UK Freight Sector Accelerates Green Transition with Electric HGVs and Charging Hubs

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Royal Mail has taken a significant step forward by deploying the first eight DAF XD 350E electric heavy goods vehicles (eHGVs) across its Midlands and North West parcel hubs. These 42‑tonne eHGVs, running ‘middle‑mile’ routes, are supported by ABB’s T360 high‑performance chargers, capable of adding up to 60 miles in under 15 minutes. This deployment, under the Electric Freightway initiative, is projected to reduce carbon emissions by approximately one thousand tonnes annually and deliver lower operational costs compared to diesel trucks.1

Part of the broader Zero Emission HGV and Infrastructure Demonstrator (ZEHID) programme, the Electric Freightway consortium benefits from over £100 million in investment including £62.7 million from government funding to establish one of the most advanced eHGV charging networks in the UK. It now supports more than 200 chargers delivering up to 350 kW and serves over 140 electric trucks nationwide. This data‑driven initiative will provide valuable insights to accelerate freight sector decarbonisation over the next five years.2

In another major development, supply chain firm Wincanton has introduced 24 new electric trucks—sourced from DAF, Volvo Trucks, and Renault Trucks into its fleet. These vehicles, each over 40 tonnes, are expected to reduce annual CO₂ emissions by around 2,400 tonnes. Wincanton is also rolling out depot‑based charging infrastructure across key locations, including Greenford, Portbury, Scotland Gateway near Glasgow, and Northamptonshire. This initiative aligns with its commitment to net‑zero logistics by 2040 and is part of its involvement in the Electric Freightway and eFREIGHT 2030 consortia under the ZEHID framework.3

In Liverpool, the ZENFreight consortium has put its first eHGV into operation. Volvo FM Electric trucks are now servicing a closed‑loop route between a fast‑moving consumer goods fulfillment centre and Liverpool port from Sandhills Business Park depot. The site features four 360 kWh charging bays, enabling each truck to recharge fully in about two hours and complete three to four delivery cycles per day. This milestone represents the first live eHGV deployment under ZENFreight, demonstrating the viability of electric freight in operational settings.4

Charging infrastructure continues to advance with Fleete commencing construction of the UK’s largest dedicated commercial EV charging hub at Port of Tilbury in Essex. Set to become operational in December 2025, the 5 MW shared‑use facility will provide 16 rapid chargers, capable of supporting large fleets around the clock. This infrastructure leap is a major enabler for scaling electric freight operations.5

The technology ecosystem supporting zero‑emission logistics is also evolving. Voltempo has launched series production of its HyperCharger, a megawatt charging system, from its new facility at Tyseley Energy Park in Birmingham. Opened on 23 September, this facility will help deliver the high‑capacity charging infrastructure at the heart of the eFREIGHT 2030 programme, reinforcing the UK’s leadership in freight electrification.6

In parallel with these deployments, the Electric Freightway consortium, led by GRIDSERVE together with Hitachi ZeroCarbon, has released its third progress report, which reveals that UK eHGVs have already achieved more than half a million zero‑emission miles. Early modelling from the report also suggests that under certain conditions, eHGVs may achieve a lower total cost of ownership than diesel counterparts.7

What this means:
This wave of activity across the UK’s logistics sector marks a turning point in the decarbonisation of freight. Royal Mail, Wincanton, DFDS  and infrastructure providers like Fleete and Voltempo are demonstrating that zero‑emission logistics is not a future ambition it is happening today.

These developments illustrate a converging dynamic: operators are deploying eHGVs in real-world routes; public and private investment is rapidly building charging infrastructure; and data from projects like Electric Freightway is beginning to show tangible cost and performance advantages. Together, these efforts are unlocking a scalable, data‑driven pathway to net‑zero freight by 2040.

By building this momentum now, the UK freight industry is setting a new operational baseline. Ahead of the 2040 phase‑out of new fossil‑fuel HGVs, these initiatives could help establish a foundation that supports widespread adoption, accelerates innovation, and informs policy and investment decisions. Collaboration across operators, infrastructure developers, government and technology partners will be key to unlocking the full potential of zero‑emission freight solutions.

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