The commercial vehicle industry is at an inflection point. A new factbook from BloombergNEF, produced with the Smart Freight Centre, the Dutch Ministry of Infrastructure and Water Management, and Traton, offers the clearest picture yet of how fast electric trucking is scaling, and where the friction still lies. For transport and logistics managers weighing fleet strategy, the numbers are worth a close look.
Sales are accelerating, but unevenly
Global sales of zero-emission medium- and heavy-duty trucks jumped 75% year-on-year in the first half of 2026, reaching 158,000 units. Electric trucks are now on track to account for more than 9% of global truck sales this year. China remains the clear leader. Sales in China rose 23% in 2025 to 1.3 million units, boosted by a scrappage scheme offering up to $20,800 toward replacing an older truck with an electric one.
Europe and several emerging markets, including India, Brazil and Southeast Asia, are also gaining traction, albeit from a much lower base.
The US tells a different story. Only a few hundred electric trucks were sold there in the first half of 2026, held back by a lack of suitable vehicle models, high upfront costs, and a cooling federal regulatory environment. Even as state-level incentives and anticipated deliveries of the Tesla Semi keep charging infrastructure development moving.
The economics are already working for some fleets
Perhaps the most actionable insight for fleet managers: battery-electric trucks are already cost-competitive in a meaningful share of use cases; not “someday,” but now. Because electric trucks benefit from high utilization and variations in daily driving distances, up to roughly half of a fleet’s routes can already be economically competitive, depending on capital and energy costs. Battery pack prices continue to fall, averaging $108/kWh in China and $182/kWh elsewhere, which should continue to narrow the gap even as the rate of decline slows.
Driving distance drives electric-truck economics. In Germany, TCO parity with diesel currently requires ~800km/day (only 7% of tractors qualify). Falling 2027 prices could expand this to a third of the fleet; by 2030, costs near €200,000 could make electrification the cheapest option for nearly 90% of long-haul tractor-trailers.
Charging infrastructure is the binding constraint
This is where the gap between ambition and reality is widest. As of June 2026, fewer than 2.5% of European truck stops are within 1 km of a dedicated high-power (350 kW+) truck charging station, and only another 9% have access to shared high-power charging alongside passenger vehicles.
Coverage is heavily skewed toward Central and Northern Europe. Germany and Scandinavia are well served under the EU’s Alternative Fuels Infrastructure Regulation targets, while parts of Southern and Southeastern Europe, including Spain, Italy and Greece, can see gaps of 300 kilometers or more along TEN-T corridors. For any operator planning cross-border routes, this remains the single biggest planning variable.
Energy security adds a strategic dimension
Road freight consumes around 19 million barrels of oil per day globally, making the sector’s electrification not just a decarbonization lever but a hedge against geopolitical disruption and fuel-price volatility. This is a point that resonates directly with the kind of energy-security dynamics we’ve covered in relation to recent oil-market shocks. Governments and corporates are increasingly framing fleet electrification within broader energy-independence strategy, not purely climate policy.
Financing remains bespoke, but maturing
Unlike diesel trucks, electric truck financing still relies on customized deal structures: tying funding to transport contracts and the value of emission reductions rather than standardized lending products. Fleet operators, infrastructure developers, and financiers are developing tailored approaches, but the market is still far less mature than conventional truck financing, and residual values after three to five years remain highly uncertain, ranging from 0% to 20%.
The takeaway for logistics managers
The direction is unambiguous. Electric trucking is scaling fast, and the economics already work for defined use cases, particularly depot-based, shorter-haul or high-utilization routes.
But the transition remains lumpy: charging coverage, financing structures, and regional policy support vary widely, and commercial vehicles as a whole are still on track to account for nearly half of road transport emissions by 2050 without further intervention. For fleet operators, the near-term opportunity lies less in wholesale conversion and more in identifying which specific routes and depots are ready for electrification today, while keeping a close eye on where charging infrastructure and financing markets mature next.
Source: BloombergNEF
Also read: Europe’s zero-emission truck transition: stuck below 5%, and why that’s a problem
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