Electric vehicle statistics UK 2025: EV adoption by region, vehicle type, make and model

Key Takeaways:

• UK EV registrations increased by 24.4% in 2025, driving greater demand for charging infrastructure.
• EV growth is expanding across cars, vans and new manufacturers, creating new charging opportunities.
• EV adoption varies across the UK, helping identify where charging demand is growing fastest.
• Rising fuel costs and smarter charging technology are making the switch to EVs increasingly attractive.

Table of Contents:

1. New EV registrations increased by 24.4% in 2025
2. Which types of electric vehicles are growing fastest according to electric vehicle statistics UK?
3. Which EV manufacturers grew fastest in 2025?
4. Which electric car models grew fastest in 2025?
5. Which UK regions have the highest EV adoption rates?
6. EV registrations rose as fuel prices fell in 2025, but petrol and diesel costs have risen sharply in 2026
7. What does rising EV adoption mean for UK charging demand?
8. Find the right EV charging equipment with Volta EV
9. Methodology

The UK electric vehicle market continued to expand in 2025, with almost half a million new battery electric cars registered during the year. According to the Society of Motor Manufacturers and Traders (SMMT), 473,348 new battery electric vehicles (BEVs) were registered in 2025, up 23.9% from 381,970 in 2024. That took the BEV share of new UK car registrations to 23.4%, compared with 19.6% the year before.

Looking at the wider zero-emission vehicle category, which includes battery electric and fuel-cell vehicles, the Department for Transport recorded 528,000 new zero-emission vehicle registrations in 2025, an increase of 24% on 2024. Of these, 510,000 were road-using vehicles.

For drivers, installers, wholesalers and businesses, the significance is straightforward: more electric vehicles on UK roads means more demand for dependable charging at home, workplaces, depots and destinations.

New EV registrations increased by 24.4% in 2025

The headline figure depends on exactly which category of electric vehicle is being measured and various electric vehicle statistics in the UK.

The Department for Transport recorded 528,000 new zero-emission vehicles registered for the first time in the UK in 2025, up 24% on 2024. Around 510,000 were road-using vehicles. Zero-emission cars accounted for approximately 473,000 new registrations, also up 24% year on year.

The SMMT's new-car figures provide a more specific view of battery electric cars. It recorded 473,348 new BEV registrations in 2025, compared with 381,970 in 2024. That represents growth of 23.9% and means almost one in four new cars registered in the UK was fully electric.

The wider fleet is changing too. By the end of December 2025, there were 2.012 million licensed zero-emission vehicles in the UK, including 1.874 million road-using vehicles. Zero-emission cars alone accounted for 1.737 million licensed vehicles, up 5% compared with the end of 2024.

Which types of electric vehicles are growing fastest according to electric vehicle statistics UK?

Electric cars still account for the majority of new zero-emission registrations, but the transition is extending into vans and heavier commercial vehicles too.

Electric cars remain the largest part of the market

Cars remain by far the largest part of the UK electric vehicle market.

In 2025, 473,000 zero-emission cars were registered for the first time, representing 23% of all new car registrations. This was up from 19% in 2024.

The SMMT recorded a slightly more precise figure of 473,348 new BEVs, giving battery electric cars a 23.43% share of the new-car market.

For most drivers, home charging remains an important part of making an EV practical. A suitable home EV charger can provide considerably more convenient charging than relying on a standard three-pin socket, particularly for drivers who cover significant daily mileage.

The right charger will depend on the property, vehicle, available electrical capacity and the driver’s charging habits. Smart EV chargers can also make it easier to take advantage of compatible electricity tariffs, while solar-compatible options can be useful for households with solar generation.

For installers, the continued growth in electric cars also means continued demand for dependable home charging equipment, including 7.4kW chargers for suitable domestic installations.

Electric vans continue to grow

Electric van adoption is growing from a smaller base, but the rate of growth is particularly notable.

The UK registered 30,169 new battery electric vans in 2025, an increase of 36.2% compared with 2024, and a record annual total. This happened even though the overall new light commercial vehicle market contracted by 10.3%. More than 40 different zero-emission van models were available during the year.

That matters for tradespeople, delivery companies, service businesses and other organisations using vans every day.

