UK EV Charger Rollout Slows Amid Cost and Policy Challenges
The expansion of electric vehicle (EV) charging infrastructure in the UK has decelerated due to rising installation costs and uncertainty surrounding government sales targets.
According to data from Zapmap, a data analytics company, 5,100 public charge points were installed in the first half of 2026, bringing the total number of chargers to 121,171. This represents a 10% increase compared to the same period in the previous year, a significant slowdown from growth rates exceeding 40% recorded in 2024.
While a reduction in growth pace is expected as the network matures, maintaining a high expansion rate is essential to meet the UK government’s goal of 300,000 public chargers by 2030 and to keep pace with the increasing number of electric vehicles on British roads, which surpassed 2 million in April.
Despite this, charger installations have notably slowed over the past two years amid concerns about the speed of transition away from petrol and diesel vehicles.
Industry Pressure and Policy Adjustments
The automotive industry in the UK and Europe has exerted considerable pressure on the government to relax the zero emission vehicle (ZEV) mandate, which requires a rapid increase in electric vehicle sales annually.
The current Labour government has introduced "flexibilities" to the mandate, originally established by the Conservative government in 2023. These flexibilities permit manufacturers to sell a higher proportion of petrol-engine vehicles. Additionally, the government is contemplating lowering the overall EV sales target.
"The public charging network has doubled over the past three years, and rapid charging is growing quickest of all, with nine in 10 built outside of London in the past 12 months. It is a British success story, funded by private investment made on the certainty of future customers that the government’s ZEV mandate provides. But the mandate has now been argued over for three years, under two governments. It is no surprise that investors are hesitating as doubt surrounds the policy once again."
These remarks were made by Jarrod Birch, head of policy and public affairs at a lobby group representing the charging industry.
Focus on Ultra-Rapid Chargers
Zapmap’s data indicates that companies are concentrating on installing ultra-rapid chargers, which increased by 37% year on year.
Ultra-rapid chargers, capable of delivering over 150 kilowatts (kW) of power, are typically located near motorways and major roads to facilitate quick recharging during longer journeys. These chargers tend to be more profitable than standard or rapid chargers due to higher pricing and greater throughput of drivers.
Understanding Charger Types and Charging Speeds
As electric car ownership grows, many drivers are encountering charging infrastructure for the first time. However, the variety of charger types can cause confusion.
Charging speeds are measured in kilowatts (kW), while battery capacity is measured in kilowatt hours (kWh). For instance, a Nissan Leaf has a 39kWh battery, whereas a Tesla Model Y has a 60kWh battery.
Charging time depends on battery size and charger power; dividing battery capacity by charger power provides an approximate charging duration. For example, a 60kWh battery charged at 22kW would take about three hours. Faster charging generally incurs higher costs.
Common charger types include:
- Slow chargers: Typically found at homes, on-street locations, and places where cars remain parked for extended periods such as hotels or car parks. These are suitable for overnight charging. Using a UK three-pin plug at home delivers about 2.3kW but is not recommended.
- Fast chargers: Located in urban areas like supermarkets, shopping centers, or car parks, capable of charging smaller batteries within a few hours.
- Rapid chargers: Usually near major roads for journey charging, but increasingly found at supermarkets or gyms where dwell times are short. A 50kW charger can provide an 80% charge in under an hour.
- Ultra-rapid chargers: Most chargers installed at motorway services or dedicated hubs now provide at least 150kW. Many modern vehicles can handle 150kW charging speeds, with some capable of exceeding 300kW, adding hundreds of miles of range in approximately 10 minutes.
Government Funding and Local Deployment
Melanie Shufflebotham, co-founder and chief operating officer of Zapmap, stated that the first half of 2026 still reflected a "steady rollout," with "high growth" in the ultra-rapid charger segment.
She noted that local councils have begun deploying chargers funded by the government’s Local Electric Vehicle Infrastructure (LEVI) scheme, aimed at increasing on-street charging availability.
"The Levi funding has seen an increased number of tenders awarded, and these – generally on-street chargers – have started to be rolled out locally. This, alongside the uplift in councils supporting through-pavement charging, and an increase in local charging at supermarkets, car parks and fuel forecourts, will encourage more and more drivers to go electric."
Industry Challenges and Market Consolidation
The challenging environment for charging companies, which face intense competition and rising costs, has led to predictions of market consolidation as stronger players acquire struggling rivals. One of the largest companies in the sector is actively involved in this trend.
