UK Accelerates Net‑Zero Transport with EV Hubs and Green Fleets

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In the first half of 2025, the UK’s public EV charging network expanded significantly, with over 8,600 new charge points installed boosting capacity by 27 percent and taking the total across the country to in excess of 82,300 devices at more than 40,400 locations. Ultra‑rapid chargers (150 kW+) now account for nearly 8,620 units, continuing to outnumber rapid units and representing approximately 18 percent of all installations. The number of charging hubs which feature six or more rapid or ultra‑rapid points has grown to 673, underscoring a shift toward high‑power, clustered infrastructure that improves access and convenience. Scotland and the North West have seen particularly strong growth in high‑power charger installations.

By October 2025, the charging network had risen further to around 86,800 devices across 44,100 locations, reflecting a 22 percent year‑on‑year increase. Notably, there were approximately 17,734 rapid or ultra‑rapid devices spread across 6,582 locations. Rapid‑charging hubs open to all EVs numbered 705, a sharp increase from 537 at the end of 2024 marking a 31 percent increase in such hubs. Regions seeing strong progress include Wales, with over 27 percent growth, and Greater London, which continues to hold the highest number of charge points nationwide.

Major public‑sector action continues across public transport. Transport for London (TfL) now operates more than 2,000 zero‑emission buses approximately 20 percent of its total fleet a dramatic rise from just 30 in 2016. The ambition remains for a fully zero‑emission bus fleet by 2030, a goal that could reduce carbon emissions by an estimated five million tonnes over two decades. TfL’s considerable procurement spend £12 billion across more than 3,000 UK suppliers has generated nearly 3,000 jobs in green industries and boosted the national clean‑technology supply chain.

TfL’s climate actions have also been validated by the Science Based Targets initiative (SBTi), confirming that its emission‑reduction targets align with limiting global warming to 1.5 °C. The transport body commits to cutting direct emissions (Scopes 1 & 2) by 90 percent by 2030, and reducing contracted services and supply‑chain emissions (Scope 3) by 45 percent over the same period. Long‑term targets include maintaining these reductions through 2040 and reaching net‑zero by that year.

On commercial and freight fronts, operator demand for zero‑emission heavy goods vehicles declined by 7.3 percent in 2024, maintaining a low 0.5 percent market share. This comes as the UK signals an end to non‑zero emission HGV sales by 2035. Yet uptake is hindered by high acquisition costs, limited financial support, and a scarcity of charging infrastructure especially for long‑haul HGVs underscoring a need for stronger incentives and infrastructure expansion.

Encouragingly, plans are underway to address commercial charging gaps. Aegis Energy, backed by £100 million in investment from Quinbrook Infrastructure Partners, is launching the first multi‑energy refuelling hubs for trucks and vans. The network’s first five stations offering electric charging, HVO, hydrogen, bio‑CNG and more are slated to open by early 2026 in locations such as Sheffield, Immingham, Warrington, Corby and Towcester, with up to 30 hubs expected nationwide by 2030. These facilities will cater to around 40+ HGVs and 25+ vans simultaneously and are expected to cut carbon emissions by roughly 14,300 tonnes annually.

Further, the obstacles in depot charging are stark. Truck and van operators may wait up to 15 years for grid connections well beyond the 2035 deadline for ending ICE HGV sales highlighting an urgent need to streamline grid planning, prioritise commercial charging access, and support decarbonisation of freight.

Fleet electrification continues to grow among private organisations, too. Marks & Spencer introduced 85 zero‑ or low‑emission vehicles into its logistics network including five battery‑electric HGVs and 30 biomethane‑powered compress natural gas lorries accounting for nearly 10 percent of its transport fleet. This forms part of M&S’s Plan A net‑zero roadmap toward 2040.

Last, Werfen, a medical diagnostics supplier, has installed EV charging infrastructure at its UK headquarters in partnership with Drax Electric Vehicles. This supports NHS decarbonisation efforts, enables fleet electrification, reduces staff travel emissions, and provides a venue for demonstrations and training.

What this means:
The UK is steadily building the foundation for net‑zero transport through multi‑front progress. Rapid growth in EV charging infrastructure especially ultra‑rapid and hub models alongside TfL’s transition of its bus fleet and commitment validation, demonstrates the viability and urgency of zero‑emission transport. Meanwhile, emerging multi‑energy commercial hubs and private fleet electrification signal strong innovation. However, challenges remain: heavy goods uptake lags, grid planning bottlenecks delay depot charging, and market incentives need strengthening. Urgent action is required to ensure infrastructure keeps pace with regulation, particularly before sale bans take effect. Only then can the zero‑carbon transport future become reality across all sectors.

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