Subscribe to route updates
When you have obtained a route ID through the route mutation, you can start a route subscription to obtain your polyline and other route details. Because longer routes take some time to finish you can use a GraphQL subscription as described in the introduction.
Subscription
The subscription service needs to be initiated with a route ID. From there on it will start calculating and, based on your interval, provide you with a route status. For all possible statuses, see the response section of this document.
Last but not least, if your route supported any additional options you can now request them on the subscription response, as described here;
- Support alternative stations along a route
If your route mutation included the
stationsAlongRouteRadiuswith a valid distance, you can now request the station details. To do so, you will need to add thestationsAlongRoutefield with its appropriate children.
- Support stations as waypoint
If your route mutation included stations in the
viaparameter, you will receive a route with additional stations as waypoints. These station as waypoints can be found inside theroute.leg.
- Get additional properties
Our route destination, origin and stations have an optional
propertiesattribute any of our route queries. You can use this to fetch a completeaddress, the current temperature (temp) and airpressureat that location.
- Using percentages
You can configure this query to use percentages for the state of charge and final state of charge. This way client-side conversions are no longer needed. Please be aware that the percentages are based upon the
usable_kwhor the capacity included inside this mutation.
Arguments
id • ID
• Required
Frequently used fields
route • RouteAlternative
Recommended route
id • ID
ID of a route alternative
type • RouteAlternativeType
Type of alternative route
Show RouteAlternativeType enum values
fastest
Fastest route between origin and destination
bestMatching
Best matching route based on operator and amenities preferences
alternative
An alternative to the fastest route
charges • Int
Number of charges along a route
chargesAvailable • Int
Number of available charges along a route
chargesOccupied • Int
Number of occupied charges along a route
chargesUnknown • Int
Number of unknown charges along a route
chargesOutOfOrder • Int
Number of out of order charges along a route
distance • Int
Total distance of a route in meters
duration • Int
Total duration of a route, including charge time, in seconds
consumption • Float
Total energy used for a route in kWh
chargeTime • Float
Total time required to charge for an entire route, in seconds
amenityRanking • Int
Amenity ranking for an alternative
rangeStart • Int
Range, in meters, available at the beginning of a trip
rangeStartKwh • Float
Total energy in a battery at the beginning of a trip, in kWh
rangeStartPercentage • Int
Total energy in a battery at the beginning of a trip, in percentage
rangeEnd • Int
Remaining range, in meters, at the end of a trip
rangeEndKwh • Float
Remaining range, energy in kWh, at the end of a trip
rangeEndPercentage • Int
Remaining range, energy in percentage, at the end of a trip
via • String
Text information about a route direction
polyline • String
Polyline containing encoded coordinates
Show arguments
decimals • Int
Number of decimals used by the algorithm to encode [long, lat] pairs. Allowed values are 5 or 6, default is 5
pathPlot • PathSegment
Path elevation, distance, duration, consumption and speed values, grouped into 100 segments
elevation • Int
Elevation (altitude) in meters
averageSpeed • Float
Average speed, in km/h, for this route path segment
consumption • Float
Consumption, in kWh, of a route path segment
consumptionPerKm • Float
Consumption, in kWh per km, of a route path segment
distance • Float
Distance, in meters, of a route path segment
duration • Float
Duration, in seconds, of a route path segment
stateOfCharge • Float
State of charge, in kWh, of a route path segment
elevationPlot • Float
Elevation values. Each elevationPlot has a hundred points, independent of the length of a route
elevationUp • Float
Total number of meters which are going up on a route
elevationDown • Float
Total number of meters which are going down on a route
elevationMax • Float
Highest value from the elevation array
saving • RouteAlternativeSaving
Money and CO2 saving information
co2 • String
Total amount of CO2, in grams, which would be used with a petrol vehicle
money • String
Money saved by a user driving this route with the electric vehicle
currency • String
Currency
averageGasPrice • String
Average gas price with which the calculation was made
averageEnergyPrice • String
Average energy price with which the calculation was made
legs • RouteLeg
Legs of the route
id • ID
ID of a leg
distance • Int
Distance from the start to the end of a leg, in meters
duration • Int
Total drive time from the start to the end of a leg, in seconds
consumption • Float
Total energy used in a leg in kWh
rangeStart • Int
Range, in meters, available at the beginning of a leg
rangeStartKwh • Float
Total energy in a battery at the beginning of a leg, in kWh
rangeStartPercentage • Int
Total energy in a battery at the beginning of a trip, in percentage
rangeEnd • Int
Range, in meters, available at the end of a leg
rangeEndKwh • Float
Total energy left in a battery at the end of a leg, in kWh
rangeEndPercentage • Int
Remaining range, energy in percentage, at the end of a trip
origin • FeaturePoint
Origin point location
id • String
Feature ID
type • FeatureType
Feature type
Show FeatureType enum values
Feature
geometry • Point
Geometry of the feature
type • PointType
Point type
Show PointType enum values
Point
coordinates • Float
The coordinates array with longitude as first value and latitude as second one
properties • JSON
Optional object where you can store custom data you need in your application. This extends the current functionalities we offer
destination • FeaturePoint
Destination point location
id • String
Feature ID
type • FeatureType
Feature type
Show FeatureType enum values
Feature
geometry • Point
Geometry of the feature
type • PointType
Point type
Show PointType enum values
Point
coordinates • Float
The coordinates array with longitude as first value and latitude as second one
properties • JSON
Optional object where you can store custom data you need in your application. This extends the current functionalities we offer
type • LegType
Type of a leg
Show LegType enum values
station
This leg ends at a charging station and the vehicle must recharge
stationVia
This leg ends at a via charging station and the vehicle must recharge
stationAmenity
This leg ends at a scheduled charging station and the vehicle must recharge
via
This leg ends at a via location
final
This leg ends at the destination, and is the last leg of the route
stationFinal
This leg ends at the destination which is a charging station, and is the last leg of the route
name • String
Name of a destination. This is the station name in case a user should charge or the name of the location in case this was provided
stationId • String
ID of a station
operatorId • String
ID of an operator
operatorName • String
Name of an operator
operatorRanking • Int
Ranking of an operator
chargeTime • Int
Total time required to charge a battery until 80%, in seconds
evse • EVSE
Recommended EVSE where to charge
uid • String
Uniquely identifies an EVSE within the CPOs platform (and suboperator platforms). For example a database ID or the actual "EVSE ID". This field can never be changed, modified or renamed. This is the 'technical' identification of the EVSE, not to be used as 'human readable' identification, use the field evse_id for that. This field is named uid instead of id, because id could be confused with evse_id which is an eMI3 defined field.
evse_id • String
Compliant with the following specification for EVSE ID from "eMI3 standard version V1.0" (http://emi3group.com/documents-links/) "Part 2: business objects." Optional because: if an evse_id is to be re-used in the real world, the evse_id can be removed from an EVSE object if the status is set to REMOVED.
status • OCPIStatus
Indicates the current status of an EVSE.
