# Jindal Stainless Deploys 10 Electric Trucks on Odisha-Bengal Routes

> Ten electric trucks will carry finished products from Jindal Stainless's Jajpur plant to Kharagpur and Kolkata as part of a broader alternative-fuel logistics programme.
- **Author**: Prakash
- **Published**: 2026-10-16
- **Modified**: 2026-10-24
- **Category**: news
- **URL**: https://bestev.in/news/jindal-stainless-deploys-10-electric-trucks-on-odishabengal-routes-20261016

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Jindal Stainless has deployed ten dedicated electric trucks for finished-goods transport, marking the steelmaker's first use of battery-electric freight vehicles in its logistics operations.

The trucks will run from the company's Jajpur plant in Odisha to Kharagpur and Kolkata in West Bengal. The deployment is part of a phased plan that also uses LNG and CNG vehicles on routes suited to their operating characteristics.

## Deployment at a glance

| Detail | Information |
|---|---|
| Electric trucks deployed | 10 |
| Origin | Jajpur plant, Odisha |
| Destinations | Kharagpur and Kolkata, West Bengal |
| Cargo | Finished stainless-steel products |
| Wider fleet | 80 LNG trucks and 60 CNG employee buses, plus CNG cargo deployment |
| Reported emissions reduction | About 71 tonnes of CO₂ per month for the combined alternative-fuel programme |

The 71-tonne estimate applies to Jindal Stainless's combined electric, LNG and CNG transportation mix--not solely to the ten electric trucks.

## Why this route matters

Heavy freight electrification is most practical when routes are predictable. A fixed industrial corridor allows an operator to plan daily distance, payload, charging windows and contingency support more accurately than an open-ended long-haul operation.

Jajpur-to-Kharagpur and Jajpur-to-Kolkata movements provide repeatable lanes that can generate real operational data. Jindal Stainless can assess energy consumption, turnaround time, charging availability, maintenance requirements and vehicle uptime under loaded conditions.

## How the electric trucks fit the wider programme

Jindal Stainless currently operates 80 LNG trucks for finished-goods transport from its Jajpur and Hisar facilities to western India. It has also begun deploying CNG trucks for import cargo from Dhamra to Jajpur and operates 60 CNG buses for employee transport.

Together, the electric and alternative-fuel vehicles are expected to move approximately 8,000-10,000 tonnes of cargo per month. The company models an emissions reduction of about 71 tonnes of CO₂ per month, or roughly 26%, compared with diesel transport under regular operating conditions.

Because the estimate covers a mixed fleet, it should not be used to calculate per-electric-truck savings without additional route, payload and energy data.

## What makes heavy electric trucks difficult

Electric trucks can lower tailpipe emissions and reduce energy costs, but their business case depends on several operational variables:

- Battery capacity and usable range under full payload
- Charging power and station reliability
- Time spent charging during each duty cycle
- Electricity price and demand charges
- Vehicle acquisition or lease cost
- Tyre, maintenance and battery-warranty terms
- Payload impact from battery weight

Industrial operators can improve the economics by charging at plants or depots, using predictable schedules and matching vehicles to routes that stay comfortably within real-world range.

## The electricity source still matters

Battery-electric trucks produce no tailpipe emissions, an important benefit for local air quality around factories and transport corridors. Total lifecycle emissions depend on the electricity used for charging and on vehicle and battery production.

Jindal Stainless's broader environmental strategy includes renewable energy, energy efficiency and resource circularity. Pairing electric freight with cleaner power would strengthen the emissions benefit.

## What should be measured next?

A credible scale-up case should report:

1. Kilometres travelled per truck
2. Average payload and energy consumption in kWh/km
3. Charger power, location and uptime
4. Cost per tonne-kilometre versus diesel
5. Maintenance downtime
6. Route-specific CO₂ reduction

Publishing these figures after several months would help other industrial fleets evaluate similar deployments.

## BestEV view

The ten-truck deployment is modest relative to India's freight market, but it is useful because it places electric trucks into repeat industrial operations rather than a short demonstration. The real test will be whether the vehicles maintain payload, uptime and cost performance across seasons. If the route economics work, Jindal Stainless can expand electric freight to other suitable corridors.

### Source

- [Jindal Stainless official press release](https://www.jindalstainless.com/press-releases/jindal-stainless-deploys-electric-trucks-for-the-first-time-strengthens-green-mobility-initiatives/)

*Featured image is an AI-generated editorial illustration and is not a photograph of the deployed fleet.*

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