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By Piyush P. Yadav
Yes, India has electric trucks you can actually order, from a 1,610 kg Tata Ace Pro EV to a 55-tonne Prima E.55S tractor. The harder question is whether they make money, and here the government has now put a number on it. In August 2026 the Ministry of Heavy Industries assessed that a 28-tonne electric tipper runs at a total cost of ownership of Rs 72.9 per km against Rs 68.5 per km for the diesel equivalent – a gap of Rs 4.4 per km – and that roughly 5 per cent of TCO support would close it. That single pair of numbers tells a fleet operator more than any spec sheet, because it converts directly into an annual rupee figure per truck. This piece does that conversion.
How we worked this out
The per-kilometre TCO figures are the Ministry of Heavy Industries’ own assessment as reported by Business Standard in August 2026, arrived at after consultation with vehicle manufacturers while MHI was designing a financing support scheme for electric buses and medium- and heavy-duty electric trucks. The wider cost context – that electric medium and heavy trucks currently sit 20 to 30 per cent above diesel on TCO, with fuel savings of 30 to 50 per cent – comes from the RMI and CoEZET financing guide as cited by the Climate Group. The upfront-cost trajectory comes from the ICCT’s study on TCO parity between battery-electric and diesel trucks in India. Vehicle specifications are taken from electrive’s report on Tata Motors’ Auto Expo 2025 commercial vehicle unveiling. All figures checked on 15 September 2026. The fleet arithmetic below is ours, built only on MHI’s published per-km numbers and a stated utilisation assumption.
The Rs 4.4 per kilometre, turned into money
| 28-tonne tipper | Battery electric | Diesel | Difference |
|---|---|---|---|
| TCO per km, no support | Rs 72.9 | Rs 68.5 | Electric costs Rs 4.4/km more (+6.4%) |
| TCO per km, with 5% support | Rs 68.3 | Rs 68.5 | Electric costs Rs 0.2/km less |
| At 60,000 km a year, per truck | – | – | Rs 2,64,000 penalty becomes a Rs 12,000 saving |
| Across a 100-truck fleet, per year | – | – | Rs 2.64 crore penalty becomes a Rs 12 lakh saving |
Take a 28-tonne tipper worked hard: 200 km a day, 300 operating days, so 60,000 km a year. At MHI’s unsupported numbers, the Rs 4.4 per km gap is Rs 2,64,000 per truck per year. Run a hundred of them and electrification costs you Rs 2.64 crore a year more than staying on diesel. That is the honest reason most Indian fleets have not switched, and no amount of enthusiasm changes it.
Now apply the 5 per cent support MHI modelled. Electric TCO falls to Rs 68.3 per km, two paise per kilometre below diesel. The same truck now saves Rs 12,000 a year, and the hundred-truck fleet saves about Rs 12 lakh. The swing is Rs 2.76 crore a year for that fleet, produced by a 5 per cent intervention.
Read that carefully, because it cuts both ways. It shows how close the two technologies already are. It also shows how thin the margin is: the electric case, even with support, wins by 0.3 per cent. Miss your utilisation assumption, pay more for power than you modelled, or lose a few days to charger downtime, and the advantage evaporates. This is not a business case that survives sloppiness. The structure of the support MHI has been designing – credit guarantees and interest subvention rather than straight purchase subsidy – is set out in our explainer on India’s heavy-duty EV scheme for 50,000 electric buses and trucks.
Why the gap exists at all: high metal, cheap fuel
The economics of an electric truck are the mirror image of a diesel one. The ICCT’s analysis found that in 2023 a battery electric truck cost four to six times as much to buy as a diesel truck, driven almost entirely by the battery, while being about 65 per cent more energy-efficient in operation. The RMI and CoEZET work puts operating fuel savings at 30 to 50 per cent depending on duty cycle and electricity tariff.
That shape – very high capital, very low running cost – means utilisation is everything. A truck that sits idle still carries the full capital penalty and earns none of the fuel saving. It is why the same vehicle can be a disaster in one operation and a winner in another, and why per-km TCO, not sticker price, is the only comparison worth making. The ICCT projects the upfront gap narrowing to roughly 1.2 to 1.4 times diesel by 2040 for the 12, 16 and 28-tonne classes, with 42-tonne trucks still around twice as expensive. The Climate Group’s summary of the sector expects electric medium and heavy trucks to undercut diesel on TCO by 2030 across the 200 to 700 km distance band.