Show OCPIStatus enum values
AVAILABLE
The EVSE/Connector is able to start a new charging session.
BLOCKED
The EVSE/Connector is not accessible because of a physical barrier, i.e. a car.
CHARGING
The EVSE/Connector is in use.
INOPERATIVE
The EVSE/Connector is not yet active or it is no longer available (deleted).
OUTOFORDER
The EVSE/Connector is currently out of order.
PLANNED
The EVSE/Connector is planned, will be operating soon.
REMOVED
The EVSE/Connector was discontinued/removed.
RESERVED
The EVSE/Connector is reserved for a particular EV driver and is unavailable for other drivers.
UNKNOWN
No status information available (also used when offline).
status_schedule • OCPIStatusSchedule
Indicates a planned status update of a nEVSE.
period_begin • DateTime
Begin of the scheduled period.
period_end • DateTime
End of the scheduled period, if known.
status • OCPIStatus
Status value during the scheduled period.
Show OCPIStatus enum values
AVAILABLE
The EVSE/Connector is able to start a new charging session.
BLOCKED
The EVSE/Connector is not accessible because of a physical barrier, i.e. a car.
CHARGING
The EVSE/Connector is in use.
INOPERATIVE
The EVSE/Connector is not yet active or it is no longer available (deleted).
OUTOFORDER
The EVSE/Connector is currently out of order.
PLANNED
The EVSE/Connector is planned, will be operating soon.
REMOVED
The EVSE/Connector was discontinued/removed.
RESERVED
The EVSE/Connector is reserved for a particular EV driver and is unavailable for other drivers.
UNKNOWN
No status information available (also used when offline).
capabilities • OCPICapability
List of functionalities that an EVSE is capable of.
Show OCPICapability enum values
CHARGING_PROFILE_CAPABLE
The EVSE supports charging profiles.
CHARGING_PREFERENCES_CAPABLE
The EVSE supports charging preferences.
CHIP_CARD_SUPPORT
EVSE has a payment terminal that supports chip cards.
CONTACTLESS_CARD_SUPPORT
EVSE has a payment terminal that supports contactless cards.
CREDIT_CARD_PAYABLE
EVSE has a payment terminal that makes it possible to pay for charging using a credit card.
DEBIT_CARD_PAYABLE
EVSE has a payment terminal that makes it possible to pay for charging using a debit card.
PED_TERMINAL
EVSE has a payment terminal with a pin-code entry device.
REMOTE_START_STOP_CAPABLE
The EVSE can remotely be started/stopped.
RESERVABLE
The EVSE can be reserved.
RFID_READER
Charging at this EVSE can be authorized with an RFID token.
TOKEN_GROUP_CAPABLE
This EVSE supports token groups, two or more tokens work as one, so that a session can be started with one token and stopped with another (handy when a card and key-fob are given to the EV-driver).
UNLOCK_CAPABLE
Connectors have a mechanical lock that can be requested by the eMSP to be unlocked.
START_SESSION_CONNECTOR_REQUIRED
When a StartSession is sent to this EVSE, the MSP is required to add the optional connector_id field in the StartSession object.
connectors • Connector
List of available connectors on an EVSE.
id • String
Identifier of a connector within an EVSE. Two connectors may have the same ID as long as they do not belong to the same EVSE object.
standard • ConnectorType
Standard of an installed connector.
Show ConnectorType enum values
CHADEMO
The connector type is CHAdeMO, DC
DOMESTIC_A
Standard/domestic household, type "A", NEMA 1-15, 2 pins
DOMESTIC_B
Standard/domestic household, type "B", NEMA 5-15, 3 pins
DOMESTIC_C
Standard/domestic household, type "C", CEE 7/17, 2 pins
DOMESTIC_D
Standard/domestic household, type "D", 3 pins
DOMESTIC_E
Standard/domestic household, type "E", CEE 7/5 3 pins
DOMESTIC_F
Standard/domestic household, type "F", CEE 7/4, Schuko, 3 pins
DOMESTIC_G
Standard/domestic household, type "G", BS 1363, Commonwealth, 3 pins
DOMESTIC_H
Standard/domestic household, type "H", SI-32, 3 pins
DOMESTIC_I
Standard/domestic household, type "I", AS 3112, 3 pins
DOMESTIC_J
Standard/domestic household, type "J", SEV 1011, 3 pins
DOMESTIC_K
Standard/domestic household, type "K", DS 60884-2-D1, 3 pins
DOMESTIC_L
Standard/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
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"
PANTOGRAPH_BOTTOM_UP
On-board bottom-up-pantograph typically for bus charging
PANTOGRAPH_TOP_DOWN
Off-board top-down-pantograph typically for bus charging
TESLA_R
Tesla connector "Roadster"-type (round, 4 pins)
TESLA_S
Tesla connector "Model-S"-type (oval, 5 pins)
GB_T
The connector type is GB_T (Chinese standard), DC
CHAOJI
The ChaoJi connector. The new generation charging connector, harmonized between CHAdeMO and GB/T. DC.
NEMA_5_20
The connector type is NEMA 5-20, 3 pins
NEMA_6_30
The connector type is NEMA 6-30, 3 pins
NEMA_6_50
The connector type is NEMA 6-50, 3 pins
NEMA_10_30
The connector type is NEMA 10-30, 3 pins
NEMA_10_50
The connector type is NEMA 10-50, 3 pins
NEMA_14_30
The connector type is NEMA 14-30, 3 pins, rating of 30 A
NEMA_14_50
The connector type is NEMA 14-50, 3 pins, rating of 50 A
format • OCPIConnectorFormat
Format (socket/cable) of an installed connector.
