On April 14, 2025, Mercury EV-Tech Limited, through its wholly owned subsidiary PowerMetz Energy Pvt. Ltd., announced the commissioning of a 3.2 GW lithium-ion battery manufacturing facility in Vadodara, Gujarat. This state-of-the-art facility represents a pivotal move in India’s clean energy revolution, marking a major shift towards self-reliance and technological innovation in energy storage.

Key Features of the Facility

The Vadodara campus will house an advanced battery manufacturing line that aims to meet the growing demand for sustainable energy solutions in India. The plant will focus on producing a wide variety of battery chemistries, including:

• LFP (Lithium Iron Phosphate) cells

• NMC (Nickel Manganese Cobalt) cells

• Sodium-Ion cells

• Supercapacitor modules

This multi-chemistry capability enables the facility to cater to a broad range of applications, from electric mobility (EVs) to stationary energy storage solutions like grid-scale storage for renewable energy and industrial backup power.

The batteries produced will have diverse use-cases, including:

• EV charging infrastructure and onboard power units

• Home and residential backup systems

• Industrial and critical infrastructure backup

• Grid-scale energy storage and load balancing

• Uninterrupted power applications

Automation and Innovation at Scale

Mercury EV-Tech is leveraging cutting-edge automation in its manufacturing processes, with a fully robotic, high-throughput production line being ordered from one of China’s top-tier equipment providers. This line will ensure the facility meets global standards for production capacity, quality control, and safety.

The production line is expected to arrive at the Vadodara campus by end-April 2025, with pilot production set to begin by mid-May 2025. A technical team from India is scheduled to inspect the facility in China on April 15, 2025, before the machinery is shipped.

Strategic Vision and Expansion Plans

Mercury EV-Tech is not just investing in manufacturing capacity; it is building a platform for energy resilience. The Vadodara facility will act as the cornerstone for the company’s long-term vision to become a key player in India’s energy transition. The company is already eyeing the next phase of its expansion with plans to set up an additional 3.2 GW battery plant in South India. The decision on the final site will be based on the operational performance of the Vadodara plant and the company’s order pipeline.

Mercury EV-Tech’s Role in India’s Clean-Tech Landscape

India’s clean energy landscape is evolving rapidly. In the past six months, over 30 GW of Battery Energy Storage Systems (BESS) have been auctioned across multiple projects, including standalone BESS. Mercury EV-Tech, through PowerMetz, is strategically positioned to meet this growing demand for advanced energy storage solutions.

In addition to providing energy storage for electric vehicles, Mercury EV-Tech’s products will be integral to the growing Battery Energy Storage Systems (BESS) market. The recent regulatory mandate for integrating at least two hours of BESS with all government renewable projects further drives the need for robust, scalable energy storage solutions.

Mercury EV-Tech’s Commitment to Sustainability

Mercury EV-Tech is committed to supporting India’s “Atmanirbhar Bharat” (self-reliant India) initiative by ensuring that critical components such as batteries and electric vehicles are manufactured domestically. The company’s integrated approach, combining manufacturing with a strong R&D foundation, positions it as a leader in the clean-tech and electric mobility space.

Company’s Expansion and Innovation Strategy

The company’s growth strategy revolves around next-generation battery technologies and scalable innovation. Mercury EV-Tech is poised to expand its footprint as a sustainable energy innovator, ensuring India’s energy needs are met through domestic production and advanced technologies.

Mercury EV-Tech’s 18-acre R&D center near Vadodara and another in Hyderabad for high-range vehicles reflects its focus on innovation and growth in the EV sector. This dedication ensures that the company remains at the forefront of both electric vehicle manufacturing and energy storage technologies.

Conclusion

The launch of the 3.2 GW battery manufacturing facility in Vadodara is a transformative step for Mercury EV-Tech Limited. The company is positioning itself to play a significant role in India’s clean energy transition, contributing to energy security, sustainable mobility, and self-reliant manufacturing.

This facility will not only enhance India’s ability to produce advanced energy storage solutions but will also solidify Mercury EV-Tech’s role as a key player in India’s evolving clean-tech ecosystem. The future is bright for Mercury EV-Tech, with plans already in motion for additional expansions and investments that will help shape the nation’s energy landscape for years to come.

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