EV Database API

Real-World EV Range, Charging & Battery Data

One Auto API provides access to EV Database electric vehicle specification, range and battery data through a single API, alongside data from other vehicle-data providers.

About EV Database

EV Database brings together detailed information about electric vehicles, with a focus on how they perform beyond headline manufacturer figures. For someone considering a used EV, the questions are practical: How far will it travel in winter? How long will charging take at home? What might a motorway journey cost?

One Auto API provides pay-per-use access to EV Database data for used vehicle applications. Our EV Database API helps dealerships, marketplaces and software providers answer those questions within vehicle listings, appraisal tools and customer journeys. Instead of showing a single range figure, you can give customers information that reflects different driving and charging conditions.

Real-world range, charging and battery data

An EV’s range changes with weather, speed and driving conditions. EV Database data provides range and efficiency estimates across different operating scenarios, helping customers understand what a particular vehicle may deliver in everyday use. This is especially valuable for used vehicle listings, where buyers may be wary of purchasing an EV that is unsuitable for their everyday use.

Charging is just as important to the ownership experience. The data covers expected charging times for home and fast public charging, factoring in expected losses. It also details a vehicle’s onboard charging capabilities and rapid charging performance. A customer can therefore see how a car will perform with their available home supply and the public chargers they expect to use.

Detailed battery specifications add further context. These include actual and usable battery capacity and battery chemistry, alongside other technical details such as bi-directional charging capabilities. Together, range, battery and charging data can turn a standard listing into a more useful guide to living with the vehicle.

Match richer EV data to your existing vehicles

One of the hardest parts of adding specialist EV data is matching it accurately to the vehicles already held in your system. A website, stock management system or valuation platform may describe a model differently from the specialist data source. Differences in derivatives, model years, battery data and naming conventions can make data-matching a challenge.

One Auto API’s proprietary search capabilities address that problem. They can map vehicles using a registration mark or descriptive and technical attributes, returning confidence-scored results. This lets you connect EV Database information to your existing vehicle records without rebuilding the data model behind your website or application.

The result is a more practical route to deployment. A marketplace can enrich current listings; a dealer can add EV insights to an existing stock management workflow; and a software provider can extend an established product. Each can benefit from richer information while keeping its existing vehicle identification process.

Show what an EV could cost to drive

Electricity cost per mile depends on more than the car’s efficiency. Charging at home on a suitable tariff can produce a very different result from relying on rapid public chargers. Cold weather and sustained higher-speed driving can change the calculation again.

Our UK pence-per-mile output combines EV performance data with benchmark electricity tariffs across 27 weather, driving and charging scenarios. It helps customers explore the cost of using a vehicle in circumstances closer to their own. Someone who charges mainly at home may want to compare summer and winter commuting; someone without a driveway may need to focus on public charging and motorway travel.

Across best- and worst-case combinations, pence-per-mile costs can differ by around 20 times. That makes a single running-cost figure a poor basis for an EV purchase decision. Showing the assumptions behind different scenarios helps buyers set realistic expectations, compare vehicles fairly and choose an EV that fits how they will actually use it.

Access EV Database data through One Auto API

One Auto API offers a different commercial model compared to an annaul licence: pay-per-use requests designed to enrich individual vehicles and used vehicle workflows, combined with proprieary search, UK VRM lookup and pence-per-mile calculations, plus access to other automotive data providers through the same platform.

