Breaking China's Battery Grip: How Tata and JSW Are Betting $1 Billion to Rewrite India's EV Future

India's two most ambitious industrial conglomerates have quietly arrived at the same conclusion — and it is reshaping the country's electric vehicle ambitions more profoundly than any government policy announcement has managed to do. Tata Group and JSW Group are each committing hundreds of millions of dollars to build homegrown research and development capabilities in EV and battery technology.

Together, their combined outlay approaches $1 billion. Separately, they are acting out of strategic necessity. Together, they are signalling something historic: that India's largest private sector players have decided they can no longer afford to depend on China for the technology that powers the future. This is not incremental investment. It is a structural declaration of intent.

THE PROBLEM THEY ARE BOTH SOLVING

To understand why this investment matters, you have to understand the depth of the dependency India is trying to escape.

China currently produces 61% of global natural graphite and processes 98% of the world's final supply — meaning that without Chinese participation, no country can independently manufacture batteries at scale. The process of refining rare earth materials to battery-grade purity involves up to 15 distinct stages, and China has spent decades perfecting each one.

For India, the numbers are stark. India currently imports over 90% of its key battery minerals, including lithium, cobalt, and nickel, and critical mineral imports more than doubled over a three-year period, reaching approximately $8 billion between 2020-21 and 2023-24. In the battery cell market specifically, lithium-ion battery imports hit $1.85 billion in just the first half of 2025, expanding at a 40% CAGR since 2017, with China holding a 94% market share. The dependency is not merely commercial — it has become geopolitical. Effective November 2025, China imposed sweeping new export control measures covering high-performance lithium-ion batteries, cathode materials, graphite-based anode materials, and critically, the production technologies and equipment used to manufacture them. The impact was felt almost immediately — hundreds of equipment shipments destined for India were delayed or rerouted, including materials that Reliance Industries had been attempting to lock in for a planned battery plant.

For Tata and JSW — both of which have built EV businesses that depend significantly on Chinese cell supply — this was no longer a procurement problem. It had become a board-level strategic crisis.

TATA'S BET: AGRATAS AND THE BENGALURU BRAIN

Tata Group's response is being executed through Agratas Ltd., the dedicated battery unit it created to anchor its electrification ambitions.

Agratas is committing more than $400 million to a new research and development facility in Bengaluru, with a specific focus on developing Lithium Iron Phosphate (LFP) and Lithium Manganese Iron Phosphate (LMFP) battery technologies — precisely the cell chemistries that India currently sources almost entirely from China.

The choice of these chemistries is deliberate and strategically significant. LFP batteries carry structural advantages that make them ideal for India's strategic priorities: they eliminate cobalt dependency entirely, significantly reduce nickel requirements, and deliver a lower cost per kilowatt-hour — making EVs more affordable in a deeply price-sensitive market. By developing LFP capabilities domestically, Tata is not just replacing an import — it is building a technology platform that addresses both cost and geopolitical risk simultaneously.

The Bengaluru centre is designed to help Tata develop and eventually manufacture these cells on Indian soil, and crucially, to accumulate intellectual property that it currently lacks. Agratas presently has access to nickel manganese cobalt battery technology sourced from South Korea, but the LFP and LMFP capabilities it is building in Bengaluru represent a fundamentally new layer of self-sufficiency.

Agratas has confirmed the facility is operational, noting that its global R&D programme is supported by two state-of-the-art labs in Bengaluru and Oxford, with advanced equipment and engineering talent deployed to drive its next generation of battery innovation.

The R&D investment sits alongside an already announced 20 GWh gigafactory in Sanand, Gujarat, which is being built to supply Tata Motors. The Bengaluru facility is the intellectual engine that will make that gigafactory competitive — giving Tata the ability to design cells, not just assemble them.

JSW'S TRACK: MAHARASHTRA, MOTORS, AND A RACE TO LOCALISE

JSW Group's approach runs on a parallel track, but with its own logic shaped by the particular contours of its EV exposure.

JSW Motors, the passenger vehicle arm of billionaire Sajjan Jindal's conglomerate, plans to invest at least $500 million over the next five to six years in a research hub in Maharashtra. The scale of that commitment — half a billion dollars spread across half a decade — reflects JSW's recognition that it has both more ground to cover and more at stake than its peers might appreciate.

The Maharashtra centre's mandate, as articulated by CEO Ranjan Nayak, is threefold: localising vehicles developed with global partners, building proprietary software capabilities, and advancing connected vehicle technologies. The overarching goal is to adapt global automotive technology to specifically Indian conditions — the road environments, the price thresholds, the infrastructure realities — while delivering products that can compete on global quality benchmarks.