An electric van fleet also changes the charging requirement. A business may need multiple chargers rather than a single domestic unit, with charging schedules designed around when vehicles return to the depot and when they need to be back on the road.

Businesses electrifying van fleets therefore need to think beyond the vehicle itself. Charger quantity, available electrical capacity, charging schedules and future fleet growth can all affect the type of commercial charging system required.

Electric HGV registrations are growing from a small base

Heavy goods vehicles remain at an earlier stage of electrification, but registrations are moving upwards.

The SMMT recorded 587 new zero-emission HGV registrations in 2025, an increase of 170.5% year on year. However, zero-emission HGVs still represented only 1.4% of the new HGV market, showing the sector remains in the early stages of adoption.

For operators, charging requirements can be substantially different from those of a typical passenger car. Depot location, vehicle utilisation, dwell time, available grid capacity and the required charging speed all need to be considered.

The growth of electric HGVs therefore forms part of a wider commercial electrification trend, even if the infrastructure requirements are more complex than those of a typical home charging installation.

Which EV manufacturers grew fastest in 2025?

The UK EV market is becoming more competitive, with drivers having considerably more choice than they did only a few years ago.

The SMMT reported more than 160 battery electric car models available in the UK during 2025, compared with just over 130 at the start of the year.

Tesla remained one of the most prominent manufacturers in the market, with the Model Y and Model 3 among the UK’s leading electric models. Other manufacturers, including Audi, BMW, Ford, Kia, Skoda and Volvo, also featured strongly among the most-registered BEV models.

The wider choice is important for prospective EV buyers. Drivers are no longer choosing between a small number of electric alternatives; they can increasingly find electric versions across different vehicle sizes, price points and uses.

Most new electric cars sold in the UK use the Type 2 standard for AC charging and CCS for DC rapid charging, but choosing a home charger involves more than checking the vehicle connection. Charging speed, cable length, smart-tariff compatibility, solar integration, load management and the property itself can all influence the right option.

Which electric car models grew fastest in 2025?

The strongest-selling electric models demonstrate just how quickly consumer choice is expanding.

According to DVLA data, the Tesla Model Y recorded 24,315 new zero-emission registrations in 2025, followed by the Tesla Model 3 with 21,209. The BMW iX was third with 16,069 registrations.

SMMT data also puts the Tesla Model Y and Model 3 at the top of its 2025 BEV rankings, followed by models including the Audi Q4 e-tron, Audi Q6 e-tron, Ford Explorer, BMW i4, Skoda Enyaq, Kia EV3, Skoda Elroq and Volvo EX30.

The range of models now available means drivers can choose from electric SUVs, hatchbacks, saloons, executive cars and smaller urban models, rather than having to compromise simply to drive electric.

But buying the car is only one half of the decision. Drivers also need to consider where the vehicle will normally charge, how far the charger is from the parking space, whether they use a smart EV electricity tariff and whether they want features such as solar charging.

Which UK regions have the highest EV adoption rates?

EV adoption is not uniform across the UK, and regional figures show how the market is developing beyond the areas that adopted electric vehicles earliest.

The South East had the highest number of privately owned EVs in England in Q4 2025, with 139,578 vehicles. London followed with 84,480. However, some regions with smaller existing EV fleets recorded much faster year-on-year growth. Private EV ownership increased by 58.8% in the North West, 58.1% in the East Midlands and 57% in Yorkshire and the Humber.

The infrastructure picture varies too. Government statistics for July 2025 show that London had the highest number of public charging devices per 100,000 people, at 275.4. The UK average was 121.3, while the North West had 75.4. Scotland had the highest provision of 50kW-and-above devices, at 37.5 per 100,000 people.

For installers and electrical wholesalers, regional EV adoption can be a useful indicator of where residential and commercial charging demand is developing.

More EV registrations can mean more homeowners requiring charge points. More company vehicles can create greater workplace charging demand. More EV traffic can create opportunities for hotels, retailers, leisure businesses and other destinations to provide charging.

And more local installations naturally create demand for chargers, accessories and related equipment through the trade.

The relationship is not always as simple as matching the areas with the most EVs to the areas with the most chargers. Different locations have different housing types, driving patterns and public infrastructure.