What the API Includes

Field Name	Field Type	Example	Definition
acceleration_0to62_mph_seconds	Float	20.3	Acceleration - number of seconds to go from Zero to 62 mph
additional_charge_port_location	String	Right Side - Front	Additional charge port location
availability_score	Float		The likelihood this vehicle is currently available to order.
availability_status	String	Vehicle currently available to order in market / region	Vehicle's UK availability status
badged_battery_capacity_kwh_score	Float		Likelihood this vehicle has the chosen badged battery capacity in kilowatt hours based on input parameters. The higher the confidence score the more likely this is the chosen badged battery capacity.
battery_architecture	String	400 V	Battery and drivetrain architecture
battery_capacity_kwh	Float	99.5	Battery capacity in kwh
battery_capacity_kwh_score	Float		Likelihood this vehicle has the chosen battery capacity in kilowatt hours based on input parameters. The higher the confidence score the more likely this is the chosen battery capacity.
battery_capacity_usable_kwh	Float	94.5	Usable capacity (the amount of energy the car can actually draw on to propel itself) in kwh
battery_capacity_usable_kwh_score	Float		Likelihood this vehicle has the chosen usable battery capacity kilowatt based on input parameters. The higher the confidence score the more likely this is the chosen usable battery capacity.
battery_cells_configuration	String	98s3p	Number of cells in the battery pack, can include cell configuration
battery_chemistry	String	NCM622	Battery chemistry, may include ratios
battery_manufacturer	String	LGES	Battery manufacturer
battery_modules_qty	Int	12	Number of battery modules
battery_thermal_management_system	String	Lithium-ion	Battery type
battery_type	String	Lithium-ion	Battery type.
battery_volts	Int	350	Voltage of the battery.
battery_volts_score	Float		Likelihood this vehicle has the chosen battery voltage based on input parameters. The higher the confidence score the more likely this is the chosen battery voltage.
battery_warranty_mileage	Int	100000	Number of miles (from new) the battery is covered under a manufacturers warranty.
battery_warranty_years	Int	10	Battery warranty period in years
battery_weight_kg	Int	349	Weight of the battery in kilograms
benefit_in_kind_gbp	Int	1199	Benefit in kind amount in GBP
benefit_in_kind_per_annum_additional_rate_gbp	Int	45	Additional rate benefit in kind per annum
benefit_in_kind_per_annum_basic_rate_gbp	Int	20	Basic rate benefit in kind per annum
benefit_in_kind_per_annum_higher_rate_gbp	Int	40	Higher rate benefit in kind per annum
benefit_in_kind_percentage_charge	Int	2	The percentage of the P11D values based on the vehicle's CO2
benefit_in_kind_year	String	2023-24	The fiscal year on which benefit in kind data is based
body_type_desc	String	hatchback	The body type description
bootspace_front_trunk_litres	Int	15	Boot space front trunk in litres
bootspace_max_litres	Int	1536	Maximum bootspace in litres
bootspace_min_litres	Int	526	Minimum bootspace in litres
cargo_volume_m3	Int	3	Cargo volume in cubic metres
charge_port_location	String	Left/Front	Position on the vehicle of this charge port item.
charge_port_type	String	Type 2	Type of port for this charge port item.
charger_charge_amps	Int	10	Onboard charger charge amps.
charger_charge_phase	Int	1	Number of onboard charger phases.
charger_charge_power_kw	Float	2.3	Onboard charger charge power in kw.
charger_charge_volts	Int	230	Onboard charger charge volts
charger_chargetime_0to100_mins	Int	2580	Onboard charger chargetime 1 to 100% in minutes.
charger_max_chargespeed_mph	Float	3.7282271399999996	Onboard charger maximum charge speed in mph.
delivery_price_ex_vat	Int	595	Delivery price excluding VAT
derivative_desc	String	Long Range Single Motor	EV Database’s model variant.
derivative_desc_score	Float		Likelihood this is the chosen derivative description based on input parameters. The higher the confidence score the more likely this is the chosen derivative.
discontinued_date	String	null	The date the vehicle was available to in the market
domestic_cheap	Float	7.5	Domestic cheap unit price pence per kilowatt hour (typical EV tariff)
domestic_standard	Float	34.1	Domestic standard unit price pence per kilowatt hour (typical EV tariff)
drivetrain_desc	String	Front Wheel Drive	Drivetrain