The urgency behind this investment is rooted in JSW's structural China exposure. JSW's MG joint venture, in which Sajjan Jindal's group holds a 35% stake, currently sources roughly 60% of its components from China. Every time Beijing changes a policy, tightens an export rule, or restricts a technology transfer, JSW feels it directly through the SAIC supply chain. The R&D programme is the mechanism that would eventually allow JSW to renegotiate that dependency from a position of technical capability rather than wholesale reliance.

JSW Motors has already begun building its engineering workforce in parallel, with plans to expand from around 150 engineers currently to approximately 500 by 2027 and roughly 2,000 engineers by 2029 — a trajectory that signals the R&D commitment is institutional, not opportunistic. JSW also opened JNEXT, the JSW NextGen Technology Center, in Pune in February, through a partnership with Tata Elxsi — a first move that indicates its technology localisation strategy is already underway.

The longer-term ambition is equally bold: JSW has publicly targeted selling one million new-energy vehicles by 2030, alongside a 10 GWh battery plant being developed in partnership with LG Energy Solution. The group has already committed $2–3 billion to JSW Motors in total, positioning it as a long-term multi-brand mobility platform built on electrified technology.

INDIA'S EV MARKET: THE DEMAND ENGINE BEHIND THE INVESTMENT

The scale of these commitments would not make sense without the demand story running beneath them.

India's EV market recorded sales growth of nearly 70% in early 2026, an acceleration that has caught even optimistic forecasters off guard. (ScanX) Two-wheeler EV penetration is projected to reach 20% in 2026, up from barely 2% in 2022, and is expected to approach 45% by 2030. Three-wheelers show a similar trajectory, moving from 3% in 2022 to an estimated 22% by 2026.

The competitive landscape within the Indian EV market is also reshaping itself rapidly, adding urgency to both Tata's and JSW's technology investments. Tata is no longer India's unchallenged EV leader. Mahindra overtook it in EV revenue in the most recent fiscal year, even as Tata retained its lead on sales volume. JSW MG has doubled its market share in the past twelve months. Each group needs proprietary technology to protect its margins going forward — being competitive on product range is no longer sufficient. The battle is now being fought at the level of cell chemistry, software capability, and intellectual property.

WHAT $1 BILLION BUYS — AND WHAT IT CANNOT

It would be a mistake to interpret these investments as a declaration that India is about to displace China in battery technology. The realistic ambition is considerably more precise — and considerably more achievable.

Even with $1 billion flowing into research, neither group will displace Chinese battery chemistry leadership within this decade. The realistic goal is narrower: developing enough internal capability to specify, validate, and customise cells; to qualify alternative suppliers independently; and to negotiate with Chinese technology partners from a position of technical competence rather than complete dependence. Most of the capital will go toward talent, laboratory equipment, and pilot production lines — not gigawatt-scale fabrication facilities, which both groups are building separately. That framing actually makes the investment more sustainable, not less. India's battery PLI scheme has struggled with disbursement delays precisely because the policy put capital into manufacturing before the underlying R&D capabilities existed to use it effectively. As of early 2025, none of the PLI-ACC beneficiaries had met their December 2024 milestones, resulting in no disbursements and a reduction in the scheme's budgetary allocation from ₹250 crore to ₹15.42 crore. Tata and JSW are building the missing piece — the intellectual foundation that makes manufacturing investments defensible.

The gap both groups are closing is the one between buying technology and owning it. Whether that is enough depends, in part, on how aggressively China continues to restrict access to the materials and equipment that underpin global battery supply chains.

THE BIGGER PICTURE: INDIA'S INDUSTRIAL TURNING POINT

There is something larger at work here than two conglomerates hedging their supply chain risks. This is India's private sector arriving, belatedly but emphatically, at the conclusion that the country's industrial future cannot be built on imported technology indefinitely.

India's industrial policy, including the PLI scheme for advanced chemistry cells, has been in place for several years. What was missing was private R&D capital of genuine scale. The Tata and JSW announcements move that missing piece into place. They signal that the country's most capable industrial groups now believe the technological frontier is worth competing on — not just the manufacturing floor.

The global context is working in India's favour. China's factory utilisation rates for batteries are currently around 60%, with many facilities operating at a loss, while major automakers and battery manufacturers worldwide are actively seeking to de-risk their supply chains. India's emergence as an alternative manufacturing and R&D hub is gaining traction precisely as Western governments incentivise supply chain diversification.

The race is not to beat China at its own game. The race is to build enough capability that India cannot be shut out of the clean energy era by a single government's export licensing decisions. Tata and JSW have decided, separately and simultaneously, that $1 billion is the price of that insurance. Given what is at stake for India's industrial trajectory, it may well be the most consequential capital allocation decision either group makes this decade.