UK EV charging progress 2026: public chargers, rapid rollout and the access gap
UK EV charging progress 2026: Department for Transport data shows 121,262 public chargers in June 2026, but access and rapid charging remain the test.
The United Kingdom (UK) had 121,262 public electric vehicle (EV) chargers on 1 June 2026, according to the latest Department for Transport faster indicator. The network grew 11.7% in a year, although regional access, reliability and charging speed still vary widely.
Charging is one of the clearest places where the transport transition either becomes practical or remains theoretical. A zero emission vehicle (ZEV) sales target can push manufacturers to sell more electric cars and vans. It cannot, by itself, make public charging easy for people without driveways, fleets that need depot charging or drivers who rely on rapid charging during longer journeys.
The public count is only part of the driver experience. Location, power, reliability, visible pricing and the pace of vehicle adoption determine whether the network is genuinely convenient.
Public charging grew 11.7% in a year
| Question | Short answer |
|---|---|
| How many public EV chargers does the UK have? | 121,262 public EV chargers on 1 June 2026 in the Department for Transport faster-indicator table. |
| Is the network growing? | Yes. The UK total was up from 108,530 on 1 June 2025, an increase of 12,732 chargers or about 11.7%. |
| How much of the network is rapid or above? | The faster-indicator table recorded 28,374 chargers rated at 50 kilowatts (kW) or above on 1 June 2026, about 23.4% of the total. |
| What does the number leave out? | A national count does not prove equal access. Regional distribution, rapid availability, reliability, payment experience and grid connections decide whether charging feels usable. |
| What does the latest count establish? | The UK public charging network is materially larger than it was a year ago, but the national total does not measure reliability or equal access. |
The network reached 121,262 chargers
June 2026
The UK had 121,262 public EV chargers on 1 June 2026. The number is up 11.7% from June 2025, while chargers rated 50kW or above rose 17.2% over the same period.
Public charging is expanding while electric car sales rise. Chargers rated at 50kW or above grew faster than the overall count, which is particularly relevant to motorway, fleet, taxi, delivery and long-distance use.
Some drivers can still face poor coverage, broken units, long queues or confusing pricing even as the national count grows. Those conditions are not captured by the headline total.
Rapid chargers grew faster than the network overall
| Metric | June 2025 | June 2026 | Change |
|---|---|---|---|
| Total public EV chargers | 108,530 | 121,262 | +12,732, or about +11.7% |
| Public EV chargers rated 50kW or above | 24,209 | 28,374 | +4,165, or about +17.2% |
| Public charging devices | 80,552 | 94,217 | +13,665, or about +17.0% |
| Public charging devices since December 2021 | 27,614 in December 2021 | 94,217 in June 2026 | +66,603, or about +241% |
The longer device series begins in December 2021 and shows that the public network has more than tripled. Public charging is now a visible national network rather than a small collection of early sites.
The Department for Transport did not include regional figures in the June faster-indicator release because of a data-processing delay. The latest UK total is therefore from June, while the latest complete regional comparison remains April.
London leads on total chargers, but rapid coverage is stronger elsewhere
The April regional table shows why the national number cannot carry the whole story. London had 340 public EV chargers per 100,000 people on 1 April 2026, far above the UK figure of 171.9. But London had only 27 chargers rated rapid or above per 100,000 people, while Scotland had 57.2 and the South West had 46.4.
That pattern is not necessarily a contradiction. London has a large number of slower on-street chargers, which matter for households without driveways. Faster chargers matter more for long-distance drivers, taxis, vans, depots and people who need short dwell times. A good network needs both, and the mix will look different in different places.
| Place or measure | Total chargers per 100,000 people | 50kW+ chargers per 100,000 people | What it shows |
|---|---|---|---|
| United Kingdom | 171.9 | 39.5 | The national benchmark for the April regional comparison. |
| London | 340.0 | 27.0 | Very high total access, but much of the network is lower-power urban charging. |
| Scotland | 228.5 | 57.2 | Higher rapid-or-above coverage per person than the UK average. |
| Northern Ireland | 59.4 | 18.4 | A much thinner public network on both measures. |
Charger placement matters as much as the national total. A city with many kerbside units may still need rapid hubs, while a region with good rapid coverage per person may have unreliable or poorly served corridors.
