Mercury EV-Tech Commissions 3.2 GW Battery Plant in Vadodara
Mercury EV-Tech’s subsidiary PowerMetz Energy has launched a 3.2 GW lithium-ion battery facility in Vadodara with multi-chemistry capabilities. Targeting EVs, grid storage, and critical backups, the plant will begin pilot production by mid-May 2025, using fully automated equipment sourced from China to meet global standards.
April 16, 2025. By EI News Network

Mercury EV-Tech, through its wholly owned subsidiary PowerMetz Energy, has commissioned a 3.2 GW lithium-ion battery manufacturing facility at its Vadodara campus in Gujarat. As per the firm, the facility will cater to diverse applications across electric mobility and stationary energy systems.
One of the standout features of the new facility is its multi-chemistry flexibility. This design allows the production lines to adapt to various lithium-ion battery chemistries, making it possible to serve a broader spectrum of high-utility applications. This includes everything from batteries for electric vehicle (EV) charging infrastructure and onboard systems to grid-scale storage for renewable energy and industrial backup power.
The facility’s output is aimed at powering a wide array of emerging use cases. These include residential backup solutions, critical infrastructure support, and uninterrupted power applications far beyond traditional EV usage. As energy demand grows and diversifies, this level of flexibility positions Mercury EV-Tech to remain agile in a rapidly evolving market.
The company has ordered a fully robotic, high-throughput production line from one of China’s top-tier equipment suppliers. The machinery is expected to arrive at the Vadodara site by the end of April, with pilot production scheduled to begin by mid-May 2025. This timeline reflects the company’s commitment to rapidly scaling up its manufacturing capabilities to meet domestic and global demand for advanced energy storage solutions.
This strategic development reinforces Mercury EV-Tech’s role as a key enabler in India’s clean energy transition and strengthens the country's push toward sustainable, self-reliant manufacturing in the green technology space.
One of the standout features of the new facility is its multi-chemistry flexibility. This design allows the production lines to adapt to various lithium-ion battery chemistries, making it possible to serve a broader spectrum of high-utility applications. This includes everything from batteries for electric vehicle (EV) charging infrastructure and onboard systems to grid-scale storage for renewable energy and industrial backup power.
The facility’s output is aimed at powering a wide array of emerging use cases. These include residential backup solutions, critical infrastructure support, and uninterrupted power applications far beyond traditional EV usage. As energy demand grows and diversifies, this level of flexibility positions Mercury EV-Tech to remain agile in a rapidly evolving market.
The company has ordered a fully robotic, high-throughput production line from one of China’s top-tier equipment suppliers. The machinery is expected to arrive at the Vadodara site by the end of April, with pilot production scheduled to begin by mid-May 2025. This timeline reflects the company’s commitment to rapidly scaling up its manufacturing capabilities to meet domestic and global demand for advanced energy storage solutions.
This strategic development reinforces Mercury EV-Tech’s role as a key enabler in India’s clean energy transition and strengthens the country's push toward sustainable, self-reliant manufacturing in the green technology space.
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