Show OCPIConnectorFormat enum values
SOCKET
The connector is a socket; the EV user needs to bring a fitting plug.
CABLE
The connector is an attached cable; the EV users car needs to have a fitting inlet.
power_type • OCPIPowerType
Type of power of an installed connector.
Show OCPIPowerType enum values
AC_1_PHASE
AC single phase.
AC_3_PHASE
AC three phase.
AC_2_PHASE
AC two phases, only two of the three available phases connected.
AC_2_PHASE_SPLIT
AC two phases using split phase system.
DC
Direct Current.
max_voltage • Int
Maximum voltage of an connector (line to neutral for AC_3_PHASE), in volt [V]. For example: DC Chargers might vary the voltage during charging when battery almost full.
max_amperage • Int
Maximum amperage of a connector, in ampere [A].
max_electric_power • Int
Maximum electric power that can be delivered by a connector, in watt [W]. When the maximum electric power is lower than the calculated value from voltage and amperage, this value should be set. For example: A DC Charge Point which can deliver up to 920V and up to 400A can be limited to a maximum of 150kW. Depending on the vehicle, it may supply maximum voltage or current, but not both at the same time. For AC Charge Points, the amount of phases used can also have influence on the maximum power.
power • Float
Maximum electric power in kW
tariff_ids • String
Identifiers of the currently valid charging tariffs. Multiple tariffs are possible, but only one of each Tariff.type can be active at the same time. Tariffs with the same type are only allowed, if they are not active at the same time: start_date_time and end_date_time period not overlapping. When preference-based smart charging is supported, one tariff for every possible ProfileType should be provided. This tells the user about the options they have at this Connector, and what the tariff is for every option. For a "free of charge" tariff, this field should be set and point to a defined "free of charge" tariff.
terms_and_conditions • String
URL to an operator’s terms and conditions.
last_updated • DateTime
Timestamp when a connector was last updated (or created).
properties • JSON
Optional object where you can store custom data you need in your application. This extends the current functionalities we offer
tariff • OCPITariff
List of valid charging tariffs
country_code • String
ISO-3166 alpha-2 country code of the CPO that owns this tariff
party_id • String
CPO ID of the CPO that owns this tariff (following the ISO-15118 standard)
id • String
Uniquely identifies the tariff within the CPO’s platform (and suboperator platforms)
currency • String
ISO-4217 code of the currency of this tariff.
type • OCPITariffType
Defines the type of the tariff. This allows for distinction in case of given charging preferences. When omitted, this tariff is valid for all sessions
Show OCPITariffType enum values
AD_HOC_PAYMENT
Used to describe that a tariff is valid when ad-hoc payment is used at the charge point (for example: Debit or Credit card payment terminal)
PROFILE_CHEAP
Used to describe that a tariff is valid when charging preference: CHEAP is set for the session
PROFILE_FAST
Used to describe that a tariff is valid when charging preference: FAST is set for the session
PROFILE_GREEN
Used to describe that a tariff is valid when charging preference: GREEN is set for the session
REGULAR
Used to describe that a tariff is valid when using an RFID, without any charging preference, or when charging preference: REGULAR is set for the session
tariff_alt_text • OCPIDisplayText
List of alternative tariff information texts, in multiple languages
language • String
Language Code ISO 639-1
text • String
Text to be displayed to an end user. No markup, html etc. allowed.
tariff_alt_url • String
URL to a web page that contains an explanation of the tariff information in human readable form
min_price • OCPIPrice
When this field is set, a charging session with this tariff will cost at least the amount shown. This is different from a FLAT fee (start tariff, transaction fee), as a FLAT fee is a fixed amount that must be paid for any charging session. A minimum price indicates that when the cost of a charging session is lower than this amount, the cost of the session will be equal to this amount
excl_vat • Float
Price/Cost excluding VAT.
incl_vat • Float
Price/Cost including VAT.
max_price • OCPIPrice
When this field is set, a charging session with this tariff will NOT cost more than this amount
excl_vat • Float
Price/Cost excluding VAT.
incl_vat • Float
Price/Cost including VAT.
elements • OCPITariffElement
List of tariff elements
price_components • OCPIPriceComponent
List of price components that describe the pricing of a tariff.
type • OCPITariffDimensionType
Type of tariff dimension.
Show OCPITariffDimensionType enum values
ENERGY
Defined in kWh, step_size multiplier: 1 Wh
FLAT
Flat fee without unit for step_size
PARKING_TIME
Time not charging: defined in hours, step_size multiplier: 1 second
TIME
Time charging: defined in hours, step_size multiplier: 1 second Can also be used in combination with a RESERVATION restriction to describe the price of the reservation time.
price • Float
Price per unit (excl. VAT) for this tariff dimension.
vat • Float
Applicable VAT percentage for this tariff dimension. If omitted, no VAT is applicable. Not providing a VAT is different from 0% VAT, which would be a value of 0.0 here.
step_size • Int
Minimum amount to be billed. This unit will be billed in this step_size blocks. For example: if type is TIME and step_size has a value of 300, then time will be billed in blocks of 5 minutes. If 6 minutes were used, 10 minutes (2 blocks of step_size) will be billed.
restrictions • OCPITariffRestrictions
Restrictions that describe the applicability of a tariff.
start_time • String
Start time of day in local time, the time zone is defined in the time_zone field of the Location, for example 13:30, valid from this time of the day. Must be in 24h format with leading zeros. Hour/Minute separator: ":" Regex: ([0-1][0-9]|2[1-3]):[0-5][0-9]
end_time • String
End time of day in local time, the time zone is defined in the time_zone field of the Location, for example 19:45, valid until this time of the day. Same syntax as start_time.
