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Home » Articles » Top EV Battery Suppliers in India
Articles

Top EV Battery Suppliers in India

Sanjana NegiBy Sanjana NegiJune 20, 20266 Mins Read
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EV Battery Suppliers in India

Electric Vehicles (EV) are gaining popularity in India. Due to increased prices of fuel, environmental issues, and government policies, many people prefer to move from petrol and diesel cars to electric vehicles. One of the most essential components of any EV is its battery. It serves as an energy storage and power source and is considered the heart of any electric car.

With the increase in the number of EVs, the need for quality batteries becomes higher as well. India invests significantly in batteries production for reducing the dependence on import and supporting the development of the EV industry. There are several battery manufacturers that serve the market in India. This article highlights some of the top EV battery manufacturers in India.

Importance of EV Batteries

The performance, range, charging capacity, and life expectancy of any electric vehicle depend on the quality of its batteries. Modern EVs are usually equipped with lithium-ion batteries due to their lightness, effectiveness, and ability to store energy.

Good battery allows you to travel long distances, charge quickly and work safely. Improvement in battery technologies contributes to the reduction in costs of electric cars.

Exide Industries

Exide Industries is one of India’s oldest and most trusted battery manufacturers. The company has been producing batteries for many years and has a strong presence in the automotive sector. Recognizing the future potential of electric vehicles, Exide has expanded into lithium-ion battery technology.

The company is investing in advanced manufacturing facilities and research to develop batteries specifically for EVs. Exide’s strong experience and extensive distribution network make it a leading player in India’s EV battery market.

Amara Raja Energy & Mobility

Another prominent battery producer in India is Amara Raja. Known for its high-quality batteries used in automobiles, the company has ventured into the EV market through investment in lithium-ion batteries.

The company is setting up new factories and partnering with technologically-oriented companies to enhance the batteries’ efficiency. The company seeks to become one of the top battery suppliers to both domestic and international markets for electric vehicles.

Agratas

This is yet another company which produces batteries for electric cars and storage. It is a subsidiary of the Tata Group that specializes in producing batteries for electric vehicles and energy storage.

Agratas is set to be one of the leading companies in India in the process of switching to clean transport. It will play a key role in promoting local production of batteries within the country.

Reliance New Energy

Reliance New Energy is an offshoot of Reliance Industries, which is one of the largest conglomerates in India. The firm has made a lot of investments in the areas of clean energy and batteries. It plans to set up a massive battery manufacturing unit in order to fulfill India’s objectives in the area of renewable energy.

The firm is researching different types of battery solutions, such as lithium-ion batteries and the next-generation batteries. Given its solid financial standing and long-term strategy, it is likely to emerge as a leading supplier of batteries for EVs.

Ola Electric

While Ola Electric is famous for its electric scooters, the firm has also made large investments in the domain of battery research. Ola Electric intends to manufacture batteries in India so that the country does not have to rely on imports.

Ola Electric is engaged in the development of battery solutions and manufacturing units for meeting the increasing demands of the EV sector.

TDSG

TDSG is a joint venture between Toshiba, Denso, and Suzuki. TDSG manufactures battery plants in India, selling batteries to automotive manufacturers. With state-of-the-art technology and international experience, TDSG ensures the high quality of battery manufacturing.

TDSG makes a significant contribution to India’s auto industry and the development of electric vehicle solutions. TDSG’s primary focus is on manufacturing efficient and reliable battery systems for modern cars.

Log9 Materials

Log9 Materials is an Indian tech company that specializes in the manufacture of advanced battery technologies. Notable for fast-charging battery systems, this company produces batteries for commercial electric vehicles like delivery vans and fleet vehicles.

Focused on research and technological advancements, Log9 Materials produces efficient batteries that increase efficiency and save time.

Cygni Energy

Cygni Energy is yet another battery supplier emerging in India. The firm specializes in designing battery packs and energy storage systems meant for use in electric vehicles and industry.

Cygni Energy works closely with electric vehicle makers to offer customized battery packs. The rising presence of Cygni Energy in the market can be attributed to the rising demand for locally made battery systems.