drivetrain_desc_score	Float		Likelihood this vehicle has the chosen drivetrain description based on input parameters. The higher the confidence score the more likely this is the chosen drivetrain description.
drivetrain_power_bhp	Int	268	Drivetrain power bhp
drivetrain_power_kw	Int	200	Drivetrain power in kilowatts
electric_vehicle_supply_equipment_current_amps	Int	10	Electric vehicle supply equipment current amps.
electric_vehicle_supply_equipment_desc	String	230V10A1X	Electric vehicle supply equipment description.
electric_vehicle_supply_equipment_phase_number	Int	1	Electric vehicle supply equipment phase number.
electric_vehicle_supply_equipment_power_kw	Float	2.3	Rate of the power delivery in kilowatts.
electric_vehicle_supply_equipment_voltage	Int	230	Electric vehicle supply equipment voltage.
error	String	Example error details	Details of what went wrong with the api call
evdb_fuel_type_desc	String	BEV	EV Database fuel type description
evdb_real_electric_consumption_city_cold_watt_hours_per_mile	Float	292.5	EV Database real electric consumption in miles per kilowatt-hours for city driving in temperatures of -10c using heating
evdb_real_electric_consumption_city_mild_watt_hours_per_mile	Float	242.5	EV Database real electric consumption in miles per kilowatt-hours for city driving in mild conditions of +10c
evdb_real_electric_consumption_city_warm_watt_hours_per_mile	Float	193.5	EV Database real electric consumption in miles per kilowatt-hours for city driving in warm conditions of 23c, using A/C
evdb_real_electric_consumption_combined_cold_watt_hours_per_mile	Float	330.5	EV Database real electric consumption in miles per kilowatt-hours for highway and city driving in temperatures of -10c using heating
evdb_real_electric_consumption_combined_mild_watt_hours_per_mile	Float	283.5	EV Database real electric consumption in miles per kilowatt-hours for highway and city driving in mild conditions of +10c
evdb_real_electric_consumption_combined_warm_watt_hours_per_mile	Float	237.5	EV Database real electric consumption in miles per kilowatt-hours for highway and city driving in warm conditions of 23c, using A/C
evdb_real_electric_consumption_highway_cold_watt_hours_per_mile	Float	379.5	EV Database real electric consumption in miles per kilowatt-hours for highway driving in temperatures of -10c using heating
evdb_real_electric_consumption_highway_mild_watt_hours_per_mile	Float	333.5	EV Database real electric consumption in miles per kilowatt-hours for highway driving in mild conditions of +10c
evdb_real_electric_consumption_highway_warm_watt_hours_per_mile	Float	287.5	EV Database real electric consumption in miles per kilowatt-hours for highway driving in warm conditions of 23c, using A/C
evdb_real_electric_range_city_cold_miles	Int	305	EV Database electric range in miles for city driving in temperatures of -10c using heating
evdb_real_electric_range_city_mild_miles	Int	382	EV Database electric range in miles for city driving in mild conditions of +10c
evdb_real_electric_range_city_warm_miles	Int	460	EV Database electric range in miles for city driving in warm conditions of 23c, using A/C
evdb_real_electric_range_combined_cold_miles	Int	270	EV Database electric range in miles for combined city and highway driving in temperatures of -10c
evdb_real_electric_range_combined_mild_miles	Int	322	EV Database electric range in miles for combined city and highway driving in mild conditions of +10c
evdb_real_electric_range_combined_warm_miles	Int	375	EV Database electric range in miles for combined city and highway driving in warm conditions of, 23c, using A/C.
evdb_real_electric_range_highway_cold_miles	Int	235	EV Database electric range in miles for highway driving in temperatures of -10c using heating
evdb_real_electric_range_highway_mild_miles	Int	272	EV Database electric range in miles for highway driving in mild conditions of +10c
evdb_real_electric_range_highway_warm_miles	Int	310	EV Database electric range in miles for highway driving in warm conditions of 23c, using A/C
evdb_real_electric_range_miles	Int	325	EV Database electric range in miles
evdb_real_electric_range_mode	String	estimation	EV Database real electric range mode
evdb_vehicle_id	Int		EV Database Vehicle ID
fast_charger_average_power_kw	Int	78	Fast charger average power in kw.