start_date • String
Start date in local time, the time zone is defined in the time_zone field of the Location, for example: 2015-12-24, valid from this day. Regex: ([12][0-9]{3})-(0[1-9]|1[0-2])-(0[1-9]|[12][0-9]|3[01])
end_date • String
End date in local time, the time zone is defined in the time_zone field of the Location, for example: 2015-12-27, valid until this day (exclusive). Same syntax as start_date
min_kwh • Float
Minimum consumed energy in kWh, for example 20, valid from this amount of energy being used
max_kwh • Float
Maximum consumed energy in kWh, for example 50, valid until this amount of energy being used
min_current • Float
Sum of the minimum current in over all phases, for example 5. When the EV is charging with more than the defined amount of current, this tariff element is/becomes active. If the charging current is or becomes lower, this tariff element is not or no longer valid and becomes inactive. This does not describe the minimum current over the entire charging session. This restriction can make a tariff element become active when the charging current is above the defined value, but the tariff element MUST no longer be active when the charging current drops below the defined value
max_current • Float
Sum of the maximum current in over all phases, for example 20. When the EV is charging with less than the defined amount of current, this tariff element becomes/is active. If the charging current is or becomes higher, this tariff element is not or no longer valid and becomes inactive. This describes NOT the maximum current over the entire Charging Session. This restriction can make a tariff element become active when the charging current is below this value, but the tariff element MUST no longer be active when the charging current raises above the defined value
min_power • Float
Minimum power in kW, for example 5. When the EV is charging with more than the defined amount of power, this tariff element is/becomes active. If the charging power is or becomes lower, this tariff element is not or no longer valid and becomes inactive. This does not describe the minimum power over the entire charging session. This restriction can make a tariff element become active when the charging power is above this value, but the TariffElement MUST no longer be active when the charging power drops below the defined value
max_power • Float
Maximum power in kW, for example 20. When the EV is charging with less than the defined amount of power, this tariff element becomes/is active. If the charging power is or becomes higher, this tariff element is not or no longer valid and becomes inactive. This does not describe the maximum power over the entire charging session. This restriction can make a tariff element become active when the charging power is below this value, but the TariffElement MUST no longer be active when the charging power raises above the defined value
min_duration • Float
Minimum duration in seconds the charging session MUST last (inclusive). When the duration of a charging session is longer than the defined value, this TariffElement is or becomes active. Before that moment, this tariff element is not yet active
max_duration • Float
Maximum duration in seconds the charging session MUST last (exclusive). When the duration of a charging session is shorter than the defined value, this tariff element is or becomes active. After that moment, this tariff element is no longer active
day_of_week • OCPIDayOfWeek
Which day(s) of the week this tariff element is active.
Show OCPIDayOfWeek enum values
MONDAY
TUESDAY
WEDNESDAY
THURSDAY
FRIDAY
SATURDAY
SUNDAY
reservation • OCPIReservationRestrictionType
When this field is present, the tariff element describes reservation costs. A reservation starts when the reservation is made, and ends when the drivers starts charging on the reserved EVSE/Location, or when the reservation expires. A reservation can only have: FLAT and TIME TariffDimensions, where TIME is for the duration of the reservation
Show OCPIReservationRestrictionType enum values
RESERVATION
Used in TariffElements to describe costs for a reservation.
RESERVATION_EXPIRES
Used in TariffElements to describe costs for a reservation that expires (i.e. driver does not start a charging session before expiry_date of the reservation).
start_date_time • DateTime
Time when this tariff becomes active, in UTC, time_zone field of the Location can be used to convert to local time. Typically used for a new tariff that is already given with the location, before it becomes active
end_date_time • DateTime
Time after which this tariff is no longer valid, in UTC, time_zone field if the location can be used to convert to local time. Typically used when this tariff is going to be replaced with a different tariff in the near future
energy_mix • OCPIEnergyMix
Details about the energy supplied with this tariff
is_green_energy • Boolean
True if the power is 100% from regenerative sources
energy_sources • OCPIEnergySource
Key-value pairs (enum + percentage) of energy sources of this location’s tariff.
source • OCPIEnergySourceCategory
The type of energy source.
Show OCPIEnergySourceCategory enum values
NUCLEAR
Nuclear power sources.
GENERAL_FOSSIL
All kinds of fossil power sources.
COAL
Fossil power from 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.
percentage • Int
Percentage of this source (0-100) in the mix.
environ_impact • OCPIEnvironmentalImpact
Key-value pairs (enum + percentage) of nuclear waste and CO2 exhaust of this location’s tariff.
category • OCPIEnvironmentalImpactCategory
The environmental impact category of this value.
Show OCPIEnvironmentalImpactCategory enum values
NUCLEAR_WASTE
Produced nuclear waste in grams per kilowatthour.
CARBON_DIOXIDE
Exhausted carbon dioxide in grams per kilowatthour.
amount • Int
Amount of this portion in g/kWh.
supplier_name • String
Name of the energy supplier, delivering the energy for this location or tariff.*
energy_product_name • String
Name of the energy suppliers product/tariff plan used at this location.*
last_updated • DateTime
Timestamp when this tariff was last updated (or created)
pricing • Pricing
Charging prices
id • String
Unique ID of a price
price_list • PricingList
Price details
partner • String
(MSP) Mobility Service Provider
product • PricingListProduct
Product details
name • String
Name of the payment card or subscription. If name is 'Adhoc price' the price is the CPO price
description • String
Description of the product
subscription_type • String
Subscription type
subscription_fee_excl_vat • Float
Subscription fee without VAT
currency • String
Currency
elements • PricingListElement
Price product elements
type • PricingListElementType
Price element type.
Show PricingListElementType enum values
ENERGY
Price per kWh
FLAT
Starting price, fixed fee per charge session
TIME
Fixed price per hour
PARKING_TIME
Parking price per hour
price_excl_vat • Float
Price of the element type without VAT.
vat • Float
VAT percentage to apply
custom_properties • ConnectorCustomProperties
Custom properties of a connector. These are vendor specific and will return null values on the fields that are not supported by your station database
pricing • Pricing
Charging prices
id • String
Unique ID of a price
price_list • PricingList
Price details
partner • String
(MSP) Mobility Service Provider
product • PricingListProduct
Product details
name • String
Name of the payment card or subscription. If name is 'Adhoc price' the price is the CPO price
description • String
Description of the product
subscription_type • String
Subscription type
subscription_fee_excl_vat • Float
Subscription fee without VAT
currency • String
Currency
elements • PricingListElement
Price product elements
type • PricingListElementType
Price element type.
