📘
Note
The location information is retrieved in bulk. Eco-Movement recommends that you retrieve the entire dataset once a day.

Request

See locations and locations/{id} to know more about the parameters that are used with the two versions of the locations endpoint.

Response

The following is a sample response for the locations endpoint:

{
    data: [ 
    
        { location 1 
            [
                { EVSE 1 
                    [{ connnector 1 },{ connector 2 }]},
                { EVSE 2 
                    [{...},{...}]}
            ]
        },
        
        { location 2 [{...}]},
        
    ], 
}

📘
Note
Use the "Try It!" button in locations and locations/{id} to view an actual response from our API.

The following table describes the main objects in the response of the locations endpoint:

Main Object	Description
Location	A location is a group of one or more EVSEs that belong together because they are co-located and operated by the same CPO. These EVSEs typically share certain energy infrastructure components (for example, connection to the grid).
EVSE	An EVSE is a spot where a single electric vehicle can charge. While an EVSE may offer multiple connectors, only one connector can be used at a time.
Connector	A connector is a specific socket or cable to connect the EVSE with the electric vehicle.

🚧
Caution
Eco-Movement always upholds the API contract, but we may send new attributes in our JSON response when:

we add an OCPI mandatory attribute to the JSON response to be OCPI compliant

we improve your licensing module with new features

Hence, we strongly recommend that you handle or ignore unknown JSON fields.

Response Definitions

The main objects consist of several OCPI and Eco-Movement custom attributes.

Standard OCPI Attributes

The following are the standard attributes of OCPI 2.2:

