Electric Truck Running Cost in India

An electric truck costs more to buy and much less to run. Whether that is a good trade depends almost entirely on one number: how many kilometres the vehicle covers in a day.

That is the honest version of the argument. The rest of it, the range worry, the charging question, the resale uncertainty, are real but secondary. Get the kilometres right and the rest falls into place or rules the vehicle out.

This guide covers the purchase side including the subsidy most buyers do not know they qualify for, the running cost method, and the constraints that decide it.

Two things that narrow the purchase gap

The sticker difference between an electric truck and a diesel one is smaller than it looks, for two reasons most buyers do not have in front of them.

GST on electric goods vehicles is 5 percent. Standard diesel goods vehicles are at 18 percent, reduced from 28 percent in September 2025. That ten to thirteen point difference on the vehicle price is a real reduction in the gap before any subsidy.

PM E-DRIVE pays a direct subsidy on electric trucks. The scheme runs under the Ministry of Heavy Industries with a total outlay of Rs 10,900 crore, of which Rs 500 crore is allocated specifically to e-trucks. The terms, as notified:

• Eligible for vehicles with gross vehicle weight from 3.5 tonnes to 55 tonnes
• Calculated at Rs 5,000 per kWh of battery capacity, or 10 percent of the ex-factory price, whichever is lower
• Capped at Rs 9.6 lakh per vehicle
• Maximum eligible ex-factory price of Rs 1.25 crore
• Paid as an upfront discount at purchase and reimbursed to the manufacturer, on a first come first served basis

There is a condition worth planning around. The incentive requires a valid scrapping certificate from a MoRTH authorised facility. If you are replacing an ageing vehicle, that certificate is worth real money here on top of the scrappage benefits it already carries, which the scrappage policy guide sets out. If you have nothing to scrap, this route is closed to you.

Funding is finite and allocated first come first served, and the scheme window has been revised more than once. Confirm the current position and remaining allocation with the dealer before you build it into a budget, rather than assuming what was true last year still holds.

Working out the running cost

The method mirrors the diesel one.

Both come out in rupees per kilometre, which is the only fair comparison.

The diesel side you can read off directly. Across India's 36 states and union territories, diesel currently runs from roughly Rs 82 to Rs 104 a litre, with the middle near Rs 96. That spread matters: an electric vehicle looks considerably better against Bihar diesel than against Andhra Pradesh diesel. Take your own state's number from today's fuel prices.

The electric side turns on your tariff, and this is where operators go wrong. There is not one electricity price, there are at least three:

• Depot charging on a commercial connection, which is the cheapest and is the case the payback should be built on
• Public fast charging, which is substantially dearer and frequently carries its own service margin
• Depot charging on a time of day tariff, where charging overnight in the off peak window can be cheaper again

A payback modelled on depot charging and then run on public fast charging will not deliver. Decide where the vehicle actually charges before you calculate anything.

The gap is large, and that is the whole case

Even allowing for tariff variation, cost per kilometre on electricity comes out well below diesel. That is not marginal and it is not disputed. It is the reason the vehicles exist commercially.

Maintenance widens the gap further. An electric driveline has no engine oil, no fuel filters, no clutch in the conventional sense, no diesel particulate filter and no AdBlue, so several of the recurring items in the maintenance schedule simply do not apply. Regenerative braking also extends brake lining life.

What replaces them is a smaller number of much larger risks, which is the next section.

The battery is the vehicle

The battery is the single most expensive component and its condition is the vehicle's value.

Three things to establish before signing, in writing:

The warranty term and what it guarantees. A good battery warranty specifies a retained capacity at a stated year or kilometre count, not merely that the battery will function.

What degradation does to your range. A battery at 80 percent of original capacity is a truck with 80 percent of its original range. If your route only just fits the new vehicle's range, it will stop fitting.

What a replacement costs and who supplies it. If nobody will quote you, that is your answer about how the resale market will treat this vehicle in year six.

Resale is the genuine unknown. The used market for electric commercial vehicles in India is thin and has no established pricing history, so residual value is a guess in a way that a diesel truck's is not. Build your payback on the ownership period, not on what you hope to sell it for.

Range, charging time and payload

Range is the constraint that decides suitability. PM E-DRIVE itself sets a minimum eligible range of 80 to 100 km depending on gross vehicle weight, which tells you what segment the policy expects these vehicles to serve. Electric trucks today suit fixed, predictable, return to base routes.

Charging time is the hidden one. A vehicle charging is a vehicle not earning. This costs nothing if it charges overnight at your depot and costs a great deal if it has to stop mid shift.

Payload. Battery packs are heavy, and unlike some countries India does not currently grant an additional gross vehicle weight allowance to offset that weight. So the battery comes out of your payload, exactly as CNG cylinders do. Check the unladen weight on the registration certificate against the diesel equivalent before assuming the two vehicles carry the same load.

Where it works today

Electric works for intra city and last mile distribution, on fixed daily routes inside the vehicle's range, with high daily utilisation, depot charging on a commercial connection, and an old vehicle available to scrap for the subsidy.

Electric does not work yet for long haul, for irregular or unpredictable routes, for low utilisation, where you have no depot and must rely on public charging, or where your loads already use every kilogram of payload.

The deciding number remains daily kilometres. High mileage on a fixed route makes the arithmetic work comfortably. Anything else and a diesel or CNG vehicle is the cheaper answer for now. Browse what is actually available as electric commercial vehicles before deciding in the abstract.