About Electric Trucks
Electrifying a car is hard; electrifying an 80,000-pound tractor-trailer that may run 500 miles a day is a different order of problem. Electric trucks have become one of the most consequential fights in the auto world, because heavy trucks burn an outsized share of road-transport fuel and emit a large share of its pollution. Get them right and the payoff in clean air and lower running costs is enormous. Get them wrong and fleets pay for it in downtime and lost payload.
The first wave of battery-electric trucks focused on jobs that suited the technology: urban delivery, refuse collection, port drayage and regional runs that return to a depot each night. Now long-haul models are arriving, from the Tesla Semi to electric versions of the Freightliner Cascadia, Volvo FH and VNL, Mercedes eActros and Scania's longer-range trucks. In China, battery-electric heavy trucks have taken a fast-growing share of new sales, with battery swapping helping to keep them moving.
The debates are about money and infrastructure. Electric trucks cost far more up front, carry heavy batteries that can eat into payload and need high-power charging that few depots or highways yet offer. Hydrogen fuel-cell trucks promise quicker refueling and longer range but face scarce, costly hydrogen. Government incentives and emissions mandates, and their political reversals, shape the pace on every continent. Coverage here includes new electric and hydrogen trucks, fleet orders, charging and swapping networks, startups and failures, policy changes and real-world operating results.