Attribute	Description
`data.country_code`	The ISO-3166 alpha-2 country code for Eco-Movement. This is always `NL` (Netherlands). See `data.country` for the country code of the location.
`data.party_id`	The ID of Eco-Movement based on the ISO-15118 standard. This is always `ECO`.
`data.id`	The unique id for a location. It is created by Eco-Movement, and it is stable. This attribute may change when two or more locations are merged, which results in one location only.
`data.parking_type`	Indicates the type of location where the charge point is located. It holds one of the following values: `ALONG_MOTORWAY` `ON_STREET` `PARKING_GARAGE` `UNDERGROUND_GARAGE` `PARKING_LOT` `ON_DRIVEWAY`
`data.address`	The street and house number where the charge point is located.
`data.city`	The name of the city where the charge point is located.
`data.postal_code`	The postal code where the charge point is located. It conforms to the country standard.
`data.state`	The state where the charging station is located.
`data.country`	The ISO 3166-1 alpha-3 code for the country of this location.
`data.coordinates`	The coordinates of the location in decimal degrees.
`data.coordinates.latitude`	The latitude of the location in decimal degrees.
`data.coordinates.longitude`	The longitude of the location in decimal degrees.
`data.publish`	Indicates that the location is published. It is always set to `true`.
`data.last_updated`	Indicates when the location data was last updated. The date is in ISO 8601 standard and the time zone is UTC. The update could be a status update or any other update (for example, coordinates update).
`data.name`	The name of the location.
`data.owner`	The details of the location's owner. Note: The `partner_id` and `ema_id` attributes are created by Eco-Movement. Hence, these attributes are described in Eco-Movement Attributes .
`data.owner.name`	The name of the location's owner.
`data.owner.website`	The website of the location's owner.
`data.owner.logo`	The link to the owner's logo.
`data.operator`	The name and website of the operator of the charge points in the location. Note: The `partner_id` and `ema_id` attributes are created by Eco-Movement. Hence, these attributes are described in Eco-Movement Attributes .
`data.operator.name`	The name of the location's operator.
`data.operator.website`	The website of the location's operator.
`data.operator.logo`	The link to the operator's logo.
`data.suboperator`	The name and website of the suboperator of the charge points in the location. When the suboperator is filled, it is the main operator of the location. Note: The `partner_id` and `ema_id` attributes are created by Eco-Movement. Hence, these attributes are described in Eco-Movement Attributes .
`data.suboperator.name`	The name of the location's suboperator.
`data.suboperator.website`	The website of the location's suboperator.
`data.suboperator.logo`	The link to the suboperator's logo.
`data.opening_times`	Indicates if the location is always open or has certain opening and closing times.
`data.charging_when_closed`	Indicates if the EVSEs can be used for charging outside the opening hours of the location. For example, when the parking garage closes its barriers overnight, this attribute indicates if you can still charge until the next morning.
`data.time_zone`	The time zone of the location. It is one of www.iana.org tzdata's TZ-values representing the time zone of the location.
`data.energy_mix`	Describes the energy mix and environmental impact of the supplied energy at the location.
`data.energy_mix.is_green_energy`	Indicates true if the supplied energy at the location is 100% from regenerative sources. (CO2 and nuclear waste is zero.)
`data.energy_mix.supplier_name`	The name of the energy supplier that delivers the energy for the location.
`data.energy_mix.energy_product_name`	The name of the energy supplier's product that is used at the location.
`data.energy_mix.energy_sources`	The type of energy source and the percentage.
`data.energy_mix.energy_sources.source`	The type of energy source. The different types of energy sources are: `NUCLEAR`: Nuclear power source `GENERAL_FOSSIL`: All kinds of fossil power sources `COAL`: Fossil power form coal `GAS`: Fossil power from gas `GENERAL_GREEN`: All kinds of regenerative power sources `SOLAR`: Regenerative power from PV `WIND`: Regenerative power from wind turbines `WATER`: Regenerative power from water turbines
`data.energy_mix.energy_sources.percentage`	The percentage of the source (0%-100%) in the mix.
`data.energy_mix.environ_impact`	The environmental impact of nuclear waste and CO2 exhaust of the location.
`data.energy_mix.environ_impact.source`	The type of pollutant. The different types of pollutants are: `NUCLEAR_WASTE`: Produced nuclear waste in grams per kilowatt-hour. `CARBON_DIOXIDE`: Exhausted carbon dioxide in grams per kilowatt-hour.
`data.energy_mix.environ_impact.amount`	The amount of nuclear waste produced or carbon dioxide exhausted in grams per kilowatt-hour.
`data.evses.uid`	The unique ID of an EVSE in the system of the CPO. It is created by the CPO and is not unique within Eco-Movement's database. Note: Use this attribute for PATCH requests as an evse's id.
`data.evses.status`	Indicates if an EVSE is available for charging or not. It is the real-time status of an EVSE, which is monitored and noise-filtered by Eco-Movement. It can be one of the following: `AVAILABLE` `BLOCKED` `CHARGING` `INOPERATIVE` `OUTOFORDER` `PLANNED` `REMOVED` `RESERVED` `UNKNOWN`