EV registrations rose as fuel prices fell in 2025, but petrol and diesel costs have risen sharply in 2026

The growth of electric vehicles in 2025 happened alongside a relatively stable fuel-price environment.

RAC Fuel Watch data shows the petrol average was 135.69p per litre during 2025, while the diesel average was 142.96p. Both annual averages were lower than 2024, when petrol averaged 142.23p and diesel 148.67p.

That provides useful context for anyone looking at a UK petrol prices graph 2025 or comparing the cost of running different types of vehicles. Fuel prices moved up and down throughout the year rather than following a straight line, with petrol reaching a 2025 low of 132.03p per litre in June.

However, fuel costs can change rapidly. By September 2026, RAC data showed average UK petrol prices had climbed to 167.17p per litre, with diesel at 188.63p.

This volatility is one reason the cost of running an electric car in the UK cannot be based solely on the vehicle's purchase price. How and where an EV is charged can significantly affect ongoing energy costs.

If higher petrol and diesel prices continue, switching to an EV may become increasingly attractive to high-mileage drivers and businesses operating vehicle fleets. But the economics of EV ownership depend heavily on the driver’s charging habits.

Which electric car models grew fastest in 2025?

The strongest-selling electric models demonstrate just how quickly consumer choice is expanding.

According to DVLA data, the Tesla Model Y recorded 24,315 new zero-emission registrations in 2025, followed by the Tesla Model 3 with 21,209. The BMW iX was third with 16,069 registrations.

SMMT data also puts the Tesla Model Y and Model 3 at the top of its 2025 BEV rankings, followed by models including the Audi Q4 e-tron, Audi Q6 e-tron, Ford Explorer, BMW i4, Skoda Enyaq, Kia EV3, Skoda Elroq and Volvo EX30.

The range of models now available means drivers can choose from electric SUVs, hatchbacks, saloons, executive cars and smaller urban models, rather than having to compromise simply to drive electric.

But buying the car is only one half of the decision. Drivers also need to consider where the vehicle will normally charge, how far the charger is from the parking space, whether they use a smart EV electricity tariff and whether they want features such as solar charging.

Which UK regions have the highest EV adoption rates?

EV adoption is not uniform across the UK, and regional figures show how the market is developing beyond the areas that adopted electric vehicles earliest.

The South East had the highest number of privately owned EVs in England in Q4 2025, with 139,578 vehicles. London followed with 84,480. However, some regions with smaller existing EV fleets recorded much faster year-on-year growth. Private EV ownership increased by 58.8% in the North West, 58.1% in the East Midlands and 57% in Yorkshire and the Humber.

The infrastructure picture varies too. Government statistics for July 2025 show that London had the highest number of public charging devices per 100,000 people, at 275.4. The UK average was 121.3, while the North West had 75.4. Scotland had the highest provision of 50kW-and-above devices, at 37.5 per 100,000 people.

For installers and electrical wholesalers, regional EV adoption can be a useful indicator of where residential and commercial charging demand is developing.

More EV registrations can mean more homeowners requiring charge points. More company vehicles can create greater workplace charging demand. More EV traffic can create opportunities for hotels, retailers, leisure businesses and other destinations to provide charging.

And more local installations naturally create demand for chargers, accessories and related equipment through the trade.

The relationship is not always as simple as matching the areas with the most EVs to the areas with the most chargers. Different locations have different housing types, driving patterns and public infrastructure.

EV registrations rose as fuel prices fell in 2025, but petrol and diesel costs have risen sharply in 2026

The growth of electric vehicles in 2025 happened alongside a relatively stable fuel-price environment.

RAC Fuel Watch data shows the petrol average was 135.69p per litre during 2025, while the diesel average was 142.96p. Both annual averages were lower than 2024, when petrol averaged 142.23p and diesel 148.67p.

That provides useful context for anyone looking at a UK petrol prices graph 2025 or comparing the cost of running different types of vehicles. Fuel prices moved up and down throughout the year rather than following a straight line, with petrol reaching a 2025 low of 132.03p per litre in June.

However, fuel costs can change rapidly. By September 2026, RAC data showed average UK petrol prices had climbed to 167.17p per litre, with diesel at 188.63p.