Show PricingListElementType enum values
ENERGY
Price per kWh
FLAT
Starting price, fixed fee per charge session
TIME
Fixed price per hour
PARKING_TIME
Parking price per hour
price_excl_vat • Float
Price of the element type without VAT.
vat • Float
VAT percentage to apply
oicp • OICPConnectorCustomProperties
Custom connector properties for OICP databases. Station databases that not follow the OICP standard return null values
dynamic_power_level • Boolean
Returns whether the connector is able to deliver different power outputs
charging_modes • OICPChargingModes
List of charging modes that are supported as specified by IEC 61851-1
Show OICPChargingModes enum values
mode_1
mode_2
mode_3
mode_4
chademo
floor_level • String
Level on which a Charge Point is located (in garage buildings) in the locally displayed numbering scheme.
coordinates • OCPIGeoLocation
Coordinates of a EVSE.
latitude • String
Latitude of the point in decimal degree. Example: 50.770774. Decimal separator: "." Regex: -?[0-9]{1,2}.[0-9]{5,7}
longitude • String
Longitude of the point in decimal degree. Example: -126.104965. Decimal separator: "." Regex: -?[0-9]{1,3}.[0-9]{5,7}
physical_reference • String
A number/string printed on the outside of an EVSE for visual identification.
parking_restrictions • OCPIParkingRestriction
Restrictions that apply to a parking spot.
Show OCPIParkingRestriction enum values
EV_ONLY
Reserved parking spot for electric vehicles.
PLUGGED
Parking is only allowed while plugged in (charging).
DISABLED
Reserved parking spot for disabled people with valid ID.
CUSTOMERS
Parking spot for customers/guests only, for example in case of a hotel or shop.
MOTORCYCLES
Parking spot only suitable for (electric) motorcycles or scooters.
images • OCPIImage
Links to images related to an EVSE such as photos or logos.
url • String
URL from where the image data can be fetched through a web browser.
thumbnail • String
URL from where a thumbnail of the image can be fetched through a webbrowser.
category • OCPIImageCategory
Category of an image
Show OCPIImageCategory enum values
CHARGER
Photo of the physical device that contains one or more EVSEs.
ENTRANCE
Location entrance photo. Should show the car entrance to the location from street side.
LOCATION
Location overview photo.
NETWORK
Logo of an associated roaming network to be displayed with the EVSE for example in lists, maps and detailed information views.
OPERATOR
Logo of the charge point operator, for example a municipality, to be displayed in the EVSEs detailed information view or in lists and maps, if no network logo is present.
OTHER
Other
OWNER
Logo of the charge point owner, for example a local store, to be displayed in the EVSEs detailed information view.
type • String
Image type: gif, jpeg, png, svg
width • Int
Width of the full scale image
height • Int
Height of the full scale image
last_updated • DateTime
Timestamp when this EVSE or one of its Connectors was last updated (or created).
parking_cost • ParkingCost
Indicates if parking is free or paid.
Show ParkingCost enum values
free
Parking is free
paid
Parking includes a fee
properties • JSON
Optional object where you can store custom data you need in your application. This extends the current functionalities we offer
custom_properties • EvseCustomProperties
Custom properties of an EVSE
oicp • OICPEvseCustomProperties
OICP standard custom properties
authentication_modes • OICPEvseAuthenticationMode
List of authentication modes that are supported
Show OICPEvseAuthenticationMode enum values
nfc_rfid_classic
nfc_rfid_desfire
pnc
remote
direct_payment
no_authentication_required
max_capacity • Int
Returns a value if the EVSE has a limited capacity (e.g. built-in battery). Values are in kWh
payment_options • OICPPaymentOptions
List of payment options that are supported
Show OICPPaymentOptions enum values
no_payment
direct
contract
value_added_services • OICPValueAddedServices
List of value added services that are supported
Show OICPValueAddedServices enum values
reservation
dynamic_pricing
parking_sensors
maximum_power_charging
predictive_charge_point_usage
charging_plans
roof_provided
none
additional_info • OICPEvseCustomPropertiesAdditionalInfo
List of additional info by locale
lang • String
The language in which the additional info text is provided
value • String
Additional info text value
is_hubject_compatible • Boolean
When the value is set to false this station does not support remote start and stop by Hubject
hardware_manufacturer • String
Name of the charging point manufacturer
connector • Connector
Recommended connector for charging
id • String
Identifier of a connector within an EVSE. Two connectors may have the same ID as long as they do not belong to the same EVSE object.
standard • ConnectorType
Standard of an installed connector.
Show ConnectorType enum values
CHADEMO
The connector type is CHAdeMO, DC
DOMESTIC_A
Standard/domestic household, type "A", NEMA 1-15, 2 pins
DOMESTIC_B
Standard/domestic household, type "B", NEMA 5-15, 3 pins
DOMESTIC_C
Standard/domestic household, type "C", CEE 7/17, 2 pins
DOMESTIC_D
Standard/domestic household, type "D", 3 pins
DOMESTIC_E
Standard/domestic household, type "E", CEE 7/5 3 pins
DOMESTIC_F
Standard/domestic household, type "F", CEE 7/4, Schuko, 3 pins
DOMESTIC_G
Standard/domestic household, type "G", BS 1363, Commonwealth, 3 pins
DOMESTIC_H
Standard/domestic household, type "H", SI-32, 3 pins
DOMESTIC_I
Standard/domestic household, type "I", AS 3112, 3 pins
DOMESTIC_J
Standard/domestic household, type "J", SEV 1011, 3 pins
DOMESTIC_K
Standard/domestic household, type "K", DS 60884-2-D1, 3 pins
DOMESTIC_L
Standard/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
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"
PANTOGRAPH_BOTTOM_UP
On-board bottom-up-pantograph typically for bus charging
PANTOGRAPH_TOP_DOWN
Off-board top-down-pantograph typically for bus charging
TESLA_R
Tesla connector "Roadster"-type (round, 4 pins)
TESLA_S
Tesla connector "Model-S"-type (oval, 5 pins)
GB_T
The connector type is GB_T (Chinese standard), DC
CHAOJI
The ChaoJi connector. The new generation charging connector, harmonized between CHAdeMO and GB/T. DC.
NEMA_5_20
The connector type is NEMA 5-20, 3 pins
NEMA_6_30
The connector type is NEMA 6-30, 3 pins
NEMA_6_50
The connector type is NEMA 6-50, 3 pins
NEMA_10_30
The connector type is NEMA 10-30, 3 pins
NEMA_10_50
The connector type is NEMA 10-50, 3 pins
NEMA_14_30
The connector type is NEMA 14-30, 3 pins, rating of 30 A
NEMA_14_50
The connector type is NEMA 14-50, 3 pins, rating of 50 A
format • OCPIConnectorFormat
Format (socket/cable) of an installed connector.