`data.evses.capabilities`	The capabilities of an EVSE. Eco-Movement is only partially OCPI compliant for this attribute and is only filled when supplied by the CPO. The different types of EVSE capabilities are: `CHARGING_PROFILE_CAPABLE` `CHARGING_PREFERENCES_CAPABLE` `CHIP_CARD_SUPPORT` `REMOTE_START_STOP_CAPABLE` `CREDIT_CARD_PAYABLE` `RESERVABLE` `RFID_READER` `UNLOCK_CAPABLE` `DEBIT_CARD_PAYABLE` `PED_TERMINAL` `TOKEN_GROUP_CAPABLE`
`data.evses.last_updated`	Indicates when the EVSE data was last updated. The date is in ISO 8601 standard and the time zone is UTC. The update could be a status update or any other update (for example, capabilities update).
`data.evses.physical_reference`	A number or string printed on the outside of the EVSE for visual identification. Note: This attribute is limited to 16 characters.
`data.evses.evse_id`	The unique ID of an EVSE for the outside world. It is unique across all databases, but it is not always available. It is compliant with "eMI3standard version V1.0". Eco-Movement provides a special endpoint for requesting with this id. See evse endpoint in the API reference guide for more information about using the `evse` endpoint.
`data.evses.floor_level`	The level on which the charging station is located. For example, the floor level in a parking garage.
`data.evses.parking_restrictions`	Indicates if there are any restrictions to the parking lot. This attribute is only filled if it is supplied by the CPO. The different types of parking restrictions are: `EV_ONLY` `PLUGGED` `DISABLED` `CUSTOMERS` `MOTORCYCLES`
`data.evses.connectors.id`	The identifier of the connector within the EVSE created by the CPO. Two connectors may have the same id as long as they do not belong to the same EVSE object.
`data.evses.connectors.standard`	The socket or plug standard of the charging point. The standards are: `CHADEMO`: The connector type is CHAdeMO, DC `CHAOJI`: The ChaoJi connector. The new generation charging connector, harmonized between CHAdeMO and GB/T. DC. `DOMESTIC_A`: Standard or Domestic household, type "A", NEMA 1-15, 2 pins `DOMESTIC_B`: Standard or Domestic household, type "B", NEMA 5-15, 3 pins `DOMESTIC_C`: Standard or Domestic household, type "C", CEE 7/17, 2 pins `DOMESTIC_D`: Standard or Domestic household, type "D", 3 pin `DOMESTIC_E`: Standard or Domestic household, type "E", CEE 7/5 3 pins `DOMESTIC_F`: Standard or Domestic household, type "F", CEE 7/4, Schuko, 3 pins `DOMESTIC_G`: Standard or Domestic household, type "G", BS 1363, Commonwealth, 3 pins `DOMESTIC_H`: Standard or Domestic household, type "H" SI-32, 3 pins `DOMESTIC_I`: Standard or Domestic household, type "I", AS 3112, 3 pins `DOMESTIC_J`: Standard or Domestic household, type "J", SEV 1011, 3 pins `DOMESTIC_K`: Standard or Domestic household, type "K", DS 60884-2-D1, 3 pins `DOMESTIC_L`: Standard or Domestic household, type "L", CEI 23-16-VII, 3 pins `DOMESTIC_M`: Standard/Domestic household, type "M", BS 546, 3 pins `DOMESTIC_N`: Standard/Domestic household, type "N", NBR 14136, 3 pins `DOMESTIC_O`: Standard/Domestic household, type "O", TIS 166-2549, 3 pins `DOMESTIC_O`: Standard/Domestic household, type "O", TIS 166-2549, 3 pins `GBT_AC`: Guobiao GB/T 20234.2 AC socket/connector `GBT_DC`: Guobiao GB/T 20234.3 DC connector `IEC_60309_2_single_16`: IEC 60309-2 Industrial Connector single phase 16 Amperes (usually blue) `IEC_60309_2_three_16`: IEC 60309-2 Industrial Connector three phase 16 Amperes (usually red) `IEC_60309_2_three_32`: IEC 60309-2 Industrial Connector three phase 32 Amperes (usually red) `IEC_60309_2_three_64`: IEC 60309-2 Industrial Connector three phase 64 Amperes (usually red) `IEC_62196_T1`: IEC 62196 Type 1 "SAE J1772" `IEC_62196_T1_COMBO`: Combo Type 1 based, DC `IEC_62196_T2`: IEC 62196 Type 2 “Mennekes” `IEC_62196_T2_COMBO`: Combo Type 2 based, DC `IEC_62196_T3A`: IEC 62196 Type 3A `IEC_62196_T3C`: IEC 62196 Type 3C "Scame" `MCS`: Megawatt Charging System `NEMA_5_20`: NEMA 5-20, 3 pins `NEMA_6_30`: NEMA 6-30, 3 pins `NEMA_6_50`: NEMA 6-50, 3 pins `NEMA_10_30`: NEMA 10-30, 3 pins `NEMA_10_50`: NEMA 10-50, 3 pins `NEMA_14_30`: NEMA 14-30, 3 pins, rating of 30 A `NEMA_14_50`: NEMA 14-50, 3 pins, rating of 50 A `PANTOGRAPH_BOTTOM_UP`: On-board Bottom-up-Pantograph typically for bus charging `PANTOGRAPH_TOP_DOWN`: On-board Top-down-Pantograph typically for bus charging `SAE_J3400`: By default, these connectors are mapped to `TESLA_S`. If required, you can request to have them mapped as `SAE_J3400`. `TESLA_R`: Tesla Connector "Roadster" - Type (round, 4 pin) `TESLA_S`: Tesla Connector "Model-S" - Type (oval, 5 pin)
`data.evses.connectors.format`	The format of the connector. It can be one of the following formats: `SOCKET` `CABLE`
`data.evses.connectors.power_type`	The power type of the connector. The different power types are: AC_3_PHASE AC_1_PHASE DC
`data.evses.connectors.max_amperage`	The standard operating amperage delivered by the connector during a charging session under normal conditions. This attribute is validated and corrected by Eco-Movement.
`data.evses.connectors.max_voltage`	The standard operating voltage delivered by the connector during a charging session under normal conditions. This attribute is provided by the CPO. Eco-Movement validates the data and corrects outliers.
`data.evses.connectors.max_electric_power`	The maximum electric power that can be delivered by the connector, in Watts (W).
`data.evses.connectors.tariff_id`	Corresponds to the tariffs module. This attribute shows the CPO ad hoc prices. See tariffs endpoint for more information.
`data.evses.connectors.last_updated`	Indicates when the connector data was last updated. The date is in ISO 8601 standard and the time zone is UTC. The update could be a status update or any other update (for example, voltage update).