fast_charger_chargespeed_10to80_percent_mph	Int	160	10-80% fast charger charge speed miles per hour.
fast_charger_chargetime_10to80_percent_mins	Int	40	10-80% fast charger charge time in minutes
fast_charger_desc	String	CCS-50-DC	Fast charger description.
fast_charger_max_power_kw	Int	109	Fast charger maximum power in kw.
fast_charger_port_location	String	Left Side - Front	Fast charger port location.
fast_charger_port_type	String	CCS	Fast charger port type.
first_registration_fee	Int	55	Registration fee (£55 for all vehicles)
gross_vehicleweight_desc	String	3.5T	The gross vehicle weight description
gross_vehicleweight_kg	Int	2359	Total weight of the vehicle including the Kerb Weight and Payload Weight in kilograms.
gross_vehicleweight_kg_score	Float		Likelihood this vehicle has the chosen gross vehicle weight in kilograms based on input parameters. The higher the confidence score the more likely this is the chosen gross vehicle weight.
ground_clearance_mm	Int	123	The ground clearance in mm
introduced_date	String	2024-01-01	The date the vehicle was available in the market from
is_acceleration_estimated	Boolean		Is acceleration estimated
is_additional_charge_port_optional	Boolean	true	Is an additional charge port optional.
is_autocharge_possible	Boolean	true	Is autocharging possible.
is_available_to_order	Boolean	false	Likelihood this vehicle is currently available to order.
is_battery_capacity_estimated	Boolean	true	Is the battery capacity based on an estimate?
is_charge_port_type_estimated	Boolean	false	Is the charge port type estimated.
is_current	Boolean		Is the vehicle currently available to order (includes pre-order open)
is_dedicated_ev_platform	Boolean	true	Is dedicated EV platform
is_drivetrain_desc_estimated	Boolean		Is drivetrain description estimated
is_drivetrain_power_estimated	Boolean		Is drivetrain power estimated
is_fast_charger_ave_power_limited	Boolean	true	Is the fast charger average power limited.
is_fast_charger_data_estimated	Boolean	false	Is the fast charger data estimated.
is_fast_charger_max_power_limited	Boolean	true	Is the fast charger maximum power limited.
is_fast_charger_optional	Boolean	false	Is the fast charger optional.
is_fast_charger_port_type_estimated	Boolean	false	Is the fast charger port type estimated.
is_fastned_tested	Boolean	true	Is the fast charger tested for Fastned charging.
is_heatpump_available	Boolean	true	Is a heat pump available
is_heatpump_standard	Boolean	true	Is a heat pump standard
is_introduced_date_estimated	Boolean		Is the date the vehicle was available in the market from estimated?
is_isofix_standard	Boolean	true	Is ISOFIX standard
is_length_width_height_estimated	Boolean	true	Is the length, width and height estimated
is_nedc_range_estimated	Boolean		IIs the NEDC range estimated
is_pricing_estimated	Boolean		Is pricing estimated
is_roof_rails_standard	Boolean		Are roof rails standard
is_standard_onboard_charger_data_estimated	Boolean	false	Is the standard onboard charger data estimated.
is_top_speed_estimated	Boolean		Is top speed estimated
is_torque_estimated	Boolean		Is torque estimated
is_tow_hook_allowed	Boolean	true	Is tow hook allowed
is_towing_weight_estimated	Boolean		Is towing weight estimated
is_weight_estimated	Boolean		Is the vehicle weight estimated
is_wheelbase_estimated	Boolean		Is the wheelbase estimated
is_wltp_range_estimated	Boolean		Is the WLTP range estimated
list_price_ex_vat_from	Int	17298	Starting list price excluding
load_length_mm	Int	2850	Load length from the bulk-head to the back doors in millimetres (applies to commercial vehicles).
manufacturer_desc	String	Mini	Manufacturer description
manufacturer_desc_score	Float		Likelihood this is the chosen manufacturer description based on input parameters. The higher the confidence score the more likely this is the chosen manufacturer.
max_braked_towing_weight_kg	Int	1234	Maximum braked towing weight in kilograms,
max_roof_load_kg	Int	100	Maximum roof load in kilograms
max_unbraked_towing_weight_kg	Int	123	Maximum unbraked towing weight in kilograms.
max_vertical_towing_load_weight_kg	Int	100	Maximum vertical towing load weight in kg
maximum_gross_trainweight_kg	Int	3840	Maximum gross train weight in kilograms
maximum_gross_vehicleweight_kg	Int	2840	Maximum gross vehicle weight in kilograms