Show OCPIConnectorFormat enum values
SOCKET
The connector is a socket; the EV user needs to bring a fitting plug.
CABLE
The connector is an attached cable; the EV users car needs to have a fitting inlet.
power_type • OCPIPowerType
Type of power of an installed connector.
Show OCPIPowerType enum values
AC_1_PHASE
AC single phase.
AC_3_PHASE
AC three phase.
AC_2_PHASE
AC two phases, only two of the three available phases connected.
AC_2_PHASE_SPLIT
AC two phases using split phase system.
DC
Direct Current.
max_voltage • Int
Maximum voltage of an connector (line to neutral for AC_3_PHASE), in volt [V]. For example: DC Chargers might vary the voltage during charging when battery almost full.
max_amperage • Int
Maximum amperage of a connector, in ampere [A].
max_electric_power • Int
Maximum electric power that can be delivered by a connector, in watt [W]. When the maximum electric power is lower than the calculated value from voltage and amperage, this value should be set. For example: A DC Charge Point which can deliver up to 920V and up to 400A can be limited to a maximum of 150kW. Depending on the vehicle, it may supply maximum voltage or current, but not both at the same time. For AC Charge Points, the amount of phases used can also have influence on the maximum power.
power • Float
Maximum electric power in kW
tariff_ids • String
Identifiers of the currently valid charging tariffs. Multiple tariffs are possible, but only one of each Tariff.type can be active at the same time. Tariffs with the same type are only allowed, if they are not active at the same time: start_date_time and end_date_time period not overlapping. When preference-based smart charging is supported, one tariff for every possible ProfileType should be provided. This tells the user about the options they have at this Connector, and what the tariff is for every option. For a "free of charge" tariff, this field should be set and point to a defined "free of charge" tariff.
terms_and_conditions • String
URL to an operator’s terms and conditions.
last_updated • DateTime
Timestamp when a connector was last updated (or created).
properties • JSON
Optional object where you can store custom data you need in your application. This extends the current functionalities we offer
tariff • OCPITariff
List of valid charging tariffs
country_code • String
ISO-3166 alpha-2 country code of the CPO that owns this tariff
party_id • String
CPO ID of the CPO that owns this tariff (following the ISO-15118 standard)
id • String
Uniquely identifies the tariff within the CPO’s platform (and suboperator platforms)
currency • String
ISO-4217 code of the currency of this tariff.
type • OCPITariffType
Defines the type of the tariff. This allows for distinction in case of given charging preferences. When omitted, this tariff is valid for all sessions
Show OCPITariffType enum values
AD_HOC_PAYMENT
Used to describe that a tariff is valid when ad-hoc payment is used at the charge point (for example: Debit or Credit card payment terminal)
PROFILE_CHEAP
Used to describe that a tariff is valid when charging preference: CHEAP is set for the session
PROFILE_FAST
Used to describe that a tariff is valid when charging preference: FAST is set for the session
PROFILE_GREEN
Used to describe that a tariff is valid when charging preference: GREEN is set for the session
REGULAR
Used to describe that a tariff is valid when using an RFID, without any charging preference, or when charging preference: REGULAR is set for the session
tariff_alt_text • OCPIDisplayText
List of alternative tariff information texts, in multiple languages
language • String
Language Code ISO 639-1
text • String
Text to be displayed to an end user. No markup, html etc. allowed.
tariff_alt_url • String
URL to a web page that contains an explanation of the tariff information in human readable form
min_price • OCPIPrice
When this field is set, a charging session with this tariff will cost at least the amount shown. This is different from a FLAT fee (start tariff, transaction fee), as a FLAT fee is a fixed amount that must be paid for any charging session. A minimum price indicates that when the cost of a charging session is lower than this amount, the cost of the session will be equal to this amount
excl_vat • Float
Price/Cost excluding VAT.
incl_vat • Float
Price/Cost including VAT.
max_price • OCPIPrice
When this field is set, a charging session with this tariff will NOT cost more than this amount
excl_vat • Float
Price/Cost excluding VAT.
incl_vat • Float
Price/Cost including VAT.
elements • OCPITariffElement
List of tariff elements
price_components • OCPIPriceComponent
List of price components that describe the pricing of a tariff.
type • OCPITariffDimensionType
Type of tariff dimension.
Show OCPITariffDimensionType enum values
ENERGY
Defined in kWh, step_size multiplier: 1 Wh
FLAT
Flat fee without unit for step_size
PARKING_TIME
Time not charging: defined in hours, step_size multiplier: 1 second
TIME
Time charging: defined in hours, step_size multiplier: 1 second Can also be used in combination with a RESERVATION restriction to describe the price of the reservation time.
price • Float
Price per unit (excl. VAT) for this tariff dimension.
vat • Float
Applicable VAT percentage for this tariff dimension. If omitted, no VAT is applicable. Not providing a VAT is different from 0% VAT, which would be a value of 0.0 here.
step_size • Int
Minimum amount to be billed. This unit will be billed in this step_size blocks. For example: if type is TIME and step_size has a value of 300, then time will be billed in blocks of 5 minutes. If 6 minutes were used, 10 minutes (2 blocks of step_size) will be billed.
restrictions • OCPITariffRestrictions
Restrictions that describe the applicability of a tariff.
start_time • String
Start time of day in local time, the time zone is defined in the time_zone field of the Location, for example 13:30, valid from this time of the day. Must be in 24h format with leading zeros. Hour/Minute separator: ":" Regex: ([0-1][0-9]|2[1-3]):[0-5][0-9]
end_time • String
End time of day in local time, the time zone is defined in the time_zone field of the Location, for example 19:45, valid until this time of the day. Same syntax as start_time.