Eco-Movement Attributes

The following attributes were additionally created by Eco-Movement. They are not standard in the OCPI protocol. These attributes can be included in the request.

Attribute	Description
`data.access_type`	Eco-Movement classifies all locations as "Public", "Restricted", or "Private". The last category is filtered out by default. "Restricted" locations can be at a hotel, shop, office, etc., and the specific restrictions are shown under separate attributes.
`data.location_type`	This attribute is enriched using Eco-Movement's research methods to improve the value in the `data.type` attribute.
`data.location_type.code`	Indicates the type of location where a charge point is located. The different types of locations are: `ALONG_MOTORWAY` `PARKING_GARAGE` `PARKING_LOT` `ON_STREET`
`data.location_type.description`	The description of the location type. Note: Currently, this attribute's value is a copy of `data.location_type.code`'s value, but it will be updated in the future.
`data.facilities`	A list of nearby custom facilities derived by Eco-Movement. The facilities that we provide are: `AIRPORT`: An airport `BAKERY`: A bakery `BIKE_SHARING`: `BUSINESS`: An industrial building, office, commercial building, or business service `BUS_STOP`: A bus stop `CAFE`: A cafe `CARPOOL_PARKING`: A carpool parking `EDUCATION`: An educational institution `FAST_FOOD`: A fast food outlet `FINANCE`: A financial service `FUEL_STATION`: A fuel station `HEALTH`: A healthcare facility `HOTEL`: A hotel `MALL`: A mall or shopping center `METRO_STATION`: A metro station `MUSEUM`: A museum `NATURE`: Located in or close to a park, nature reserve/park, etc. `OTHER`: Other facilities, such as a civic building, place of worship, waste management, etc. `PARKING_LOT`: A parking lot `PLAYGROUND`: A playground `RECREATION_AREA`: A recreation area `RESTAURANT`: A restaurant `SERVICE`: Services, such as tourist information, post office, etc. `SPORT`: Sport facilities, such as gym, field, etc. `STORE`: A retail store `SUPERMARKET`: A supermarket `TAXI_STAND`: A taxi stand `TOILETS`: A public toilet `TRAIN_STATION`: A train station `TRAM_STOP`: A tram stop `WIFI`: Wifi or other type of internet facilities
`data.owner.partner_id`	The unique id for an owner. It is created by Eco-Movement, and it is stable.
`data.owner.ema_id`	The E-Mobility Account Identifier (eMA ID) for the owner. It is created by Eco-Movement by combining the country code where the charging station is located, and the party id of the owner. For example, `NL-ECO`. Note: An owner can have multiple eMA IDs. For example, if a company named 'Example Company A' acquired 'Example Company B' and owns the charging stations of Example Company B, then this attribute maps Example Company B's eMA IDs to Example Company A's eMA IDs. For example, `["NL-EXA", "NL-EXB"]`.
`data.operator.partner_id`	The unique id for an operator. It is created by Eco-Movement, and it is stable.
`data.operator.ema_id`	The E-Mobility Account Identifier (eMA ID) for the operator. It is created by Eco-Movement by combining the country code where the charging station is located, and the party id of the operator. For example, `NL-ECO`. Note: An operator can have multiple eMA IDs. For example, if a company named 'Example Company A' acquired 'Example Company B' and operates the charging stations of Example Company B, then this attribute maps Example Company B's eMA IDs to Example Company A's eMA IDs. For example, `["NL-EXA", "NL-EXB"]`.
`data.suboperator.partner_id`	The unique id for a suboperator. It is created by Eco-Movement, and it is stable.
`data.suboperator.ema_id`	The E-Mobility Account Identifier (eMA ID) for the suboperator. It is created by Eco-Movement by combining the country code where the charging station is located, and the party id of the suboperator. For example, `NL-ECO`. Note: An operator can have multiple eMA IDs. For example, if a company named 'Example Company A' acquired 'Example Company B' and operates the charging stations of Example Company B, then this attribute maps Example Company B's eMA IDs to Example Company A's eMA IDs. For example, `["NL-EXA", "NL-EXB"]`.
