India's EV Supply Chain Has a Graphite Problem, and It Needs to Be Solved Now

India's push for electric vehicles has a weak link: graphite. The mineral is the main material in lithium-ion battery anodes, and India doesn't produce much of it. Autocar Professional reported on October 3, 2026, that the country's EV supply chain faces a graphite problem that needs urgent attention.

Graphite isn't a minor component. An EV battery pack uses far more graphite by weight than lithium. Every electric car, bus, and two-wheeler on Indian roads depends on it. But India imports almost all of its battery-grade graphite, mostly from China. That dependence leaves the country's EV ambitions exposed to geopolitical tensions, export curbs, and price swings.

Why graphite matters

Natural graphite is mined and processed into spherical graphite for anodes. Synthetic graphite is made from petroleum coke. Both require high-temperature processing and strict purity levels. India has some natural graphite reserves, but mining and processing capacity is tiny. Building that capacity takes time, money, and technical know-how.

China dominates the global graphite market. It produces most of the world's natural graphite and controls nearly all spherical graphite processing. When China tightened graphite export rules in 2023, prices jumped and automakers scrambled. India felt the pinch. The warning was clear: a single-source supply chain is a fragile one.

What's being done

Some Indian companies are looking at graphite. A few have announced plans for anode material plants. The government's production-linked incentive schemes for advanced chemistry cell batteries include anode materials as a target. But progress is slow. Most projects are still in the planning or pilot stage.

Recycling could help. Old batteries contain graphite that can be recovered and reused. A few startups are working on it. But India's battery recycling industry is small and informal. Scaling it up will take regulation, investment, and time.

Meanwhile, demand keeps rising. India wants EVs to make up 30% of new vehicle sales by 2030. That means millions of batteries. Each one needs graphite. If the supply chain isn't fixed, the EV rollout could stall.

The road ahead

Solving the graphite problem means diversifying imports, building domestic processing, and investing in recycling. It also means looking at alternative anode materials, like silicon or hard carbon. None of these are quick fixes. But the alternative is a supply chain that can be disrupted at any moment.

Autocar Professional's report is a reminder that India's EV dream rests on materials that the country doesn't control. Graphite is one of them. The time to act is now.