ECO-7826 · REV I · effective October 30, 2026

EV Manufacturing TransitionAPPROVEDEngineering notice

Jindal Stainless deploys 10 electric trucks on 350-km routes

Jindal Stainless deployed 10 Blue Energy Motors 5548e electric trucks between Jajpur and West Bengal, as its broader green fleet targets 26% lower monthly CO2 emissions.

Scope of change

  1. Jindal Stainless deployed 10 Blue Energy Motors 5548e electric trucks, each rated at 55 tonnes.
  2. The one-way route exceeds 350 km: 227 km from Jajpur to Kharagpur and 131 km onward to Kolkata.
  3. Jindal estimates a 26% reduction, or 71 tonnes of monthly CO2, on 8,000–9,000 tonnes dispatched and 240,000 km travelled.
  4. The green fleet also includes 80 LNG trucks, 60 CNG buses and an undisclosed number of CNG trucks.
  5. Blue cites 282–423 kWh batteries, five-minute swaps, 45-minute charging from 20% to 80% and up to 200 km per charge.
India: Jindal Stainless deploys 10 electric heavy-duty trucks
Fig. 01India: Jindal Stainless deploys 10 electric heavy-duty trucks — 12019 / pixabay

Ten electric heavy-duty trucks now connect Jindal Stainless’ plant in Jajpur, Odisha, with Kharagpur and Kolkata in West Bengal. The one-way route exceeds 350 kilometres, comprising about 227 kilometres from Jajpur to Kharagpur and roughly 131 kilometres onward to Kolkata.

What does the deployment change in the fleet?

Blue Energy Motors supplied all 10, each a 55-tonne 5548e model, making the vehicle supplier the confirmed equipment source for Jindal Stainless’ Jajpur operation. The plant operator has not disclosed route allocations, daily duty cycles or working battery configurations.

The electric units form a small numerical part of a broader green fleet. Jindal also operates 80 LNG (liquefied natural gas) trucks and 60 CNG (compressed natural gas) buses, plus an undisclosed number of CNG trucks. The announcement does not show how hauling work divides across that fleet.

Managing Director Abhyuday Jindal said: “The deployment of electric trucks marks an important milestone in our efforts to decarbonise logistics and integrate lower-emission transportation solutions into our operations.”

He added: “Our approach is focused on adopting practical, scalable solutions that reduce our environmental footprint while maintaining operational efficiency.”

How large is the emissions claim?

Jindal Stainless expects its mix of LNG, CNG and pure-electric vehicles to reduce carbon dioxide (CO2) emissions by around 26%, equivalent to about 71 tonnes per month. The estimate rests on expected monthly dispatch of 8,000–9,000 tonnes and combined truck travel of approximately 240,000 kilometres.

The calculation links the expected reduction to the broader green fleet rather than isolating the 10 electric trucks. Changes in dispatch volume or travel distance would alter the result, and the announcement provides neither a measured post-deployment emissions total nor a published baseline.

Jindal has also not disclosed actual fuel consumption on these routes. That leaves the claimed saving dependent on fleet mix, operating assumptions and the calculation behind the company’s estimate.

What can the Blue Energy trucks do?

Jindal Stainless has not shared specifications for its deployed trucks. Blue Energy Motors offers multiple configurations with batteries from 282 to 423 kilowatt-hours (kWh), but the announcement does not identify the pack fitted to the Jajpur units.

The base 5548e configuration pairs a 282-kWh module-to-bracket swappable lithium iron phosphate (LFP) battery with a 480-horsepower permanent-magnet synchronous motor and a four-speed automated manual transmission. Blue says the battery swap takes five minutes. It says fast charging from 20% to 80% state of charge (SoC) takes 45 minutes.

Blue also states that the 5548e can climb grades, or road inclines, of up to 24% and travel up to 200 kilometres on a single charge. These are supplier specifications, not performance results from Jindal Stainless’ deployment.

The roughly 358-kilometre Jajpur-to-Kolkata route exceeds the cited 200-kilometre single-charge capability by about 158 kilometres. If the deployed trucks use the base specification, charging or battery exchange must form part of the route plan. Jindal has not disclosed where either occurs, how often trucks swap batteries or what range they achieve on these duties.

What should operators watch next?

The first checkpoint is actual operating performance against Jindal Stainless’ assumptions. Four measures will show whether the deployment supports the company’s forecast.

  • Dispatch: actual monthly tonnes against the 8,000–9,000-tonne estimate.
  • Mileage: combined truck travel against the approximately 240,000-kilometre assumption.
  • Emissions: measured CO2 change against the 26% and 71-tonne forecast.
  • Equipment: deployed battery capacity, charging access, swap frequency and vehicle availability.

Any expansion beyond the current 10 would require a separate order. The announcement contains no additional vehicle commitment.

The next milestone is a disclosed month of dispatch, mileage and emissions data from the deployed trucks. Until those figures appear, the deployment is confirmed, while the 26% reduction and the truck specifications remain forecasts or supplier claims.

via electrive (Source)

Filed under

  • electric-trucks
  • heavy-duty-vehicles
  • battery-swapping
  • fleet-electrification
  • jindal-stainless
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Correspondent covering money, funding and market shifts around Automotive manufacturing and vehicle production at Autoplant Brief.

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