Summary
Energy In Motion has inaugurated a ₹500-crore electric heavy commercial vehicle complex at Talegaon, Pune, combining truck assembly, battery-pack assembly and testing. The October 14 opening marks the first phase of a planned ₹1,000-crore Maharashtra investment, alongside efforts to develop charging and battery-swapping infrastructure for freight operators.
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Integrated facility targets heavy freight
The Energy In Motion electric truck plant at Ambi, Talegaon, has an initial assembly capacity of 5,000 vehicles per shift annually, according to the company.
Maharashtra Chief Minister Devendra Fadnavis inaugurated the complex on October 14. EIM expects the project to generate more than 2,000 direct and indirect jobs, including opportunities in engineering, research and information technology.
The investment brings vehicle assembly, lithium-ion battery-pack production and an independent battery-testing laboratory together. It establishes manufacturing infrastructure; actual output will depend on orders and production ramp-up.
Product expansion follows the manufacturing launch
EIM plans to introduce two additional heavy commercial vehicles over the next 15 months, Managing Director Narendra Murkumbi said at the inauguration.
A heavy electric tipper would address mining and road construction, while a rigid-body truck would expand the company’s reach in conventional freight transport.
The additions would broaden its offering beyond the existing Ashwa electric tractor, which targets applications including container movement and port logistics.
For fleet operators, these are distinct markets. A tractor serving a regular container route faces different operating conditions from a tipper working at a construction site. Vehicle specification, energy requirements and supporting infrastructure must therefore match the intended duty cycle.
Battery assembly complements vehicle production
The battery-pack assembly unit has a stated annual capacity of 2.4 GWh, equivalent to approximately 6,000 battery boxes.
EIM is preparing higher-capacity packs through its relationship with CATL. In July, it signed an agreement covering 500 MWh of lithium iron phosphate cells and pack kits.
The company is moving towards local pack assembly while continuing to source cells and kits from CATL. This distinction matters when assessing localisation: assembling a battery pack domestically is a separate activity from manufacturing its cells.
Within the same complex, battery testing is intended to support validation under demanding operating conditions. That work is relevant to heavy vehicles exposed to repeated charging, vibration, heat and intensive daily use.
Swapping network is central to deployment
EIM’s strategy extends beyond selling vehicles. It is developing charging and battery-swapping facilities along highways and around ports and industrial locations.
The company says its robotic systems can exchange batteries in compatible vehicles in less than seven minutes. Its infrastructure plans also include fast charging for vehicles using CCS-2 connectors.
Technology partnerships cover BAIC Foton Motor for heavy vehicles, CATL for batteries and Shanghai Enneagon Energy Technology for robotic swapping.
The proposed combination gives operators different ways to replenish energy. Its usefulness will depend on station availability, vehicle compatibility and reliable access during working hours.
The network remains a development programme; the factory opening does not establish that all intended corridors have operational facilities.
Earlier agreement identifies priority corridors
An earlier deployment initiative provides commercial context for the manufacturing investment.
In September, EIM announced a memorandum of understanding with Oil Field Warehouse & Services and Radiance Green Mobility covering a proposed 500 electric heavy commercial vehicles.
The identified routes were Mumbai–Pune, Mundra–Morbi–Ahmedabad and Mumbai–Delhi.
The announced plan envisaged an initial 50 vehicles on Mumbai–Pune in October, followed by expansion as swapping infrastructure became available elsewhere.
EIM would provide vehicles and energy infrastructure, while its partners would support fleet deployment and operations.
These figures describe the rollout envisaged in that agreement. They should not be read as confirmation that the full fleet has entered service.
Commercial performance will determine adoption
For ports and logistics companies, the development adds a manufacturing base for heavy electric vehicles and their supporting battery systems.
Regular freight routes can help operators plan energy stops and vehicle allocation. However, commercial viability also depends on payload, daily distance, electricity costs, maintenance and the time vehicles remain available for work.
Battery swapping may reduce the time spent replenishing energy, but its performance must be assessed across complete fleet operations.
The next milestones will be production deliveries, functioning corridor infrastructure and operating results from customer fleets. Together, these will show how effectively EIM can convert installed manufacturing capacity into dependable freight services.
FAQs
Where is the new facility?
At Ambi in Talegaon, near Pune, Maharashtra.
How much has EIM invested?
₹500 crore in the complex, forming the first phase of a planned ₹1,000-crore Maharashtra investment.
What is its vehicle capacity?
The company states an initial capacity of 5,000 vehicles per shift annually.
Which vehicles are planned next?
A heavy electric tipper and a rigid-body truck.
Is the nationwide swapping network complete?
No. EIM describes it as a network under development, with deployment planned along selected freight corridors.