start_date • String
Start date in local time, the time zone is defined in the time_zone field of the Location, for example: 2015-12-24, valid from this day. Regex: ([12][0-9]{3})-(0[1-9]|1[0-2])-(0[1-9]|[12][0-9]|3[01])
end_date • String
End date in local time, the time zone is defined in the time_zone field of the Location, for example: 2015-12-27, valid until this day (exclusive). Same syntax as start_date
min_kwh • Float
Minimum consumed energy in kWh, for example 20, valid from this amount of energy being used
max_kwh • Float
Maximum consumed energy in kWh, for example 50, valid until this amount of energy being used
min_current • Float
Sum of the minimum current in over all phases, for example 5. When the EV is charging with more than the defined amount of current, this tariff element is/becomes active. If the charging current is or becomes lower, this tariff element is not or no longer valid and becomes inactive. This does not describe the minimum current over the entire charging session. This restriction can make a tariff element become active when the charging current is above the defined value, but the tariff element MUST no longer be active when the charging current drops below the defined value
max_current • Float
Sum of the maximum current in over all phases, for example 20. When the EV is charging with less than the defined amount of current, this tariff element becomes/is active. If the charging current is or becomes higher, this tariff element is not or no longer valid and becomes inactive. This describes NOT the maximum current over the entire Charging Session. This restriction can make a tariff element become active when the charging current is below this value, but the tariff element MUST no longer be active when the charging current raises above the defined value
min_power • Float
Minimum power in kW, for example 5. When the EV is charging with more than the defined amount of power, this tariff element is/becomes active. If the charging power is or becomes lower, this tariff element is not or no longer valid and becomes inactive. This does not describe the minimum power over the entire charging session. This restriction can make a tariff element become active when the charging power is above this value, but the TariffElement MUST no longer be active when the charging power drops below the defined value
max_power • Float
Maximum power in kW, for example 20. When the EV is charging with less than the defined amount of power, this tariff element becomes/is active. If the charging power is or becomes higher, this tariff element is not or no longer valid and becomes inactive. This does not describe the maximum power over the entire charging session. This restriction can make a tariff element become active when the charging power is below this value, but the TariffElement MUST no longer be active when the charging power raises above the defined value
min_duration • Float
Minimum duration in seconds the charging session MUST last (inclusive). When the duration of a charging session is longer than the defined value, this TariffElement is or becomes active. Before that moment, this tariff element is not yet active
max_duration • Float
Maximum duration in seconds the charging session MUST last (exclusive). When the duration of a charging session is shorter than the defined value, this tariff element is or becomes active. After that moment, this tariff element is no longer active
day_of_week • OCPIDayOfWeek
Which day(s) of the week this tariff element is active.
Show OCPIDayOfWeek enum values
MONDAY
TUESDAY
WEDNESDAY
THURSDAY
FRIDAY
SATURDAY
SUNDAY
reservation • OCPIReservationRestrictionType
When this field is present, the tariff element describes reservation costs. A reservation starts when the reservation is made, and ends when the drivers starts charging on the reserved EVSE/Location, or when the reservation expires. A reservation can only have: FLAT and TIME TariffDimensions, where TIME is for the duration of the reservation
Show OCPIReservationRestrictionType enum values
RESERVATION
Used in TariffElements to describe costs for a reservation.
RESERVATION_EXPIRES
Used in TariffElements to describe costs for a reservation that expires (i.e. driver does not start a charging session before expiry_date of the reservation).
start_date_time • DateTime
Time when this tariff becomes active, in UTC, time_zone field of the Location can be used to convert to local time. Typically used for a new tariff that is already given with the location, before it becomes active
end_date_time • DateTime
Time after which this tariff is no longer valid, in UTC, time_zone field if the location can be used to convert to local time. Typically used when this tariff is going to be replaced with a different tariff in the near future
energy_mix • OCPIEnergyMix
Details about the energy supplied with this tariff
is_green_energy • Boolean
True if the power is 100% from regenerative sources
energy_sources • OCPIEnergySource
Key-value pairs (enum + percentage) of energy sources of this location’s tariff.
source • OCPIEnergySourceCategory
The type of energy source.
Show OCPIEnergySourceCategory enum values
NUCLEAR
Nuclear power sources.
GENERAL_FOSSIL
All kinds of fossil power sources.
COAL
Fossil power from 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.
percentage • Int
Percentage of this source (0-100) in the mix.
environ_impact • OCPIEnvironmentalImpact
Key-value pairs (enum + percentage) of nuclear waste and CO2 exhaust of this location’s tariff.
category • OCPIEnvironmentalImpactCategory
The environmental impact category of this value.
Show OCPIEnvironmentalImpactCategory enum values
NUCLEAR_WASTE
Produced nuclear waste in grams per kilowatthour.
CARBON_DIOXIDE
Exhausted carbon dioxide in grams per kilowatthour.
amount • Int
Amount of this portion in g/kWh.
supplier_name • String
Name of the energy supplier, delivering the energy for this location or tariff.*
energy_product_name • String
Name of the energy suppliers product/tariff plan used at this location.*
last_updated • DateTime
Timestamp when this tariff was last updated (or created)
pricing • Pricing
Charging prices
id • String
Unique ID of a price
price_list • PricingList
Price details
partner • String
(MSP) Mobility Service Provider
product • PricingListProduct
Product details
name • String
Name of the payment card or subscription. If name is 'Adhoc price' the price is the CPO price
description • String
Description of the product
subscription_type • String
Subscription type
subscription_fee_excl_vat • Float
Subscription fee without VAT
currency • String
Currency
elements • PricingListElement
Price product elements
type • PricingListElementType
Price element type.
Show PricingListElementType enum values
ENERGY
Price per kWh
FLAT
Starting price, fixed fee per charge session
TIME
Fixed price per hour
PARKING_TIME
Parking price per hour
price_excl_vat • Float
Price of the element type without VAT.
vat • Float
VAT percentage to apply
custom_properties • ConnectorCustomProperties
Custom properties of a connector. These are vendor specific and will return null values on the fields that are not supported by your station database
pricing • Pricing
Charging prices
id • String
Unique ID of a price
price_list • PricingList
Price details
partner • String
(MSP) Mobility Service Provider
product • PricingListProduct
Product details
name • String
Name of the payment card or subscription. If name is 'Adhoc price' the price is the CPO price
description • String
Description of the product
subscription_type • String
Subscription type
subscription_fee_excl_vat • Float
Subscription fee without VAT
currency • String
Currency
elements • PricingListElement
Price product elements
type • PricingListElementType
Price element type.
