India's bid to build a homegrown battery and EV supply chain moved from ambition to allocation on Wednesday, 4 November 2026, when the Union Cabinet, chaired by Prime Minister Narendra Modi, approved a ₹2,814 crore Capex Support Scheme to Promote Critical Mineral Processing — anchoring five years of government-backed investment in lithium and nickel refining on Indian soil. Union Health Minister J. P. Nadda, also the BJP national president, announced the decision on X. Nadda described the scheme as 'a significant step towards Atmanirbhar Bharat, strengthening strategic sectors such as electric mobility, energy storage, electronics and defence.' The Cabinet's formal approval puts a rupee figure — and a five-year clock — behind what has until now been largely a directional commitment.

Why lithium and nickel, and why now

The global supply chain for critical minerals is dangerously concentrated. A handful of countries control the overwhelming share of lithium and nickel refining capacity, leaving import-dependent economies exposed to price shocks, export restrictions, and diplomatic leverage. India is acutely aware of this vulnerability: its electric vehicle targets, its energy storage ambitions, and its defence electronics programmes all trace back, ultimately, to these two metals. The new scheme targets exactly that chokepoint — not mining, but processing and value addition. Raw or partially processed ore is cheap; refined, battery-grade material commands a premium and underpins entire industrial ecosystems. By incentivising domestic processing capacity through capital expenditure support, the government is betting that Indian facilities can climb that value ladder within the scheme's five-year window.

A policy lineage years in the making

This approval does not arrive in a vacuum. In 2023, the government amended the Mines and Minerals (Development and Regulation) Act to formally designate 30 critical minerals and open them to exploration and auction — giving the ecosystem a legal scaffolding. Before that, the Production Linked Incentive scheme for Advanced Chemistry Cells, cleared in 2021, began nudging domestic manufacturers toward lithium-ion battery component production. The capex support scheme now layers financial muscle onto that scaffolding, completing a three-stage architecture: designate, incentivise production, and now fund the processing infrastructure itself. The Atmanirbhar Bharat framework, launched in 2020, provides the broader political and economic logic — a push to convert India from a commodity importer and assembler into a nation that processes strategic inputs at home and captures the value that creates.

Who stands to gain — and what to watch

The clearest beneficiaries are EV manufacturers hungry for domestically sourced battery cells, battery producers seeking reliable refined-material inputs, the defence industry requiring domestically processed nickel for alloys and electronics, and the broader energy storage sector as India scales renewable capacity. Reduced import dependence also carries a balance-of-payments benefit that compounds quietly over time. The critical question now is execution. Project selection under the scheme, the speed at which processing facilities are actually commissioned, and any follow-up policy on mineral recycling or overseas sourcing agreements will determine whether the ₹2,814 crore translates into genuine industrial capacity or simply capital deployed. The five-year horizon means accountability checkpoints are built in — but the pressure to show results will begin almost immediately. India has laid the groundwork, written the cheque, and set the timer. The refining begins now.