`data.brand_name`	The name and website of the main brand that is operating the charging station. Note: If suboperator is available, then the brand name is the suboperator's name. If suboperator is not available, then the brand name is the operator's name.
`data.related_locations`	Describes up to five facilities that are closest to the charge point's location.
`data.related_locations.latitude`	The latitude of a facility that is closest to the location of the charge point.
`data.related_locations.longitude`	The longitude of a facility that is closest to the location of the charge point.
`data.related_locations.name`	The name of a facility that is closest to the location of the charge point.
`data.support_phone_number`	The phone number that EV drivers should call when they need assistance at the charge location.
`data.roaming`	A list of all the major MSP cards that are accepted at this location and their details.
`data.roaming.emsp`	The provider of the MSP card.
`data.roaming.partner_id`	The unique id for a provider. It is created by Eco-Movement, and it is stable.
`data.roaming.ema_id`	The unique E-Mobility Account Identifier (eMA ID) for a provider. It is created by Eco-Movement by combining the country code where the charging station is located, and the party id of the provider. For example, `NL-ECO`. Note: A provider can have multiple eMA IDs. For example, if a company named 'Example Company A' acquired 'Example Company B' and owns the charging stations of Example Company B, then this attribute maps Example Company B's eMA IDs to Example Company A's eMA IDs. For example, `["NL-EXA", "NL-EXB"]`.
`data.roaming.card`	The name of the MSP card.
`data.roaming.android_app_link`	The link to the MSP's Android app.
`data.roaming.ios_app_link`	The link to the MSP's iOS app.
`data.derived_opening_times`	An Eco-Movement algorithm looks at the charging history and discovers patterns using the history. The opening times are created based on these patterns.
`data.derived_opening_times.regular_hours`	The opening and closing hours of the location on a particular day of the week.
`data.derived_opening_times.regular_hours.weekday`	The number of the day in the week. It starts from Monday (1) and ends in Sunday (7).
`data.derived_opening_times.regular_hours.period_begin`	The beginning of the regular period in hours and minutes.
`data.derived_opening_times.regular_hours.period_end`	The ending of the regular period in hours and minutes.
`data.derived_opening_times.twentyfourseven`	Indicates if the location is always open or has certain opening and closing times.
`data.heavy_vehicles`	Describes the dimensions and restrictions for heavy vehicles.
`data.heavy_vehicles.heavy_vehicles_height`	The maximum height of the heavy vehicle in metres that is allowed to be parked at the charging station.
`data.heavy_vehicles.heavy_vehicles_width`	The maximum width of the heavy vehicle in metres that is allowed to be parked at the charging station.
`data.heavy_vehicles.heavy_vehicles_length`	The maximum length of the heavy vehicle in metres that is allowed to be parked at the charging station.
`data.heavy_vehicles.heavy_vehicles_mass`	The maximum mass of the heavy vehicle in kilograms that is allowed to be parked at the charging station.
`data.heavy_vehicles.heavy_vehicles_restrictions`	The applicable restrictions for the heavy vehicle. The values are: `N1` - Only N1 type of heavy vehicles can be parked at the charging station. N1 vehicles have a maximum mass not exceeding 3.5 tonnes (7,700 lbs). `N2` - Only N2 type of heavy vehicles can be parked at the charging station. N2 vehicles have a maximum mass exceeding 3.5 tonnes but not exceeding 12 tonnes (26,000 lbs). `N3` - Only N3 type of heavy vehicles can be parked at the charging station. N3 vehicles have a maximum mass exceeding 12 tonnes (26,000 lbs). `N1, N2` - N1 and N2 type of heavy vehicles can be parked at the charging station. `N1, N2, N3` - N1, N2, and N3 type of heavy vehicles can be parked at the charging station. `N3+O4` - N3 type of heavy vehicles having O4 type of trailers can be parked at the charging station. N3 vehicles have a maximum mass exceeding 12 tonnes (26,000 lbs) and O4 trailers have a maximum mass exceeding 10 tonnes (22000 lbs). `UNKNOWN` - The restrictions are currently unknown.
