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Energy In Motion Ltd (EIM) has inaugurated a ₹500-crore electric heavy commercial vehicle manufacturing complex in Talegaon, Pune to expand electric freight mobility in India. The facility integrates vehicle assembly, lithium-ion battery-pack manufacturing and battery testing, with an initial annual assembly capacity of 5,000 vehicles per shift.
Inaugurated by Maharashtra Chief Minister Devendra Fadnavis, the complex forms part of EIM’s planned ₹1,000-crore investment in the state. The project is expected to generate more than 2,000 direct and indirect jobs, while supporting the development of capabilities in engineering, research and development, and information technology.
Located at Ambi near Talegaon, the facility brings key stages of electric commercial vehicle production under one roof. The company aims to strengthen domestic assembly capabilities and develop a local supplier network as it expands its presence in the heavy-duty electric vehicle segment.
The complex also houses a dedicated lithium-ion battery-pack assembly unit and an independent battery-testing laboratory. EIM has allocated ₹60 crore for the first phase of its battery-testing facility, which is being developed in collaboration with Automotive Test Systems. The laboratory will support testing across electrical performance, thermal management, mechanical durability, environmental conditions and battery safety.
EIM plans to introduce two additional electric heavy commercial vehicles over the next 15 months: an electric tipper for mining and road construction, and a rigid-body truck designed for freight transportation. These models will expand the company’s portfolio beyond its existing Ashwa 4x2 electric tractor, which targets heavy freight applications, including container movement and port logistics.
The company has a technology licensing and supply agreement with BAIC Foton Motor for electric commercial vehicles above 18 tonnes in India. Its battery technology partnership with Contemporary Amperex Technology Co. Ltd (CATL) will support the development of higher-capacity battery packs for heavy-duty applications.
EIM is preparing to assemble its 400.5-kWh Luna lithium iron phosphate (LFP) battery system locally. The company estimates that the battery could deliver a driving range of more than 200 km, compared with approximately 150 km for its existing 282-kWh battery configuration. CATL has agreed to supply 500 MWh of LFP battery cells and pack kits.
Beyond manufacturing, EIM is developing a nationwide network of megawatt-scale charging and battery-swapping stations along major highways, ports and industrial clusters. Its battery-swapping technology is designed to replace batteries in compatible vehicles in less than seven minutes, while charging infrastructure will support vehicles using the CCS-2 direct-current fast-charging standard.
Therefore, the integrated approach aims to address key operational considerations for freight operators, including vehicle utilisation, charging downtime and energy infrastructure availability. By combining vehicle assembly, battery systems and supporting infrastructure, EIM is positioning itself to serve logistics fleets seeking alternatives to diesel-powered heavy transport as India’s logistics sector explores electric trucks to improve freight efficiency and reduce transport-related emissions.
𝐒𝐭𝐚𝐲 𝐓𝐮𝐧𝐞𝐝 𝐭𝐨 CARGOCONNECT 𝐟𝐨𝐫 𝐥𝐚𝐭𝐞𝐬𝐭 𝐮𝐩𝐝𝐚𝐭𝐞𝐬!
Amazon has partnered with Tata Motors to deploy 3,000 electric trucks across its transportation network in India, marking what the companies describe as the largest electric-truck deployment by an e-commerce company in the country. The rollout will begin in Delhi during the festive season, with light- and medium-duty electric trucks, including the Tata Ultra E.7, operating across Amazon's middle-mile logistics network. The vehicles will transport shipments between fulfilment and logistics facilities and support freight movement within and between cities. The next phase is planned to extend electric truck operations along a 2,800-km freight corridor connecting Delhi, Bengaluru and Chennai via National Highway 48 (NH48), linking major commercial and e-commerce markets across northern and southern India. Tata Motors will supply the vehicles, while Amazon's transportation service partners will own and operate the trucks. Union Minister for Heavy Industries and Steel H.D. Kumaraswamy flagged off the initial batch in Delhi. Electric trucking expands beyond last-mile delivery The partnership marks a significant expansion of Amazon's fleet electrification programme, extending its focus beyond delivery vans and smaller electric vehicles to commercial freight transportation. Amazon said it already operates more than 15,000 electric vehicles across over 500 cities in India. The planned electric truck deployment will add capacity to its middle-mile network, which connects logistics facilities and supports the movement of shipments between operational hubs. Abhinav Singh, Vice President of Operations at Amazon, said electrifying the company's transportation network was an important part of its commitment to achieve net-zero carbon emissions by 2040. He noted that scaling electric trucking would require collaboration across vehicle manufacturing, charging infrastructure and logistics operations, with the partnership intended to support deployment across additional routes. Tata Motors to supply trucks and operational support Tata Motors will provide the electric trucks, including the Tata Ultra E.7, designed for urban and regional freight operations. Features include fast-charging capability and regenerative braking. Rajesh Kaul, Vice President and Business Head – Trucks at Tata Motors, said electric trucking was moving beyond pilot projects towards wider commercial adoption. He highlighted vehicle localisation, operating economics and total cost of ownership as factors supporting the business case for electric commercial vehicles. The partnership will also extend beyond vehicle supply, with charging infrastructure, servicing and operational support forming part of the wider deployment effort. Charging infrastructure to support expansion The companies are working to develop the infrastructure needed to support electric truck operations along urban routes and longer freight corridors. Amazon is working with charging infrastructure provider Yahhvi, with 10 charging yards developed across India to support electric vehicle operations. Reliable charging access will be important as deployment expands from shorter middle-mile routes towards longer intercity freight operations. Fleet performance will depend on the availability of charging facilities, route planning, vehicle utilisation and coordination between charging and delivery schedules. The planned Delhi–Bengaluru–Chennai corridor is intended to connect major commercial hubs and provide a framework