maximum_payload_weight_kg	Int	800	Maximum gross payload weight in kilograms
maximum_unladen_weight_kg	Boolean		Maximum unladen weight in kilograms
min_roof_load_kg	Int	100	Minimum roof load in kilograms
minimum_gross_trainweight_kg	Int	3830	Minimum gross train weight in kilograms
minimum_gross_vehicleweight_kg	Int	2830	Minimum gross vehicle weight in kilograms
minimum_payload_weight_kg	Int	800	Maximum payload weight in kilograms
minimum_unladen_weight_kg	Boolean		Minimum unladen weight in kilograms.
model_desc	String	Cooper Classic	Model description.
model_height_desc	String	H2	The model height description
model_length_desc	String	M	The model length description
model_range_desc	String	Hatch	Model range description.
model_range_desc_score	Float		Likelihood this is the chosen model range description based on input parameters. The higher the confidence score the more likely this is the chosen model range.
ncap_adult_occupant_protection_percentage	Int	83	NCAP percentage - rated level of protection for a adult occupant, in the event of an impact.
ncap_child_occupant_protection_percentage	Int	80	NCAP percentage - rated level of protection for a child occupant, in the event of an impact.
ncap_overall_rating	Int	5	NCAP (The European New Car Assessment Programme) safety rating as assigned by NCAP.
ncap_rating_year	Int	2021	ncap overall rating
ncap_safety_assist_percentage	Int	59	NCAP percentage - rated level of the vehicles breaking and warning systems.
ncap_vulnerable_road_user_percentage	Int	69	ncap vulnerable road user percentage
nedc_electric_consumption_equivalent_fuel_energy_mpg	Float	241.5	The equivalent fuel energy expressed as petrol miles per gallon for NEDC electric consumption
nedc_electric_consumption_miles_per_kwh	Float	5.2	NEDC electric consumption in miles per kwh
nedc_electric_consumption_watt_hours_per_mile	Float	257.5	NEDC electric consumption in watts per mile
nedc_max_ev_range_miles	Int	118	NEDC maximum ev range in miles
number_seats	Int	5	Number of seats.
number_seats_isofix	Int	2	Number of ISOFIX seats
optional_onboard_charge_chargespeed_mph	Float	33.55404426	Optional onboard charge speed miles per hour.
optional_onboard_charger_chargetime_0to100_percent_minutes	Int	270	Optional onboard chargetime 0 to 100% in minutes.
optional_onboard_charger_max_current_amps	Int	32	Maximum current the optional onboard charger accepts per phase to achieve max power.
optional_onboard_charger_max_power_kw	Int	22	Optional onboard charger maximum power in kw.
optional_onboard_charger_number_phases	Int	3	Number of onboard charger phases
overall_score	Float	69.6	Overall likelihood this is the chosen vehicle based on input parameters. The higher the confidence score the more likely this is the chosen vehicle.
p11d_price_from	Int	59935	P11D value based on starting price
payload_weight_kg	Int	123	Difference between the Kerb Weight and the Gross Weight in kilograms.
plug_and_charge_iso15118_2_status	String	Available	Status of the vehicle for Plug and Charge ISO15118-2.
plug_and_charge_iso15118_20_status	String	Announced	Status of the vehicle for Plug and Charge ISO15118-20.
plug_and_charge_iso15118_status	String	Available	Status of the vehicle for Plug and Charge ISO15118.
plug_in_vehicle_grant	Int	5000	The amount of any plug-in car grant available for this vehiclet
price_inc_grants_from	Int	17375	Starting price based on OTR for the local market. Includes VAT, fees with any applicable grants deducted
public_charger	Float	85.1	Public charger unit price pence per kilowatt hour (typical EV tariff)
real_electric_consumption_equivalent_fuel_energy_mpg	Float	148.5	The equivalent fuel energy expressed as petrol miles per gallon based on real efficiency calculated from real range and usable battery capacity
real_electric_consumption_miles_per_kwh	Float	3.6	Calculated miles per kwh based on real range and usable battery capacity
real_electric_consumption_watt_hours_per_mile	Float	278.5	Calculated watts per mile based on real range and usable battery capacity
registration_date	Date	2020-01-01	Date the vehicle was first registered in the UK.
result	String	fail	Has the vehicle passed all lead validation tests.
standard_onboard_charge_chargespeed_mph	Float	16.77702213	Standard onboard charge speed miles per hour.
standard_onboard_charger_chargetime_0to100_percent_minutes	Int	540	Standard onboard chargetime 0 to 100% in minutes.
