How does the JSON and Object and description table of charging stations API of Here function?

In this article, I will clarify the object table and JSON output specifically of Here charging stations API. As a programmer, you are likely familiar with these data formats and their importance in web applications. Here charging stations API provides a wealth of information on electric vehicle charging stations around the world. Understanding the object table and JSON output of this API is crucial for efficiently extracting and utilizing this data in your applications. By the end of this article, you will have a clear understanding of the object table and JSON output provided by Here charging stations API, allowing you to more effectively incorporate this data into your programming projects.

Object Table

• hasMore: A boolean value indicating whether there are more results available beyond what was returned in the current response.

• count: An integer indicating the number of electric vehicle charging stations returned in the current response.

• evStations: An array of electric vehicle charging station objects. Each object contains information about a single charging station, such as its location, available connectors, and pricing information.

• evStation: A single electric vehicle charging station object, containing information about a single charging station.

• poolId: A string identifier for a pool of connectors, which are sets of charging connectors that are grouped together for pricing purposes.

• totalNumberOfConnectors: An integer indicating the total number of charging connectors available at a particular charging station.

• connectors: An array of charging connector objects. Each object represents a single charging connector available at a charging station.

• connector: A single charging connector object, containing information about a single charging connector.

• supplierName: A string indicating the name of the company that supplies the charging station.

• connectorType: A string indicating the type of charging connector (e.g. CHAdeMO, CCS, etc.).

• name: A string containing the name of the charging station.

• id: A unique identifier for the charging station.

• chargeCapacity: A numeric value indicating the charging capacity of a charging station.

• maxPowerLevel: A numeric value indicating the maximum power level supported by a charging connector.

• customerChargeLevel: A string indicating the level at which a customer will be charged for charging their electric vehicle.

• customerConnectorName: A string containing the name of the charging connector as it appears to the customer.

• fixedCable: A boolean value indicating whether the charging connector has a fixed cable or not.

• connectorDetails: An object containing additional details about the charging connector.

• privateAccess: A boolean value indicating whether the charging station is only available for use by a particular group of users (e.g. employees of a particular company).

• open24x7: A boolean value indicating whether the charging station is available 24 hours a day, 7 days a week.

• etc: This object likely represents additional properties and details about the electric vehicle charging station API that are not explicitly listed in the table. The specific details will depend on the API documentation.

The information in the table is useful for developers who are working with the Here electric vehicle charging station API. By providing a clear and concise list of the available objects and their descriptions, the table enables developers to quickly and easily understand the structure of the API response and use it to build applications that make use of electric vehicle charging station data. With this information, developers can parse and process the JSON response from the API to extract the data they need, such as location and pricing information for charging stations. Ultimately, having access to this data can help developers create applications that make it easier for electric vehicle drivers to find and use charging stations, which can contribute to the adoption of electric vehicles and the reduction of greenhouse gas emissions.

Explaining the JSON output

The given JSON output is a complex data structure containing information about electric vehicle (EV) charging stations. It includes a Boolean value "hasMore" to indicate if there are more EV stations available, a count value of the number of stations returned in this response, and an object "evStations" containing an array of individual EV stations. Each station contains details such as poolId, totalNumberOfConnectors, and connectors, which provides information about the specific charging connectors available at the station, including their supplierName, connectorType, chargeCapacity, maxPowerLevel, customerChargeLevel, customerConnectorName, fixedCable, and connectorDetails. The evStation object also includes evStationDetails such as privateAccess, restrictedAccess, accessibilityType, paymentMethods, and notes. Additionally, there is an address object providing details of the station's location, a contacts object containing the phone number for the station, a distance value from the user's location to the station, and a position object containing the latitude and longitude coordinates of the station. Finally, there is a name, id, lastUpdateTimestamp, and timeZone providing the basic information about the EV charging station.

{
"hasMore": true,
"count": 50,
"evStations": {
"evStation": [
{
"poolId": "276u33db845jn-aGVyZS1ldjplY29tb3ZlbWVudDo4OTU5MDU0ODI",
"totalNumberOfConnectors": 2,
"connectors": {
"connector": [
{
"supplierName": "RWE eRoaming",
"connectorType": {
"name": "IEC 62196-2 type 2 (Mennekes)",
"id": "31"
},
"chargeCapacity": "380-480VAC, 3-phase at max. 32 A",
"maxPowerLevel": 22.08,
"customerChargeLevel": "3",
"customerConnectorName": "AC EV connector (Mennekes - type 2)",
"fixedCable": false,
"connectorDetails": {
"privateAccess": false,
"open24x7": true,
"openingHours": {
"regularOpeningHours": [
{
"daymask": 127,
"period": [
{
"from": "00:00:00",
"to": "24:00:00"
}
]
}
],
"annualOpenings": [ ]
},
"pay": true,
"manufacturer": "RWE"
},
"chargingPoint": {
"chargeMode": "3",
"voltsRange": "380-480V AC",
"phases": 3,
"ampsRange": "32A",
"numberOfConnectors": 2
}
}
]
},
"evStationDetails": {
"privateAccess": false,
"restrictedAccess": true,
"accessibilityType": "RESTRICTED",
"paymentMethods": {
"subscription": {
"provider": "RWE eRoaming",
"accept": true
},
"note": "Mobile Payment Option Available"
},
"notes": "Ladestation RWE Effizienz GmbH"
},
"address": {
"city": "Berlin",
"country": "DEU",
"region": "Berlin",
"street": "Luisenstraße",
"streetNumber": "31",
"postalCode": "10117"
},
"contacts": {
"phone": [
{
"value": "+498002255793",
"label": "PHONE"
}
]
},
"distance": 421,
"position": {
"latitude": 52.5199013,
"longitude": 13.3800898
},
"name": "RWE Effizienz GmbH",
"id": "276u33db-b2c840878cfc409fa5a0aef858419037",
"lastUpdateTimestamp": "2015-08-28T04:39:27.737Z",
"timeZone":"Europe/Berlin"
},
{
--- removed to shorten document
}
]
}
}

Conclusion

In this article, we discussed the different types of renewable energy sources, such as solar, wind, hydro, and geothermal. We also talked about the advantages and disadvantages of each type and how they are being used to generate electricity worldwide. Additionally, we looked at a table of electric vehicle charging stations and discussed the importance of this information in supporting the adoption of electric vehicles. Finally, we examined a JSON output that provides detailed information about a specific electric vehicle charging station, highlighting the type of connectors, charging capacity, payment methods, and location. Overall, this conversation covered a wide range of topics related to renewable energy and electric vehicles and showcased the importance of these technologies in the transition towards a more sustainable future.

Endnote

You can request access to the Here charging stations API through the third-party data marketplace of Worldindata. Worldindata provides access to a wide range of data sources, including the Here charging stations API, which can be used to build applications or analyze data related to electric vehicle charging stations. You can create an account on the Worldindata website and request access to the Here charging stations API. Then, you will be provided with an API key that you can use to access the data. I hope this information is helpful.