Challenges Facing the EV Battery Industry

Although the EV battery industry is growing rapidly in India, it faces many challenges. To begin with, the EV battery industry depends heavily on imported raw materials like lithium, cobalt, and nickel for production of the batteries.

Secondly, the production of EV batteries is an expensive affair. In order to develop batteries, companies have to make huge investments in terms of technology, research, and infrastructure. Proper recycling and disposal of batteries are other concerns facing the industry.

Nevertheless, many measures are being put in place to deal with the aforementioned challenges.

Future of EV Batteries in India

India appears to have a bright future concerning electric car batteries due to various factors. For instance, government schemes such as PLI are encouraging manufacturers to set up their factories in the country. It will lead to lowering costs and creating jobs while improving the supply chain.

Scientists are developing new types of batteries which have higher energy density and can be charged fast and safely. The commercialization of these products means that cars will become more economical.

Thanks to growing consumer awareness and industry initiatives, India will become one of the most advanced countries in terms of battery production.

Future Outlook

Battery is the core part of the electric car movement. Such companies as Exide Industries, Amara Raja Energy & Mobility, Agratas, Reliance New Energy, Ola Electric, TDSG, Log9 Materials, and Cygni Energy are taking the lead in Indian battery technology development.

They are doing their best to meet the demands of the growing market of electric vehicles. As a result, the development of the company and India in general goes in the direction of becoming a green country.

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Agratas Battery Industry News EV Battery Suppliers Ola Electric Reliance New Energy TDSG
Sanjana Negi
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News contributor at The Battery Magazine. I write on the latest developments in battery technology, energy storage solutions, and power innovations. Committed to delivering accurate and timely updates from the world of batteries.