for expanding electric freight operations across key highways. Policy support and freight decarbonisation The initiative comes amid wider efforts to promote electric mobility in commercial transport. Delhi's Electric Vehicle Policy 2026 included a provision exempting the first 1,000 eligible privately owned N2 electric trucks, purchased and registered within three months of the policy's notification, from normal no-entry timing restrictions for 10 years. The policy was notified on 30 June 2026. The three-month registration window should therefore not be treated as an ongoing incentive without updated official guidance. Amazon is also supporting freight decarbonisation through initiatives such as Laneshift, developed in collaboration with C40 Cities, and SUPEREV, which seeks to simplify commercial electric vehicle adoption by connecting relevant services and stakeholders. Scaling operations will be the next test Large-scale electric freight deployment depends on more than vehicle availability. Charging access, vehicle uptime, maintenance support, fleet economics and reliable operating schedules will all influence how quickly electric trucks can be integrated into commercial logistics. For Amazon and Tata Motors, the 3,000-truck plan represents an effort to move electric freight towards wider operational adoption. The initial rollout in Delhi will be followed by plans to extend operations to major highway corridors, including the proposed Delhi–Bengaluru–Chennai route. The success of the initiative will ultimately depend on how effectively the trucks and supporting infrastructure deliver reliable, cost-efficient freight movement at scale. Follow CARGOCONNECT for more such updates
New Delhi: NITI Aayog-led e-FAST India has launched the Platform for Aggregating Clean Transport (PACT) to accelerate the deployment of zero-emission trucks and strengthen the commercial case for electric freight in India. Rajiv Gauba, Member, NITI Aayog, launched the platform at the 5th e-FAST India Summit 2026. PACT is designed to aggregate freight demand from shippers, logistics service providers (LSPs) and other stakeholders and translate that demand into electric-truck deployment opportunities across identified freight corridors. The initiative brings together key participants across the electric freight ecosystem, including shippers, LSPs, vehicle manufacturers, financiers, charge point operators and technology providers. By creating greater visibility around freight demand, PACT aims to help stakeholders plan charging infrastructure, improve access to financing and support larger-scale deployment of electric medium- and heavy-duty vehicles (e-MHDVs). The platform comes as India's electric freight market moves beyond small-scale pilots. E-freight vehicle deployments increased more than fourfold, from 201 vehicles in FY2024-25 to 826 in FY2025-26, while more than 3,000 electric medium- and heavy-duty trucks are now operating across the country. NITI Aayog said sustaining this growth will require greater coordination across the ecosystem, particularly in aggregating freight demand, developing charging infrastructure, improving financing access and providing greater certainty to fleet operators and investors. Speaking at the summit, Gauba said the next phase of India's electric freight transition would depend on collaboration across the ecosystem. He highlighted innovative financing models, corridor-based charging infrastructure and market-driven partnerships as important levers for accelerating the commercial adoption of electric trucks. Alongside PACT, the summit also introduced the ZET Marketplace, an interactive business platform intended to connect e-truck manufacturers, LSPs, charge point operators, financiers and technology companies. The marketplace will allow participating companies to showcase products, identify commercial opportunities and develop partnerships for zero-emission freight projects. Discussions at the summit focused on financing and de-risking mechanisms, charging infrastructure, policy priorities and lessons from early electric-freight deployments. A central theme was the need to move beyond individual demonstration projects towards coordinated, commercially viable deployments at scale. Follow CARGOCONNECT for more such updates.
Construction of the long-delayed Chennai Port–Maduravoyal elevated corridor has entered an accelerated phase, with authorities targeting completion by November 2027 to improve cargo evacuation from Chennai Port and ease freight congestion across the city. The 20.5-km four-lane elevated expressway, being developed by the National Highways Authority of India (NHAI), is designed primarily to facilitate seamless movement of container traffic between Chennai Port and the city’s outer road network. The project is expected to significantly reduce transit delays for trucks transporting export-import cargo. The expressway project, originally conceived more than a decade ago, has faced repeated interruptions due to legal disputes, environmental concerns and changes in design alignment. Construction activity had remained stalled for years before being revived with revised plans and fresh clearances. Once operational, the dedicated freight corridor is expected to reduce heavy vehicle movement on congested arterial roads within Chennai, particularly in areas surrounding the port. Industry stakeholders believe the infrastructure will improve turnaround time for container trucks and strengthen the efficiency of cargo movement linked to one of India’s busiest ports. The elevated corridor will connect Chennai Port directly to Maduravoyal on National Highway 48, creating faster access to industrial clusters and hinterland markets in Tamil Nadu and neighbouring states. Logistics operators have long argued that the absence of a dedicated evacuation corridor has contributed to delays, higher fuel consumption and operational inefficiencies for cargo transporters serving the port. According to project authorities, the revised execution strategy includes parallel construction packages and tighter monitoring mechanisms aimed at avoiding further delays. Several supporting activities, including drainage works and relocation of utilities, are also being carried out alongside the main structural construction. The project is considered strategically important for Chennai Port’s long-term cargo handling competitiveness, particularly as container volumes continue to grow and pressure on urban transport infrastructure increases. Analysts say the dedicated elevated link could help improve supply chain reliability for exporters and importers dependent on the port. The Chennai Port–Maduravoyal corridor is among the major port connectivity infrastructure projects being pursued to strengthen multimodal logistics efficiency and reduce urban freight congestion in key maritime gateways across India. Follow CARGOCONNECT for more such updates.
