Battery costs are declining uniformly across the world, but the pathways toward electrified freight systems will vary significantly by region due to distinct transportation infrastructures and freight modal distributions.
Data on domestic freight movement reveals substantial differences in how countries distribute cargo across transportation modes. China allocates roughly 44% to roads, 20% to rail, and 36% to domestic waterways. The EU-27 distribution stands at approximately 54% road, 12% rail, and 34% internal water freight. India’s baseline is considerably more road-dependent at around 69% road, 23% rail, and 8% water. The United States maintains a roughly 53% road, 36% rail, and 10% water split, though with lower confidence in the data.
These differing modal balances create distinct electrification economics and priorities across regions. China is advancing rapidly with electric heavy trucks, recording approximately 140,000 new-energy heavy truck sales in the first half of 2026, representing a 78.6% year-over-year increase. The country aims toward 40% of annual heavy-truck sales being new-energy vehicles by 2030 while constructing charging and battery-swapping infrastructure along major freight corridors. India is pursuing a different strategy by developing dedicated freight corridors, with around 2,800 kilometres completed and handling roughly 480 freight trains daily by early 2026. Europe presents a cautionary case, having invested heavily in rail infrastructure yet experienced roads gaining 3.3 percentage points of inland freight share from 2014 to 2024, with electrically chargeable trucks above 3.5 tonnes reaching 4.2% of registrations in 2025.
The United States faces a distinct competitive landscape where freight rail maintains advantages in train length and long-distance cargo movement, though battery-electric trucking is progressively altering energy and operating-cost calculations. Modelling by NREL indicates zero-emission trucks could achieve total-cost-of-driving parity by 2035 under continued technology advancement. The overarching pattern across all regions involves fossil fuels progressively exiting freight systems as electricity enters through wires, chargers, and batteries, with regional variations determining infrastructure requirements and remaining modal shares.
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