`data.heavy_vehicles.heavy_vehicles_dedicated`	Indicates whether the location was constructed mainly for the purpose of heavy vehicles like trucks or not.
`data.heavy_vehicles.heavy_vehicles_trailer_accessibility`	Indicates whether the location is suitable for trucks with trailers or not.
`data.heavy_vehicles.heavy_vehicles_drive_through`	Indicates whether the location is drive-though or not.
`data.heavy_vehicles.heavy_vehicles_dangerous_goods`	Indicates whether the location allows charging of heavy vehicles transporting dangerous goods classified in ADR.
`data.heavy_vehicles.heavy_vehicles_rigid_vehicles`	Indicates whether the location is suitable for rigid heavy vehicles or not.
`data.heavy_vehicles.heavy_vehicles_overnight_parking`	Indicates whether the location allows overnight charging of heavy vehicles or not.
`data.heavy_vehicles.heavy_vehicles_amenities`	A list of amenities at the location. Amenities can be: `TRUCK_PARKING` `TRUCK_WASH` `TRUCK_REPAIR` `TRUCK_DEALERSHIP` `SECURE_TRUCK_PARKING` `FOOD_DELIVERY` `TOILET` `WASHING_MACHINE` `SHOWER` `RESTAURANT` `VENDING_MACHINE` `DRIVER_LOUNGE` `OUTDOOR_GYM` `POWER_SUPPLY` `ATM` `ACCESS_CONTROLLED_AREA` `LICENSE_PLATE_RECOGNITION` `PERIMETER_FENCE` `PEDESTRIAN_TURNSTILES` `CAMERA_SURVEILLANCE` `GUARD` `FLOOD_LIGHTING` `ENTRY_GATE` `EXIT_GATE` `UNKNOWN`
`data.heavy_vehicles.heavy_vehicles_nose_parking`	Indicates whether the location allows nose parking or not.
`data.administrative_areas`	The administrative area for the location.
`data.administrative_areas.state_province`	The state or province where the charging station is located.
`data.administrative_areas.municipality`	The municipality where the charging station is located.
`data.directions`	The directions to reach the location.
`data.predicted_occupancy`	Eco-Movement uses this feature to predict the occupancy of the location. The values are updated daily, predicting hour by hour the likelihood of occupancy for the upcoming 7 days. They are based on historical trend lines of seasons, years, months, weeks, and days. Hence, this attribute is accurate and relevant for the EV driver.
`data.predicted_occupancy.weekday`	The number of the day in the week. It starts from Monday (1) and ends in Sunday (7).
`data.predicted_occupancy.period_begin`	The beginning of the time period. The Z after the time indicates that it is in UTC.
`data.predicted_occupancy.period_end`	The ending of the time period. The Z after the time indicates that it is in UTC.
`data.predicted_occupancy.occupancy`	Indicates the occupancy on a scale from 1 to 10, where `1` means the location is available for charging and `10` means the location is fully occupied.
`data.adhoc_authorisation_payment_method`	Indicates the authentication and payment methods. The methods are: `AUTH_BY_CAR_PLUG&CHARGE` `ONLINE_APPLE_PAY` `TERMINAL_IN_APP` `ONLINE_PAYPAL` `SERVICE_PROVIDER_RFID_CARD` `TERMINAL_QR_CODE` `TERMINAL_CREDIT_CARD` `TERMINAL_DEBIT_CARD` `TERMINAL_SMS` `ONLINE_CREDIT_CARD` `OTHER_OTHER` `TERMINAL_CONTACTLESS` `ONLINE_GOOGLE_PAY` `ONLINE_BANK_PAYMENT` `AUTH_BY_CAR_AUTOCHARGE`
`data.adhoc_authorisation_method`	The custom field for the available ad hoc payment methods. The different types of ad hoc payment methods are: `CREDIT_CARD` `DEBIT_CARD` `MEMBERSHIP_APP` `MEMBERSHIP_CARD` `OTHER` `OTHER_Apple_Pay` `OTHER_Authentication_by_car` `OTHER_Google_Pay` `QR_CODE` `SMS` Note: In OCPI protocol, there is a standard field named "Capabilities", which is similar, but limited.
`data.reliability_score_2`	Indicates the reliability score of the location. This attribute indicates when the charging points at a location are operating normally, but it does not have details regarding expected occupancy. The algorithm considers the frequency of recent usage (more recent is more relevant) and recent downtime. For example, a score of 1 is the least reliable, and a score of 5 is the most reliable. Note: A score of 0 indicates that the reliability score is not available for the location yet.
`data.charging_behaviour`	This attribute relies on AI and it is verified by scientific research. Based on real-time information, the charging behaviour of users is divided into groups. Note: This attribute is deprecated.
