Finding
City buses electrified first in every region; heavy trucks are following in China and have barely started in the US
Battery-electric buses took 58% of EU city bus sales in 2025 and nearly all of China's. In heavy trucks the regions split: battery-electric models reached 28% of China's sales, 232,000 trucks, against 875 trucks and 0.3% in the US. China accounted for 88% of global zero-emission medium- and heavy-duty sales (ICCT).
The order of adoption follows duty cycle. City buses run fixed routes of 150-250 miles, return to one depot and are bought by public agencies with access to grants, so they electrified first; shuttles and school buses share those traits. Medium-duty delivery trucks come next because routes are short and end at a depot. Coaches and long-haul tractors come last because they need the most energy per day and the least predictable charging.
China broke that pattern for heavy trucks. Cheap LFP cells, low depot electricity prices and battery-swap stations for short-haul mining, port and steel-plant routes made electric tractors cheaper to run than diesel and LNG; XCMG, SANY, FAW, Shacman and Yutong hold 61% of the zero-emission truck market. In the US, California withdrew its Advanced Clean Fleets rule for private fleets in January 2025, and the electric heavy-truck market is waiting on depot power and megawatt corridor charging. See Freight and Logistics Fleets and Megawatt Charging.
Segments
Fleet segments by readiness
Status reflects 2025 sales data and late-2026 deployments.
| Segment | Why it suits electrification | Main constraint | Status |
|---|---|---|---|
| City transit buses | Fixed routes, one depot, public buyers | Depot power, grid upgrades | 58% of EU city bus sales; nearly all of China's; 8,116 US ZEBs funded to deployed (CALSTART) |
| Shuttle buses | Short loops at airports and campuses, long dwell times | Small orders, few US models | Electric is the default for new airport and campus shuttles |
| School buses | Two fixed runs a day, idle all summer | Funding cycles, depot upgrades | About 4,500 running in the US (WRI, June 2026) |
| Coaches | Long intercity trips | Energy per trip, en-route charging | About 4% of EU intercity and coach sales |
| Medium-duty delivery trucks | Short, dense routes ending at a depot | Upfront price, payload | 4.4% of US medium-duty sales |
| Regional and short-haul trucks | Return to base under ~250 miles | Depot DC power | Early volume in Europe and the US; mainstream in China |
| Long-haul tractors | Highest daily mileage | Megawatt corridor charging, battery weight | 0.3% of US heavy-truck sales; Tesla Semi in volume production from 2026 |
Fleet types
Fleet pages by type
| Fleet type | Covers | Page |
|---|---|---|
| Commercial | Delivery vans, rideshare, rental, corporate cars | Commercial EV Fleets |
| Freight and logistics | Box trucks, regional tractors, drayage, yard tractors | Freight and Logistics Fleets |
| Service and utility | Utility, telecom and field-service trucks with ePTO | Service and Utility Fleets |
| Government | Postal, federal, state, police and land agencies | Government EV Fleets |
| Municipal | Transit and school buses, refuse trucks | Municipal EV Fleets |
| Autonomous | Robotaxis, driverless trucks and delivery vehicles | Autonomous Fleet Deployments |
Sources
Sources and scope
- Scope
- EV Fleets by Segment
- Sources
- ICCT zero-emission truck and bus market spotlight via electrive (August 2026); Transport and Environment (February 2026); CALSTART (March 2026); WRI (June 2026)
- Updated
- October 2026