Scania has introduced a new heavy-duty electric truck to the European market with a range of up to approximately 720 kilometers on a single charge, targeting one of the most challenging segments of electric transport: trucks that operate over long distances while carrying heavy loads. The model relies on additional battery packs behind the cab, alongside the batteries mounted on the chassis, and also uses a redesigned extended front end to reduce aerodynamic drag.
Scania says the new design enables a 6×2*4 European tractor-trailer combination to achieve the maximum range, even when the vehicle’s total length exceeds 16.5 meters. The company adds that the new front end may reduce energy consumption by up to 3%, depending on the specifications and operating conditions, because aerodynamic drag accounts for a larger share of energy consumption in electric trucks than in conventional vehicles under some operating conditions.
What Has Changed in Practice?
Two MP20 packs mounted behind the cab add approximately 356 kilowatt-hours to the capacity of the batteries located on the chassis. This configuration partially addresses the trade-off between cargo space and battery size, but it comes within a longer and more specialized vehicle design. According to the figures cited in the source, the range is approximately 720 kilometers, or about 474 miles, on a single charge.
Charging remains a decisive factor in operating this type of truck. The source compares refueling a diesel truck in 10 to 20 minutes with the longer periods required by heavy-duty electric trucks. Megawatt Charging System, or MCS, infrastructure has begun narrowing the gap; the article points to a Siemens solution capable of charging from 20% to 80% in approximately 30 minutes.
However, deploying high-power chargers may require costly and lengthy upgrades to electricity grids. The source presents battery energy storage systems, or BESS, as a solution for gradually storing electricity from the grid and then supplying high charging power when needed, while acknowledging that the scalability of this model has not yet been settled.
Hydrogen Maintains Its Presence
In parallel with Scania’s announcement, a group comprising Volvo Group, Daimler Truck, Toyota Motor Corporation, Bosch, Air Liquide, TotalEnergies, TEAL Mobility, and MB Energy unveiled a plan in Germany to accelerate the adoption of hydrogen fuel-cell electric trucks. The plan includes political measures and industrial participation, with the goal of providing a model from which other countries can benefit.
Daimler Truck says it has covered nearly 600,000 kilometers with its fuel-cell trucks operated by customers in Europe, and plans to add 100 next-generation trucks to the market starting in 2026. Volvo is also working on hydrogen solutions that include fuel cells and hydrogen combustion engines, while Toyota is contributing its expertise in fuel cells and Bosch is contributing to refueling technologies.
Why Does This News Matter?
The development shows that decarbonizing heavy-duty transport is not heading toward a single technological pathway. Batteries are approaching the ability to meet some long-distance journeys through increased capacity and faster charging, while hydrogen is attempting to address charging-time constraints and pressure on electricity grids. However, both options depend on infrastructure that is not yet complete, and renewable hydrogen generally remains more expensive than hydrogen produced from fossil fuels.
The German plan links hydrogen’s success to three factors: reducing truck costs through incentives and large-scale production; achieving a pump price competitive with diesel through a more efficient supply chain and greenhouse-gas quota mechanisms; and providing operational incentives such as exemptions from road tolls for zero-emission trucks. It also aims for refueling stations to serve up to 100 trucks per day, while Germany’s NOW fund supports high-power fueling stations and electric trucks, and demand for the fund has exceeded its current capacity.