`data.charging_behaviour.code`	Indicates the code for the type of charging behaviour. The codes are: `1`: Urban charging `2`: Fast charging `3`: Mixed charging `4`: Noise charging `5`: Overnight charging `6`: Office charging
`data.charging_behaviour.description`	The description of the charging behaviour.
`data.location_category`	The type of location where a charge point is located. For example, shop.
`data.entrance_for_navigation`	The coordinates for the location's entrances in decimal degrees. If available, there can be more than one entrances to the location. Note: This attribute is available only for locations that contain `data.location_type.code` as `ALONG_MOTORWAY`.
`data.entrance_for_navigation.name`	The name of the entrance. For example, motorway exit.
`data.entrance_for_navigation.latitude`	The latitude of a location's entrance in decimal degrees.
`data.entrance_for_navigation.longitude`	The longitude of a location's entrance in decimal degrees.
`data.number_physical_units`	The total number of DC physical units at the location.
`data.restrictions`	The applicable restrictions at the location. The different types of restrictions are: `ONLY_CUSTOMERS` - Only customers of the charging station's location are allowed to charge. For example, in a supermarket. `ONLY_TRUCKS` - Only trucks are allowed to charge. `ONLY_2_WHEELERS` - Only two-wheelers are allowed to charge. `ONLY_BUS` - Only buses are allowed to charge. `ONLY_BRAND` - Only EVs of the operator brands are allowed to charge. For example, Tesla. `ONLY_CARSHARING` - Only shared cars are allowed to charge. This restriction is shown if at least 1 EVSE is for shared cars. `ONLY_TAXIS` - Only taxis are allowed to charge. `ONLY_RESIDENTIAL` - Only residents of the charging station's location are allowed to charge. For example, in an apartment building. `ONLY_EMPLOYEES` - Only employees of the charging station's location are allowed to charge. For example, in an office. `TIME_RESTRICTED` - The charging station is not open 24/7.
`data.rating`	Indicates the average score and the total number of EV drivers that contributed to that score.
`data.rating.count`	Indicates the total number of EV drivers that contributed to the score.
`data.rating.score`	Indicates the average score of the charging station location. It ranges from 1 to 5.
`data.images`	Contains the metadata for location-specific images, including URLs, formats, and categories.
`data.images.url`	The URL using which the image can be fetched.
`data.images.thumbnail`	The URL using which the image's thumbnail can be fetched.
`data.images.category`	Indicates what category the image falls under. It is one of the following values: `CHARGER` - The image of the physical unit. `LOCATION` - The image of the charging location. `ENTRANCE` - The image of the charging location's entrance. `OTHER` - An image that is not classified as `CHARGER`, `LOCATION`, or `ENTRANCE`.
`data.images.type`	Indicates the type of image. It is always jpeg.
`data.evses.cpo_external_id`	The unique ID of the location in the system of the CPO. This attribute is registered at location level in the system of the CPO, but Eco-Movement stores it at EVSE level. This is because we sometimes merge or split locations to improve the user experience.
`data.evses.directions`	The directions to reach the EVSE from the location.
`data.evses.last_successful_charge`	Indicates when the EVSE last had a successful charge. The time zone is UTC.
`data.evses.parking`	Indicates the type of vehicle that can charge at the EVSE and other useful information that is important for heavy vehicles. Note: This field is not always filled and is only filled when we have HV-related information for the EVSE.
`data.evses.parking.vehicle_types`	Indicates the type of heavy vehicle that can charge at the EVSE. It can be one or more of the following values: `VAN` - A light-duty van that is generally lower than 275 cm in height. `SEMI_TRACTOR` - A heavy-duty tractor unit without a trailer. `RIGID` - A heavy-duty truck without an articulation point. `TRUCK_WITH_TRAILER` - A heavy-duty truck (semi-tractor or rigid) with a trailer attached.
