Battery prices are falling globally, however freight doesn’t start from a standard place to begin. China, India, Europe and america transfer home cargo via very totally different combos of street, rail and water, so cheaper batteries is not going to produce one commonplace freight-electrification pathway.
Utilizing the very best comparable knowledge I might assemble, China’s 2025 home freight work throughout street, rail and water was roughly 44% street, 20% rail and 36% home water. The EU-27 comes out at about 54% street, 12% rail and 34% inner water freight, though these European statistics are recombined from separate mode datasets moderately than printed as one harmonized cut up. India’s NITI Aayog modelling baseline is rather more road-heavy at about 69% street, 23% rail and eight% water. A reconstructed U.S. comparability is roughly 53% street, 36% rail and 10% water, with decrease confidence than the opposite rows.
The modal cut up is barely the place to begin. The total TFIE Technique Briefing follows how these inherited methods change the economics of electrifying vans, rail and water, the place the identical falling battery-cost curve produces totally different capital choices, and what meaning via the 2030s.
These variations decide the place electrical energy has to enter the freight system. China can electrify an unlimited truck fleet whereas persevering with to maneuver enormous volumes by rail and water. India can electrify vans whereas increasing freight on a railway whose broad-gauge community is now nearly utterly electrified. Europe already has intensive electrified rail, however street has nonetheless gained inland freight share. The US retains a commercially necessary freight railway that’s overwhelmingly diesel-powered.
China is transferring quickest on electrical heavy vans. About 140,000 new-energy heavy vans had been bought there within the first half of 2026, up 78.6% yr over yr. “New power” is broader than battery electrical, in order that quantity shouldn’t be casually relabelled as BEV gross sales, however the scale is already industrial. China is focusing on new-energy heavy vans at round 40% of annual heavy-truck gross sales by 2030 whereas constructing charging and swapping infrastructure alongside main freight corridors.
India is pushing a distinct lever. Round 2,800 kilometres of Devoted Freight Corridors have been accomplished, and by early 2026 they had been dealing with roughly 480 freight trains per day. Electrification by itself doesn’t transfer cargo from street to rail, however devoted capability, heavier axle hundreds, greater speeds and extra dependable schedules could make an already-electrified railway a extra aggressive freight product.
Europe is a helpful warning towards assuming infrastructure robotically determines modal share. It has greater than 200,000 kilometres of rail and a considerable electrified share, but street gained about 3.3 proportion factors of inland freight share from 2014 to 2024. Electrically chargeable vans above 3.5 tonnes reached 4.2% of EU registrations in 2025. Europe subsequently has to do two issues directly: enhance the efficiency and utilization of current electrical rail and electrify the street freight that’s not going away.
The US is the longer-duration aggressive case. Freight rail retains main benefits in prepare size, labour productiveness and long-distance motion of dense cargo. However battery-electric trucking modifications the power and operating-cost comparability. NREL modelling finds zero-emission vans able to reaching total-cost-of-driving parity or higher throughout market segments by 2035 beneath continued expertise enchancment. Rail has battery-electric choices too, so a severe long-term comparability can’t maintain locomotives technologically static whereas permitting vans to enhance.
The widespread route is simple: fossil fuels progressively depart street, rail and home water freight, and electrical energy takes their place via wires, chargers and batteries. What differs is how a lot freight stays on every mode and the way a lot infrastructure is required to affect the system already in place. Battery prices are international. Freight geography isn’t.
The total evaluation in TFIE Technique Briefing examines the deeper infrastructure economics, modular battery methods and freight-capital decisions rising throughout street, rail and water.
