IN Brief:
- GreenLine and Kirloskar Ferrous have begun an electric truck deployment at the manufacturer’s Taloja plant in Navi Mumbai.
- GreenLine positions battery-electric vehicles for shorter freight applications and LNG trucks for long-haul movements.
- Fleet size, daily distances, charging arrangements, and site-specific emissions savings have not been disclosed.
GreenLine Mobility Solutions, an Essar Group freight operator, has begun deploying electric trucks for Kirloskar Ferrous Industries at the manufacturer’s plant in Taloja, Navi Mumbai. The vehicles were flagged off as part of a new logistics partnership, adding battery-electric heavy goods transport to industrial movements associated with the site in Maharashtra.
GreenLine operates both liquefied natural gas (LNG) and battery-electric heavy commercial vehicles. It positions LNG equipment for longer freight journeys and electric trucks for routes better suited to the operating characteristics of battery-powered transport. The Kirloskar Ferrous deployment is presented as an application of the latter model, although the companies have not disclosed the number of trucks, their make or payload, the routes assigned, or the location and capacity of charging equipment.
Industrial freight operations can offer a more predictable starting point for truck electrification than irregular long-distance haulage. Vehicles travelling between known manufacturing or logistics locations may have repeatable distances and loading patterns, making it easier to match the vehicle’s usable battery capacity with a working shift. Scheduled dwell time at a factory, depot, or distribution centre can also provide an opportunity to recharge. None of those operating details has been confirmed for the Taloja fleet, however, and the practical performance of this particular project cannot yet be quantified.
Route allocation for electric trucks depends on payload and journey length, while congestion, gradients, ambient conditions, and auxiliary equipment can change the energy used between charging stops. A truck that completes a planned journey under one loading pattern may require a different charging schedule as tonnage or the number of trips increases. Fleet planners need measured energy consumption by route and load, together with dispatch and dwell-time data; no such figures have been supplied for the Taloja deployment.
Kirloskar Ferrous operates in iron and steel-related manufacturing, where inward material flows and outward finished goods movements must fit production schedules. Transport delays can create pressure on storage space and dispatch capacity, particularly when loads are heavy or require specialised handling. Electric vehicle integration therefore has to maintain service continuity as well as deliver a change in propulsion technology. The companies have not said whether the new trucks replace existing diesel services, add capacity, or operate alongside a mixed fleet on the same routes.
GreenLine operates a national fleet substantially larger than the new Kirloskar deployment, whose vehicle count has not been disclosed. The company reports more than 1,200 LNG and electric vehicles working across major Indian freight corridors, serving customers in steel, cement, mining, fast-moving consumer goods, and chemicals. GreenLine reports more than 100 million kilometres travelled by that fleet and says its customers have avoided more than 30,000 tonnes of carbon dioxide emissions. It did not publish the method used to estimate that total or attribute any portion of it to Taloja.
Madhur Taneja, chief executive of GreenLine Mobility Solutions, said LNG continued to play a role in decarbonising long-haul transport while electric trucks were being introduced where their operating characteristics were suitable. The company is also developing a network of LNG refuelling locations through subsidiary Ultra Gas and Energy, reflecting its approach of matching different energy systems to different freight requirements rather than relying on a single vehicle technology.
Battery-electric vehicles also require charging arrangements to be incorporated into freight dispatch schedules. Charging capacity must be available when vehicles return, and the electrical connection must be suitable for the combined demand of vehicles charging simultaneously. If trucks make several trips per day, dispatch planners must account for charging windows alongside loading, unloading, inspection, and maintenance. GreenLine has not provided the Taloja charging arrangement or said whether the vehicles can recharge at loading points, at a depot, or elsewhere.
The companies have not published a battery specification, charger capacity, vehicle procurement value, or planned programme of additional deployments. Without those measurements, comparisons with diesel truck costs or emissions would require assumptions about electricity generation, energy use, annual mileage, and the displaced vehicle fleet. The new trucks are entering goods movements associated with an identified manufacturing site, while evidence of financial and environmental performance will depend on results from actual service.
The Taloja deployment introduces electric heavy goods vehicles into an identified industrial transport operation, but neither company has provided operating measurements from the route. Further details of the truck fleet, charge-point operation, daily haulage cycles, and measured energy use would establish how broadly the Taloja model can be applied to similar manufacturing routes. No timetable for publishing those results has been announced.