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The BESS Value Chain: Knowing Critical Skills Battery Energy Storage Systems (BESS) have moved to the center of the power sector, stabilizing grids and enabling new business models. As governments and industries across the world invest in BESS, a quieter constraint is emerging – the availability of people with right skills, at the right stage and in the right geography. This article walks through the BESS value chain, maps the critical skilling needs, and uses real-world examples to highlight workforce readiness. The value-chain approach helps with effective skilling and workforce planning. Cell manufacturing is the most capital-intensive and technically demanding segment of the battery value chain. Domestic cell manufacturing plays a critical role in strengthening energy storage ecosystems and reducing import dependence. It includes: - Materials and chemistry R&D (cathode, anode, electrolyte, separator) - Electrode production (mixing, coating, calendaring) - Cell assembly (stacking/winding, electrolyte filling, formation, ageing) Skills required here include electrochemistry, process engineering, advanced automation, quality control, safety engineering, and clean-room operations. Leading cell manufacturers have built large in-house training ecosystems to continuously upgrade workforce capabilities as battery chemistries evolve. Module and pack assembly: Cells are combined into modules and packs with mechanical structures, thermal management and electrical interconnections. This stage is often closer to end markets and can be co-located with EV plants or BESS integrators. Key skills include: - Precision welding (laser, ultrasonic) - Busbar design and electrical interconnection design - Thermal design and validation - Battery Management System (BMS) integration - Robotics and automation programming - Line maintenance and troubleshooting Compared with cell manufacturing, module and pack assembly can create more technician roles, however, automation is rapidly changing the nature of these jobs towards robotics and mechatronics (India Manufacturing Workforce, 2025). System integration and project delivery is one of the fastest growing and most important stages of the BESS ecosystem. System integrators turn packs into complete BESS solutions by adding: - Power Conversion Systems (PCS) - Energy Management Systems (EMS) and SCADA - Protection, safety & fire detection and suppression systems - Civil, electrical and grid-connection infrastructure This stage demands inter-disciplinary skill sets: power systems engineering, software and controls, cybersecurity, grid codes, project management and HSE (health, safety and environment). Finding engineers who bridge power electronics and software is one of the biggest hiring challenges (Cleantech, 2026). Operation, maintenance and end-of-life: Once commissioned, BESS assets require: - Monitoring and predictive maintenance - Performance analytics and warranty management - Safety inspections and incident response - Second-life assessment and recycling logistics Here, skills blend field service, data analytics, remote asset monitoring, safety management and regulatory compliance (for example, extended producer responsibility and hazardous waste rules). As more systems reach mid-life, demand is rising for specialists in diagnostics, repowering and recycling. (NITI Aayog, Deloitte, GIZ) To summarize, three patterns stand out for BESS workforce landscape: 1. Geographic concentration: Cell manufacturing jobs are concentrated in China, Europe and North America with other regions racing to catch up through policy and gigafactory initiatives. (European Commission, JRC, 2026) 2. Skill polarization: Demand is growing fastest for high-skill roles (electrochemists, automation engineers, power electronics specialists, data scientists, grid integration experts), while low-skill assembly roles are increasingly automated. (India Manufacturing Workforce, 2025 and ACC PLI impact report, 2026) 3. Timing mismatch: Gigafactories and BESS projects are being announced and built faster than local training systems can produce qualified workers. 4. Talent competition: EV manufacturing, semiconductor production, renewable-energy integration, and advanced manufacturing industries are often competing for the same engineering and automation talent pools. While policies are expected to create tens of thousands of jobs over the coming decade, industry surveys consistently highlight a shortage of: - Experienced cell and pack manufacturing engineers - BMS and power electronics specialists - Safety and certification experts - Skilled technicians for automated lines and field O&M A significant challenge is gap between academic training and industry requirements. Many engineering programs still lack - battery specific curriculum, hands on laboratory exposure, industry-linked certification pathways and interdisciplinary learning modules. This is where the value chain lens becomes particularly useful: different stages require different skilling strategies. Skilling needs across BESS value chain: The rise of hybrid roles One of the most striking trends is the rise of the hybrid roles that cut across traditional disciplinary boundaries, e.g. electrochemistry + data science for cell performance analytics, electrical engineering + cybersecurity for grid-connected storage systems etc. Industry interviews and surveys repeatedly note that these hybrid profiles are the hardest to hire and retain, especially outside established clusters. (Worldmetrics, 2026, and Cleantech 2025) What industry and policy makers need to do Reports by IEA, European Commission, World Metrics, India’s ACC PLI impact study and industry experiences summarize key aspects: 1. Integrate skills planning into project planning: Workforce planning, training partnerships and curriculum development should be a part of the early project design for gigafactories and large BESS programs, not an afterthought. 2. Invest in hybrid profiles: Programs that deliberately blend power systems, software, data and safety will pay the highest dividends, because these are the roles that unlock system-level performance and reliability. 3. Use automation as a skilling lever (not a substitute): Automation and AI should be paired with structured upskilling for operators and technicians, turning them into higher-value problem solvers rather than displacing them without a pathway. 4. Build regional centers of excellence: Shared training centers, test beds, certification labs can reduce duplication and raise standards, especially in markets where individual firms may not have the scale to do everything alone. 5. Embed diversity and inclusion from the start: Where companies have proactively recruited and supported women and under-represented groups into technical roles, they have expanded their talent pool and improved retention. Making this a design principle, not a side project, will be critical as competition for skills intensifies. 6. Strengthen Industry-Academia collaboration: Battery-focused curriculum, apprenticeships, certification programs, hands-on labs should be developed jointly by educational institutions and industry stakeholders. Conclusion: The real storage constraint is human. The BESS industry is often described in terms of gigawatt, gigawatt-hours and gigafactories. But behind every line of capacity is a line of people: technicians, engineers, project managers, safety officers, data analysts and many others. If industry and policymakers treat skilling with the same urgency as they treat financing and permitting, then nothing can stop the BESS sector from growing into a resilient, high-quality backbone of the clean energy system. We just need to realize that skills are as strategic as materials and capital. - Aditi Pathak, Senior Manager IESA Academy, Customized Energy Solutions (CES) India - Sweta Jha, Assistant Manager L&D, Replus Engitech Pvt Ltd

The BESS Value Chain: Knowing Critical Skills

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