IN Brief:
- Aegis Energy has started construction of its commercial vehicle energy hub at Smithywood Business Park in Sheffield.
- The planned site provides 72 van bays, 30 truck bays, CCS2 charging at up to 400kW, and HVO refuelling.
- Opening is targeted for spring 2027 as Aegis develops a wider network of commercial fleet hubs across Britain.
Aegis Energy has started construction of its commercial vehicle energy hub at Smithywood Business Park in Sheffield, moving the first site in its planned national network from development into physical delivery.
The former colliery site is approximately one mile from Junction 35 of the M1 and is scheduled to open in spring 2027. Aegis is designing the facility around vans and heavy goods vehicles, combining electric charging with hydrotreated vegetable oil refuelling, overnight parking, and driver facilities.
The completed site is planned with 72 van bays and 30 truck bays. CCS2 connectors will be used across the electric charging areas, with equipment capable of delivering up to 400kW to compatible commercial vehicles.
The 400kW rating describes the maximum capability of individual charging equipment rather than the power every vehicle will receive continuously. Vehicle architecture, battery temperature, state of charge, charger utilisation, power sharing, and site-level controls all influence the charging rate during an individual session.
Those variables become increasingly important with commercial vehicles because charging has to fit around productive use of the asset. A truck or high-mileage van may consume far more energy each day than a private car, while route schedules, loading windows, drivers’ hours, and delivery commitments can restrict when charging is possible.
A purpose-built site can accommodate those requirements in its physical layout from the outset. Large vehicles need suitable turning geometry, drive-through arrangements, cable access, collision protection, waiting space, maintenance access, and enough separation between charging equipment and vehicle movements.
Electrical infrastructure has to be designed around the same operating model. High-power DC charging requires transformers, switchgear, protection, metering, cabling, communications, charger foundations, and control equipment behind the visible charging posts.
Aegis has not published the total electrical connection capacity for Smithywood, so the sum of the individual charger ratings cannot be treated as the site’s simultaneous network demand. Commercial charging hubs typically manage available power between connected vehicles according to charging capability, departure requirements, and the capacity available at the site at that time.
The difference can be substantial. Ten chargers each rated at 400kW would represent 4MW if all operated at full power simultaneously, but real installations can use dynamic load management to distribute a smaller connection across vehicles whose charging curves and operational requirements vary.
The Smithywood development will also provide HVO refuelling, allowing Aegis to serve commercial vehicles whose duty cycles have not yet moved to battery-electric operation. The company presents the arrangement as a transition model rather than assuming that every van and truck using a freight corridor will electrify on the same timetable.
HVO and electrical charging rely on very different infrastructure and emissions pathways, but supporting both on one site changes the commercial utilisation available during early years of fleet transition. The long-term proportion of each fuel will depend on vehicle availability, fleet economics, charging performance, policy, and how quickly suitable battery-electric heavy vehicles enter service.
Sheffield is intended to be the first in an Aegis network of more than 50 commercial hubs across the UK. Its location beside the M1 gives it access to one of Britain’s principal freight corridors and to a region with substantial logistics, warehousing, and manufacturing activity.
Other motorway charging developments demonstrate the scale of electrical infrastructure now reaching operation. The GRIDSERVE Markham Vale Electric Forecourt, close to Junction 29A of the M1, provides 39 ultra-rapid bays and includes drive-through spaces for HGVs, coaches, vans, and towing vehicles.
Aegis is taking the commercial-vehicle layout further by making trucks and vans the principal design case rather than a smaller part of a broader passenger-vehicle charging site. That affects everything from bay size and traffic movement to the quantity and timing of electrical demand.
Government charging policy is beginning to address commercial vehicles more directly. Funding announced during 2026 includes support for depot charging for zero-emission vans, coaches, and HGVs, while purpose-built public or semi-public corridor hubs tackle the separate problem of providing energy away from a fleet’s home base.
The national public charging count continues to rise, reaching 121,171 chargers on 1 July 2026, including 28,887 rated at 50kW or above. Those figures offer limited information about suitability for heavy vehicles because physical access, charging power, trailer configuration, parking, and route location can be more important than the existence of a public connector.
Smithywood therefore has to prove an operating model rather than merely add chargers to a national total. Civil works, grid infrastructure, charging equipment, control software, HVO systems, commissioning, vehicle access, and driver facilities must all be completed before the targeted spring 2027 opening.
Once operational, utilisation will become the harder measure. High-capacity electrical infrastructure carries significant fixed cost, so a commercial hub needs enough vehicle throughput to justify the connection and equipment while retaining enough spare capacity to give fleets confidence that charging will be available when schedules require it.
