Shell opens UK’s first electric truck charging station, in Nottingham

Shell has launched its first public electric vehicle charging station for trucks in the UK, located at Markham Moor Truck Stop in Nottinghamshire. This facility, situated along the A1, approximately 25 miles south of Doncaster and southeast of Sheffield, serves one of the busiest freight routes in the country, with more than 8,000 heavy goods vehicles (HGVs) passing through daily.

The new site, which Shell acquired in 2022, features a 400kWh fast charging unit with two connectors, capable of charging two trucks simultaneously. The chargers are powered entirely by renewable electricity, reinforcing Shell’s commitment to sustainability.

To enhance and streamline operations for fleet managers, Shell has introduced a ‘book and charge’ system, enabling fleets to reserve charging bays in advance. This booking system will ensure the availability of chargers and help reduce driver downtime by enabling better route and stop planning.

The charging points are fully integrated with the Shell Recharge app, allowing drivers to monitor and manage their charging sessions in real-time. A single Shell Card can be used for refuelling and charging, simplifying the payment process. While their trucks charge, drivers can take advantage of the truck stop’s amenities, including a café, 24/7 toilets, showers and guarded parking.

The opening of this new charging station marks a significant step towards supporting the transition to electric commercial vehicles in the UK. As the demand for electric HGVs continues to rise, Shell is committed to providing the necessary infrastructure to meet the needs of fleet operators and drivers.

Euan Moir, Head of UK Fleet Solutions at Shell, said: “The future of commercial road transport will look mostly electric. That electric future is already coming to fruition in the UK. Providing a seamless charging experience for drivers at Shell Markham Moor is another step in helping transport companies continue to operate efficiently during the energy transition.”

Image source: Shell