What you can actually buy
The Indian electric truck market is no longer a concept-vehicle market. Tata Motors alone showed six electric commercial vehicles at Auto Expo 2025, spanning the range from last-mile to heavy haulage:
| Model | GVW | Battery | Claimed range | Intended use |
|---|---|---|---|---|
| Tata Ace Pro EV | 1,610 kg | 14.4 kWh | 155 km | Last-mile e-commerce, courier, FMCG, waste |
| Tata Intra EV Pickup | 3,320 kg | 28.2 kWh | 150 km | FMCG, reefer, waste management |
| Tata Ultra E.12 | 11,900 kg | 96-300 kWh | 120-350 km | E-commerce distribution |
| Tata Ultra EV 9 | 11,500 kg | 200 kWh | 180+ km | City bus, staff and school transport |
| Tata Intercity EV 2.0 | 19,500 kg | 450 kWh | 400+ km | Intercity passenger transport |
| Tata Prima E.55S | 55,000 kg | 300-450 kWh | 200-350 km | Cement, ports, steel, coal, shipping |
Tata is not alone – Ashok Leyland and IPLTech are both supplying into the same segment, as we reported when UltraTech Cement committed to 600 electric trucks. That order is instructive precisely because cement haulage is a short-radius, high-utilisation, return-to-base duty cycle: exactly the profile where the maths above works.
The duty cycles where electric wins today
Strip away the advocacy and the pattern is consistent. Electric trucks are already defensible where all four of these hold:
- High daily kilometres, so the capital penalty is spread thin and the fuel saving is large in absolute terms.
- Return-to-base operation, so you charge on your own depot power at industrial tariff rather than on public DC chargers at retail rates.
- Predictable, repeatable routes, so range is an engineering constraint rather than a daily gamble.
- A creditworthy operator, because the whole case is financing: a high-capital, low-opex asset is only cheap if the money is cheap.
Fail any one of them and diesel is still the rational answer. Long-haul, multi-shift, unpredictable-route freight is the hardest case in India, which is why the platform work to aggregate demand and de-risk it matters – see our coverage of the NITI Aayog-backed PACT and ZET electric freight marketplaces.
Who this is for, and its limits
This is written for a fleet owner or logistics buyer deciding whether to pilot electric trucks, and for anyone trying to sanity-check a vendor’s savings claim. It is not a recommendation to buy: MHI’s figures are a national-average assessment for one vehicle class, not a quotation for your operation.
Three limits to keep in view. First, the Rs 72.9 and Rs 68.5 figures are for a 28-tonne tipper; a 7-tonne urban delivery truck has a very different cost structure, and you should not port the numbers across classes. Second, our 60,000 km a year figure is an assumption we have stated, not a finding – rerun it with your own utilisation, because the answer is extremely sensitive to it. Third, the 5 per cent support is a scheme design assumption discussed by MHI, not a disbursed benefit you can bank today. If you are building a capex case this quarter, use the unsupported numbers and treat any scheme benefit as upside.
Sources & Further Reading
- Business Standard – 5% TCO cut on e-trucks, 6% on e-buses can make them competitive: MHI
- Climate Group – Will it be expensive for Indian businesses to operate electric trucks?
- ICCT – Total cost of ownership parity between battery-electric and diesel trucks in India
- electrive – Tata Motors unveils six electric CVs at Auto Expo 2025
People also ask
Is there any electric truck in India?
Yes, and across the full weight range. Tata Motors alone offers the 1,610 kg Ace Pro EV with a 14.4 kWh pack and 155 km claimed range, the 11,900 kg Ultra E.12 at 96-300 kWh, and the 55,000 kg Prima E.55S with a 300-450 kWh pack and 200-350 km range. Ashok Leyland and IPLTech supply the same segment.
Will it be expensive for Indian businesses to operate electric trucks?
On today’s numbers, marginally. MHI assessed a 28-tonne electric tipper at Rs 72.9 per km TCO against Rs 68.5 for diesel – about 6.4 per cent more. The RMI and CoEZET analysis puts the gap for electric medium and heavy trucks at 20 to 30 per cent, offset by fuel savings of 30 to 50 per cent. High utilisation is what closes it.
How much does truck transport cost per km in India?
For a 28-tonne tipper, MHI’s August 2026 assessment gives Rs 68.5 per km on diesel and Rs 72.9 per km on electric, measured as total cost of ownership rather than fuel alone. That figure bundles capital, energy, maintenance and financing, which is why it is much higher than a fuel-only number and much more useful for a fleet decision.
How much does an electric bus cost in India?
Bus pricing in India is increasingly quoted as a per-kilometre contract rather than a sticker price, because most state fleets buy on gross-cost-contract terms. MHI’s assessment is that a 6 per cent cut in TCO makes certain electric buses cost-competitive, slightly more than the 5 per cent it estimates for trucks. Our separate guide sets out the price list versus per-km contract picture.
Are electric buses better than diesel buses?
On running cost, generally yes: the same 30 to 50 per cent fuel saving that applies to trucks applies to buses, and duty cycles are highly predictable. On total cost of ownership, MHI’s view is that electric buses still need roughly 6 per cent of support to be competitive. City routes, with fixed schedules and depot charging, are where they are already the stronger option.