This volatility is one reason the cost of running an electric car in the UK cannot be based solely on the vehicle's purchase price. How and where an EV is charged can significantly affect ongoing energy costs.

If higher petrol and diesel prices continue, switching to an EV may become increasingly attractive to high-mileage drivers and businesses operating vehicle fleets. But the economics of EV ownership depend heavily on the driver’s charging habits.

 

What does rising EV adoption mean for UK charging demand?

More electric vehicles require more charging infrastructure. The growth recorded between 2024 and 2025 therefore represents more than a change in vehicle registrations; it points toward continuing demand for charging equipment across homes, workplaces, fleets and destination sites.

The charging requirements vary depending on who is using the charger.

For homeowners and EV drivers

Home charging needs to fit both the vehicle and the property.

Drivers should consider:

• The charger's charging speed
• Cable length and parking position
• Smart-tariff compatibility
• Solar compatibility where relevant
• Available electrical capacity
• The installation requirements of the property

For many households, a 7.4kW home charger provides a practical balance between charging speed and domestic electrical requirements. Smart features can also make it easier to schedule charging around electricity tariffs or other household energy use.

The charger should be professionally installed by a suitably qualified installer, with the installation assessed according to the property and applicable requirements.

Shop home EV chargers from Volta EV.

For EV installers and electricians

The expanding UK EV market also creates an opportunity for installers who can support homeowners, businesses and fleet operators as they transition to electric vehicles.

For installers, choosing a supplier is about more than finding a charger at the right price. Reliable stock, recognised manufacturers, technical documentation, installer support and repeat availability all matter when completing customer projects.

As EV technology develops, installers also need to understand the differences between charger types and the features customers increasingly expect. This ranges from smart charging and tariff integration to solar compatibility and load management.

A dependable supply chain can make it easier to quote for jobs, source the required equipment and support customers after installation.

For businesses, fleets and destination charging sites

Commercial charging requirements can vary considerably depending on how vehicles use a site.

A workplace with employees parked for several hours has different requirements from a supermarket where customers may stay for 30-90 minutes. A hotel may need destination charging for guests, while a fleet depot may need multiple vehicles charged within a defined operating window.

Businesses should consider:

• The number of charging bays required
• AC versus DC charging
• Typical driver dwell time
• How charging will be managed and paid for
• Available electrical capacity
• Load management
• Future expansion
• Whether the site serves staff, fleets, customers or visitors

That highlights the role businesses can play in the wider charging network. Hotels, supermarkets, shopping centres, workplaces and other destinations where vehicles remain parked for a period of time can all form part of the UK’s expanding infrastructure.

Explore commercial EV chargers from Volta EV for workplace, fleet and destination charging projects.

Find the right EV charging equipment with Volta EV

Volta EV supplies EV charging equipment to installers, electrical wholesalers, businesses and homeowners across the UK, with a focus on practical products, reliable supply and support from people with electrical wholesale experience.

Whether you are planning a domestic installation, sourcing equipment for customers or looking at a larger commercial project, the right charging hardware depends on the application.

With more electric vehicles entering the UK fleet, having access to the right charging equipment will become increasingly important for the people installing, supplying and using it.

Methodology

This article uses data from several established sources, including the Department for Transport’s Vehicle Licensing Statistics, DVLA data, the Society of Motor Manufacturers and Traders (SMMT), RAC Fuel Watch and UK government charging infrastructure statistics.

There are important differences between datasets. DfT and DVLA statistics use the broader zero-emission vehicle category, which includes battery electric and fuel-cell vehicles. SMMT's new-car figures focus specifically on battery electric vehicles (BEVs). As a result, figures from different sources should not be treated as directly interchangeable.

For 2025, DfT recorded 528,000 new zero-emission vehicle registrations, while SMMT recorded 473,348 new BEV car registrations. The DfT figure also includes vehicles other than passenger cars, while the SMMT figure relates specifically to the new UK car market.

Regional adoption figures are based on available private EV ownership and public charging infrastructure statistics. Fuel-price figures are based on RAC Fuel Watch data.

The purpose of these statistics is to show the broader direction of the UK electric vehicle market and what increasing adoption could mean for charging requirements. Figures should always be interpreted according to the definition, timeframe and source used.