standard_onboard_charger_max_current_amps	Int	16	Maximum current the onboard charger accepts per phase to achieve max power
standard_onboard_charger_max_power_kw	Float	7.4	Maximum power the onboard charger can accept to charge the battery.
standard_onboard_charger_number_phases	Int	3	Number of phases the onboard charger can accept to achieve max power.
success	Boolean	true	Whether the api call was successful
successor_evdb_vehicle_id	Int	23456	The related EV Database Vehicle ID
top_speed_mph	Int	103	Manufacturer's claimed top speed in miles per hour
torque_nm	Int	395	Maximum power described in Torque Nm (Torque Newton Metres).
turning_circle_kerb_to_kerb_m	Float	11.6	Turning circle from kerb to kerb in metres
vehicle_height_mm	Int	1414	Overall height of the vehicle, including roof-bars or aerial in millimetres.
vehicle_length_mm	Int	3821	Overall length of the vehicle (bumper to bumper). Does not include any after market items, which may extended the length of the vehicle in millimetres.
vehicle_platform_desc	String	PSA EMP21	Vehicle platform description
vehicle_registration_mark	String		Vehicle registration number (VRM).
vehicle_to_grid_ac_power_output_kw	Int	11	The maximum AC power output to the grid
vehicle_to_grid_ac_support_status	String	Announced	Indicates whether the vehicle battery can be used to provide AC power to the grid
vehicle_to_grid_dc_power_output_kw	Int	11	The maximum DC power output to the grid
vehicle_to_grid_dc_support_status	String	Announced	Indicates whether the vehicle battery can be used to provide DC power to the grid
vehicle_to_home_ac_power_output_kw	Int	11	The maximum AC power output when powering a home
vehicle_to_home_ac_support_status	String	Not Available	Indicates whether the vehicle battery can be used to provide AC power to a home
vehicle_to_home_dc_power_output_kw	Int	10	The maximum DC power output when powering a home
vehicle_to_home_dc_support_status	String	Announced	Indicates whether the vehicle battery can be used to provide DC power to a home
vehicle_to_load_exterior_port_details	String	1 x Type 2 (Adapter)	Details of the exterior Vehicle to Load ports.
vehicle_to_load_interior_port_details	String	1 x UK Socket (BS1363)	Details of the interior Vehicle to Load ports
vehicle_to_load_power_output_kw	Int	11	The maximum power output when powering an electrical appliance.
vehicle_to_load_support_status	String	Announced	Indicates whether the vehicle battery can be used to power an electrical appliance
vehicle_type	String	car	Class of vehicle.
vehicle_wheelbase_mm	Int	2495	Measurement between the centre of the wheels on either side of the vehicle in millimetres.
vehicle_width_inc_mirrors_mm	Int	2138	Vehicle width including mirrors in mm
vehicle_width_mm	Int	1727	Overall width, including the wing mirrors in millimetres.
vehicleweight_kg	Int	2044	Vehicle weight in kilograms
wltp_combined_test_energy_high_co2_gkm	Int		WLTP combined CO2 g/km test energy high / least efficient trim
wltp_combined_test_energy_low_co2_gkm	Int		WLTP combined CO2 g/km test energy low / most efficient trim
wltp_electric_consumption_combined_test_energy_high_miles_per_kwh	Float	3.3	wltp_electric_consumption_combined_test_energy_high_miles_per_kwh
wltp_electric_consumption_combined_test_energy_high_watt_hours_per_mile	Float	306.5	WLTP electric consumption miles kilowatt-hour test energy high
wltp_electric_consumption_combined_test_energy_low_miles_per_kwh	Float	3.9	WLTP electric consumption in miles per kwh based on test energy low in the most efficient trim
wltp_electric_consumption_combined_test_energy_low_watt_hours_per_mile	Float	257.5	WLTP electric consumption per mile in watts based on test energy low in the most efficient trim
wltp_electric_consumption_equivalent_fuel_energy_test_energy_high_mpg	Float	129.5	The equivalent fuel energy expressed as petrol miles per gallon for test energy low in the least efficient trim
wltp_electric_consumption_equivalent_fuel_energy_test_energy_low_mpg	Float	152.5	WLTP electric consumption equivalent fuel energy miles per gallon test energy low
wltp_pure_electric_range_combined_test_energy_high_miles	Int	331	WLTP pure electric range combined miles test energy high
wltp_pure_electric_range_combined_test_energy_low_miles	Int	386	WLTP pure electric range combined miles test energy low