More electric cars and vans are increasing demand
Charging demand is not only about existing EV owners. It is about the next wave of vehicle sales. The May 2026 Department for Transport registration table estimated 43,945 zero emission cars registered for the first time in the UK during the month, about 26.5% of new car registrations in that table. For light goods vehicles, the equivalent figure was 2,400, about 10.0%, which is why electric van progress has to be judged with depot and rapid charging in mind.
For January to May 2026, the same provisional table records 220,819 zero emission cars and 12,623 zero emission light goods vehicles registered for the first time. Charging is already serving a growing vehicle fleet rather than preparing for a distant one.
This connects directly to the UK zero emission vehicle mandate. The mandate is usually described as a sales rule for carmakers, while the Progress check on UK EV sales in 2026 shows how current registrations compare with the target path. The public experience depends on the wider delivery system: public chargers, home charging, depot charging, electricity networks, payment rules, maintenance and local authority rollout. The UK electric van progress check shows the work-vehicle version of that problem, the UK electric bus rollout check shows why depot charging and grid capacity matter for public transport, and London's zero-emission bus milestone shows the city-scale version of that work.
The public network is now national infrastructure
The total number of public EV chargers is higher than a year earlier, faster units are growing more quickly than the overall count and public charging devices have more than tripled since December 2021. The Global EV Outlook 2026 guide sets that UK buildout within the wider growth of electric vehicles, batteries and charging infrastructure.
Charging also affects local air quality. The UK air quality progress check tracks whether lower-emission transport and other pollution controls are showing up in monitored particles and roadside nitrogen dioxide.
With EVs already taking a significant share of new car registrations, public charging now links transport policy to electricity networks and clean-energy investment. The World Energy Investment 2026 guide covers the capital spending behind that wider shift.
A growing count does not guarantee a usable network
| Weak conclusion | Why it is too simple | Better question |
|---|---|---|
| More chargers means charging is solved. | The count does not capture reliability, waiting times, pricing, payment experience or whether the charger is where the driver needs it. | Are the right types of chargers appearing in the right places? |
| Rapid growth means every region is ready. | Regional coverage varies, and the June 2026 faster indicator did not include regional detail. | Which places remain below the national access benchmark? |
| EV sales targets guarantee charging investment. | Sales targets improve demand confidence, but grid connections, sites, utilisation and finance decide what gets built. | Is infrastructure investment keeping pace with ZEV adoption? |
Regional access and charging power will shape the driver experience
The next Department for Transport faster-indicator update should restore regional detail. A rising national total would be less reassuring if the gap between well-served and poorly served places continues to widen.
Charging power is the other important measure. The April table classified 12% of chargers as rapid and 11% as ultra-rapid. Faster access will become more important as adoption spreads among drivers who cannot rely on slow home charging.
The rollout also has to keep pace with the ZEV mandate. Rising electric car sales without dependable charging would weaken confidence, while better access would support investment in vehicles, batteries, grids and local infrastructure.
The public network is bigger and faster than it was a year ago. Reliability, transparent pricing and regional access will decide whether ordinary drivers experience the same improvement.
Useful source links
- Department for Transport: Developing faster indicators of transport activity
- Department for Transport: Monthly public EV chargers by country and region, 1 June 2026
- Department for Transport: Cars and light goods vehicles registered by body type and fuel type, May 2026
- Department for Transport: Public electric vehicle charging infrastructure statistics, 1 April 2026
- Wikimedia Commons: electric vehicle charging forecourt image and licence information
Data checked
This article was checked on 25 June 2026 against Department for Transport faster-indicator tables for monthly public EV chargers to 1 June 2026, May 2026 cars and light goods vehicle registrations by fuel type, and the Department for Transport public electric vehicle charging infrastructure statistics for 1 April 2026. The June faster-indicator release did not include regional figures because of a data-processing delay, so regional comparisons use the latest complete April table.
Information only
This article is for general information only. It is not investment, financial, legal, regulatory, procurement, vehicle-buying or technical advice. Transport statistics, charging networks, policy rules and market conditions can change, so check current official source documents before relying on any figure for a decision.