Sven Lindqvist drives long-haul freight routes through Sweden, and he used to worry that electric trucks could never handle the distance. Then Volvo unveiled a new truck that might change his mind.
The FH Aero Electric, built in Gothenburg, Sweden, can travel 700 kilometers on a single charge — roughly the distance from London to Edinburgh and back, with energy to spare. The truck carries 725 kilowatt-hours of battery power, charges at megawatt speeds, and uses a new design that squeezes more batteries into the frame by integrating the motor, electronics and axle into one compact unit.
That range number is what makes freight industry experts take notice. For years, many assumed batteries could handle city deliveries but would fail for long-distance hauling. The FH Aero Electric suggests that assumption is outdated.
The technology works by tucking six to eight battery packs into space created by a redesigned rear axle, moving beyond the old approach of simply stuffing electric parts where diesel engines used to sit. Drivers still need to charge, and cold weather or heavy loads still eat into range — but the question is no longer whether electric trucks can do the job. It is which routes will convert first.
China already runs battery-electric heavy trucks at full commercial scale, using battery swapping stations, dedicated freight corridors and electric-as-a-service pricing that makes the numbers work. In Europe and North America, megawatt charging stations are appearing along major highways, letting trucks recharge during legally required driver breaks.
Batteries still face real hurdles. Building charging networks takes time and money. Some remote routes may never fit the model. But the alternative — hydrogen — requires building an entirely new fuel system from scratch: production, compression, pipelines, storage and expensive filling stations. For long-haul trucking, the comparison is increasingly lopsided.
For drivers like Lindqvist, the shift may feel slow. But every new charging corridor, every delivery fleet that switches and proves the model works makes the future arrive a little faster. The road to zero-emissions freight is becoming clearer, and it runs on electrons, not exhaust.