EV Database API Endpoints

Bi-Directional Charging - Car

Help buyers understand the bi-directional charging capabilities of an electric car, and the potential benefits it could offer as a power source

Bi-Directional Charging - Car

Help buyers understand the bi-directional charging capabilities of an electric car, and the potential benefits it could offer as a power source

Bi-Directional Charging - Van

Help buyers understand the bi-directional charging capabilities of an electric van, and the potential benefits it could offer as a power source

Core Data - Car

Structured model descriptions, battery size and availability dates/status for cars for your website or application.

Core Data - Van

Structured model descriptions, battery size and availability dates/status for vans for your website or application.

Fast Charging - Car

Help buyers and drivers get to grips with the capabilities and limitations of electric vehicle charging whilst using public charging stations.

FAQ

What EV data points does the EV Database API return?

EV Database endpoints return real-world range, efficiency, battery technical data and charging performance for cars and vans, via One Auto API.

How do I match a used EV to the correct EV Database record?

Use ID from VRM, or ID Search combining description, technical data and date of registration, returning confidence-scored results. Designed for integration with your existing used-vehicle data landscape.

Can I use the EV Database API for a consumer-facing tool?

Yes. EV Database data is licensed for used-vehicle applications; new-vehicle applications can access data under an annual licence (contact for details). Powers interactive range and running-cost tools for leading automotive websites.

Is there an API for EV Database for individual vehicle enquiries?

Yes, identify a vehicle by UK VRM or using descriptive and technical parameters - then access the data packages required for your use case.

What EV data points does the EV Database API return?

EV Database endpoints return real-world range, efficiency, battery technical data and charging performance for cars and vans, via One Auto API.

How do I match a used EV to the correct EV Database record?

Can I use the EV Database API for a consumer-facing tool?

Is there an API for EV Database for individual vehicle enquiries?

Yes, identify a vehicle by UK VRM or using descriptive and technical parameters - then access the data packages required for your use case.

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EV Database API

Real-World EV Range, Charging & Battery Data

One Auto API provides access to EV Database electric vehicle specification, range and battery data through a single API, alongside data from other vehicle-data providers.

About EV Database

Real-world range, charging and battery data

Match richer EV data to your existing vehicles

Show what an EV could cost to drive

Access EV Database data through One Auto API

What the API Includes

EV Database API Endpoints

Bi-Directional Charging - Car

Bi-Directional Charging - Car

Bi-Directional Charging - Van

Core Data - Car

Core Data - Van

Fast Charging - Car

Sample EV Database API Responses

FAQ

What EV data points does the EV Database API return?

How do I match a used EV to the correct EV Database record?

Can I use the EV Database API for a consumer-facing tool?

Is there an API for EV Database for individual vehicle enquiries?

Sign Up for a FREE API Account