline’ of a charging station entry. This is justified by the fact, that the station type (in contrast to e.g. the type of a wind energy converter) only consists of a few, more or less standardized parameters, that are (most of the time) equal for all manufacturers. Hence, to simplify the type model handling, types are provided either by a string literal of their id or by providing a custom one. See Charging point types for details of on available standard types and how to use custom types.

The actual model definition for charging point types looks as follows:

Attribute	Unit		Remarks
id	–		Human readable identifier
sRated	kVA		Rated apparent power
electricCurrentType	–		Electric current type
synonymousIds	–		Set of alternative human readable identifiers

Charging Point Types

Available Standard Types

To simplify the application of electric vehicle charging stations, some common standard types are available out-of-the-box. They can either by used code wise or directly from database or file input by referencing their id or one of their synonymous ids. All standard types can be found in edu.ie3.datamodel.models.input.system.type.chargingpoint.ChargingPointTypeUtils.

id	synonymous ids	sRated in kVA	electric current type
HouseholdSocket	household, hhs, schuko-simple	2.3	AC
BlueHouseholdSocket	bluehousehold, bhs, schuko-camping	3.6	AC
Cee16ASocket	cee16	11	AC
Cee32ASocket	cee32	22	AC
Cee63ASocket	cee63	43	AC
ChargingStationType1	cst1, stationtype1, cstype1	7.2	AC
ChargingStationType2	cst2, stationtype2, cstype2	43	AC
ChargingStationCcsComboType1	csccs1, csccscombo1	11	DC
ChargingStationCcsComboType2	csccs2, csccscombo2	50	DC
TeslaSuperChargerV1	tesla1, teslav1, supercharger1, supercharger	135	DC
TeslaSuperChargerV2	tesla2, teslav2, supercharger2	150	DC
TeslaSuperChargerV3	tesla3, teslav3, supercharger3	250	DC

Custom Types

While the provided standard types should be suitable for most scenarios, providing an individual type for a specific scenario might be necessary. To do so, a custom type can be provided instead of a common id. This custom type is tested against the following regex (\w+\d*)\s*\(\s*(\d+\.?\d+)\s*\|\s*(AC|DC)\s*\), or more generally, the custom type string has to be in the following syntax:

<Name>(<Apparent Power in kVA>|<AC|DC>) e.g. FastCharger(50|DC) or SlowCharger(2.5|AC)

Please note, that in accordance with edu.ie3.datamodel.models.StandardUnits the apparent power is expected to be in kVA!

Limitations

• the available charging types are currently limited to only some common standard charging point types and not configurable via a type file or table. Nevertheless, providing custom types is possible using the syntax explained above. If there is additional need for a more granular type configuration via type file please contact us.
• each charging station can hold one or more charging points. If more than one charging point is available all attributes (e.g. sRated or connectionType) are considered to be equal for all connection points

Caveats

Nothing - at least not known. If you found something, please contact us!