Show PricingListElementType enum values
ENERGY
Price per kWh
FLAT
Starting price, fixed fee per charge session
TIME
Fixed price per hour
PARKING_TIME
Parking price per hour
price_excl_vat • Float
Price of the element type without VAT.
vat • Float
VAT percentage to apply
oicp • OICPConnectorCustomProperties
Custom connector properties for OICP databases. Station databases that not follow the OICP standard return null values
dynamic_power_level • Boolean
Returns whether the connector is able to deliver different power outputs
charging_modes • OICPChargingModes
List of charging modes that are supported as specified by IEC 61851-1
Show OICPChargingModes enum values
mode_1
mode_2
mode_3
mode_4
chademo
plugsAvailable • Int
Number of compatible plugs available at a charge station
plugsOccupied • Int
Number of compatible plugs occupied at a charge station
plugsUnknown • Int
Number of compatible plugs unknown at a charge station
plugsOutOfOrder • Int
Number of compatible plugs out of order at a charge station
plugsCount • Int
Total number of compatible plugs at a charge station
polyline • String
Polyline containing encoded coordinates
Show arguments
decimals • Int
Number of decimals used by the algorithm to encode [long, lat] pairs. Allowed values are 5 or 6, default is 5
steps • RouteStep
Steps of a leg
id • ID
ID of a step
type • StepType
Type of a step
Show StepType enum values
road
This step is a road
highway
This step is a highway
toll
This step is a toll road
ferry
This step is a ferry
walking
This step is reachable by walking
crossborder
This step is a crossborder
polyline • String
Polyline containing encoded coordinates
Show arguments
decimals • Int
Number of decimals used by the algorithm to encode [long, lat] pairs. Allowed values are 5 or 6, default is 5
distance • Int
Distance from the start to the end of a step, in meters
duration • Int
Total drive time from the start to the end of a step, in seconds
consumption • Float
Total energy used in a step in kWh
tags • RouteTagType
Tags of a leg. Values: road, highway, toll, ferry
Show RouteTagType enum values
road
highway
toll
ferry
walking
crossborder
cargo • Float
Cargo weight in a vehicle for the duration of a leg, in kg
occupants • Int
Number of occupants in a vehicle for the duration of a leg
instructions • RouteInstruction
List of raw turn-by-turn navigation instructions
points • RouteInstructionPoints
Information about the points on the polyline
size • Int
Number of polyline points which are included in this instruction
interval • Int
The interval of points that are included in this instruction, an array with 2 values, where the first value is the index of the polyline where the interval starts. The second value is where it ends
sign • RouteInstructionSign
Sign of the instruction. See RouteInstructionSign
Show RouteInstructionSign enum values
UNKNOWN
U_TURN_UNKNOWN
U_TURN_LEFT
KEEP_LEFT
LEAVE_ROUNDABOUT
TURN_SHARP_LEFT
TURN_LEFT
TURN_SLIGHT_LEFT
CONTINUE_ON_STREET
TURN_SLIGHT_RIGHT
TURN_RIGHT
TURN_SHARP_RIGHT
FINISH
REACHED_VIA
REACHED_CHARGING_STATION
USE_ROUNDABOUT
KEEP_RIGHT
U_TURN_RIGHT
PT_START_TRIP
PT_TRANSFER
PT_END_TRIP
IGNORE
name • String
Name of the street on which the instruction is
distance • Int
Distance, in meters, of the current route instruction
time • Int
Duration, in seconds, of the current route instruction
exit_number • Int
Exit number on a roundabout. This field exists only on sign USE_ROUNDABOUT (6), otherwise is null
turn_angle • Float
Curvature angle between the roundabout and street you exit the roundabout. This field exists only on sign USE_ROUNDABOUT (6), otherwise is null
stationsAlongRoute • RouteStationsAlong
Alternative stations along a route within specified radius in meters. Only if it was provided at newRoute mutation
id • String
The ID of station
location • Point
Geojson location of a station
type • PointType
Point type
Show PointType enum values
Point
coordinates • Float
The coordinates array with longitude as first value and latitude as second one
speed • StationSpeedType
Speed of a station. A station along a route can be either fast or turbo
Show StationSpeedType enum values
slow
Slow charging (below 43 kWh)
fast
Fast charging stations (above 43 kWh and below 150 kWh)
turbo
Ultra fast charging stations (above 150 kWh)
status • ChargerStatus
Status of a station
Show ChargerStatus enum values
free
The charger is free
busy
The charger is occupied/busy
unknown
The charger is unknown
error
The charger has an error
preferredOperator • Boolean
The station uses a preferred operator
distance • Int
Distance in meters between station and route path
tags • RouteTagType
Tags of a route alternative. Values: road, highway, toll, ferry, etc.
Show RouteTagType enum values
road
highway
toll
ferry
walking
crossborder
status • RouteStatus
Route status
Show RouteStatus enum values
pending
Route is queued and pending processing. Temporary status
processing
We are computing the route for your request. Temporary status
done
We finished computing the route, with a result. Final status
not_found
We finished the computing the route, without any result. Final status
error
An error occurred while computing the route. Final status
Other fields
alternatives • RouteAlternative
Available alternatives
id • ID
ID of a route alternative
type • RouteAlternativeType
Type of alternative route
Show RouteAlternativeType enum values
fastest
Fastest route between origin and destination
bestMatching
Best matching route based on operator and amenities preferences
alternative
An alternative to the fastest route
charges • Int
Number of charges along a route
chargesAvailable • Int
Number of available charges along a route
chargesOccupied • Int
Number of occupied charges along a route
chargesUnknown • Int
Number of unknown charges along a route
chargesOutOfOrder • Int
Number of out of order charges along a route
distance • Int
Total distance of a route in meters
duration • Int
Total duration of a route, including charge time, in seconds
consumption • Float
Total energy used for a route in kWh
chargeTime • Float
Total time required to charge for an entire route, in seconds
amenityRanking • Int
Amenity ranking for an alternative
rangeStart • Int
Range, in meters, available at the beginning of a trip
rangeStartKwh • Float
Total energy in a battery at the beginning of a trip, in kWh
rangeStartPercentage • Int
Total energy in a battery at the beginning of a trip, in percentage
rangeEnd • Int
Remaining range, in meters, at the end of a trip