`data.evses.parking.truck_with_trailer_verification`	Indicates how the EVSE handles trailers. It is one of the following values: `DESIGNED` - The EVSE has been designed for what qualifies as a `TRUCK_WITH_TRAILER`. `VERIFIED` - The EVSE has been verified as a station where what qualifies as a TRUCK_WITH_TRAILER can charge comfortably. `VIABLE` - The EVSE is considered where what qualifies as a`TRUCK_WITH_TRAILER` can charge but isn’t ideal (blocking chargers, etc.).
`data.evses.parking.trailer_parking`	Indicates if a truck’s trailer can be parked within the limits of the charging station or not.
`data.evses.parking.height_restriction`	Indicates if there is a height restriction at the EVSE or not.
`data.evses.parking.max_vehicle_height`	The maximum height of the vehicle that is allowed to park in centimetres.
`data.evses.parking.max_vehicle_weight`	The maximum weight of the vehicle that is allowed to park in kilograms.
`data.evses.parking.max_vehicle_length`	The maximum length of the vehicle that is allowed to park in centimetres.
`data.evses.parking.max_vehicle_width`	The maximum width of the vehicle that is allowed to park in centimetres.
`data.evses.parking.dangerous_goods_allowed`	Indicates whether the EVSE allows charging of heavy vehicles transporting dangerous goods classified in ADR.
`data.evses.parking.evse_position`	Indicates the position of the EVSE relative to the parking space. It is one of the following values: `LEFT` - The side is from the vehicle, assuming its parked nose-first. `RIGHT` - The side is from the vehicle, assuming its parked nose-first. `CENTER` - The side is from the vehicle, assuming its parked nose-first.
`data.evses.parking.direction`	Indicates the direction in which the vehicle is to be parked next to this EVSE. It is one of the following values: `PARALLEL` - Parking happens parallel to the roadway on which vehicles approach the EVSE. `PERPENDICULAR` - Parking happens perpendicular to the roadway on which vehicles approach the EVSE. `ANGLE` - Parking happens at an angle to the roadway on which vehicles approach the EVSE (i.e. echelon parking). `DRIVE_THROUGH` - A vehicle can stop, charge, and proceed without reversing into or out of a parking bay.
`data.evses.parking.reservation_required`	Indicates if reservation is required to charge at the EVSE or not.
`data.evses.parking.overnight_parking_allowed`	Indicates whether the EVSE allows overnight charging of heavy vehicles or not.
`data.evses.parking.amenities`	A list of amenities at the location. Amenities can be: `TRUCK_PARKING` `TRUCK_WASH` `TRUCK_REPAIR` `TRUCK_DEALERSHIP` `SECURE_TRUCK_PARKING` `FOOD_DELIVERY` `TOILET` `WASHING_MACHINE` `SHOWER` `RESTAURANT` `VENDING_MACHINE` `DRIVER_LOUNGE` `OUTDOOR_GYM` `POWER_SUPPLY` `ATM` `ACCESS_CONTROLLED_AREA` `LICENSE_PLATE_RECOGNITION` `PERIMETER_FENCE` `PEDESTRIAN_TURNSTILES` `CAMERA_SURVEILLANCE` `GUARD` `FLOOD_LIGHTING` `ENTRY_GATE` `EXIT_GATE` `UNKNOWN`
`data.evses.connectors.peak_voltage`	A normalised value for the peak (highest) voltage that can be achieved during a charging session. This attribute is created by Eco-Movement based on the data received from the CPO in combination with relevant third party information. Note: The peak voltage can never be achieved at the same time as the peak amperage, as this would result in a power above the max_power.
`data.evses.connectors.peak_amperage`	A normalised value for the peak (highest) amperage that can be achieved during a charging session. This attribute is created by Eco-Movement based on the data received from the CPO in combination with relevant third party information. Note: The peak amperage can never be achieved at the same time as the peak voltage, as this would result in a power above the max_power.

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Note
For the predicted_occupancy, roaming, and derived_opening_times attributes, you must use a location's id parameter behind the locations endpoint in a GET request. Use the "Try It!" button in locations/{id} to use the locations endpoint with a location's id and view an actual response from our API.
If you are interested in receiving these attributes with the bulk request, please contact us. Please note that only 500 results are returned instead of 1000 results with this feature.