Discuss how domestic battery cell manufacturing serves India's energy security and strategic autonomy objectives.
New · District CollectorCan you hold the district for 72 hours?Floods, a heatwave, an outbreak, a grievance queue. Take the decisions, see the consequences.Play →In this answer
Advanced Chemistry Cells (ACCs) are new-generation batteries that power both electric vehicles and grid storage. India's ₹18,100-crore PLI "National Programme on ACC Battery Storage" (May 2021) aims for 50 GWh of domestic cell capacity [2]. A new 10 GWh tranche reserved for grid-scale storage has drawn 22 bids [1]. Making cells at home is central to both the energy transition and strategic autonomy.
Energy security
- Renewable integration: batteries even out the variable output of solar and wind. The grid-storage tranche targets the rapidly growing need for storage [1].
- Import substitution: the scheme aims to cut import dependence on cells and on oil [2].
- Grid resilience: VGF Tranche-II is funding 30 GWh of battery storage [4]. As the grid relies more on batteries, cells made in India protect power supply from foreign supply shocks.
Strategic autonomy
- Supply-chain de-risking: cell and critical-mineral supply is concentrated in a few countries. Making cells at home reduces external dependence [1].
- Technological self-reliance: the scheme backs giga-scale advanced chemistries and requires 60% domestic value addition within five years, which builds an Indian value chain under Atmanirbhar Bharat [2].
- Global competitiveness: a global tender draws large players into a globally competitive ACC ecosystem, framed under Viksit Bharat @2047 [1].
Constraints
- Delivery gap: 40 GWh has been awarded to four firms, but only about 1 GWh is installed. Round-2 selected only one beneficiary [3].
- Demand mismatch: VGF storage projects go to the lowest bidder, so developers may keep buying cheaper imported cells [4]. PLI plants then struggle to earn incentives, which are paid only on cells sold [2].
- Upstream gap: without domestic lithium, cobalt and nickel processing, the 60% local-content target stays out of reach.
Way forward
- QCBS scoring should give more weight to proven cell-making experience [1]. Each plant should also have public milestones (land, equipment orders, trial line, commercial production).
- Future VGF tenders should introduce a gradual preference for domestic cells, alongside the National Critical Mineral Mission.
Domestic cell manufacturing links industrial policy with energy security and strategic autonomy. India should import cells now for speed, build its own capacity for security, and set a clear date by which domestic supply takes over. Doing this will support SDG 7 (affordable and clean energy) and the goal of self-reliance.
Sources
- 1PIB, Ministry of Heavy Industries: "MHI receives 22 bids for 10 GWh Advanced Chemistry Cell manufacturing capacity under PLI ACC Scheme" (November 2026)22 bids for the 10 GWh grid-storage tranche; growing storage need; external dependence; global tender; competitive ecosystem; Viksit Bharat @2047; QCBS
- 2PIB: "Cabinet approves Production Linked Incentive scheme 'National Programme on Advanced Chemistry Cell Battery Storage'" (12 May 2021)₹18,100 crore outlay; 50 GWh target; reducing import dependence; 60% domestic value addition; incentive paid on sales
- 3PIB, Ministry of Heavy Industries: PLI ACC scheme status, Round-2 (February 2026)40 GWh awarded to four firms, about 1 GWh installed; one Round-2 beneficiary
- 4PIB: Viability Gap Funding for Battery Energy Storage Systems, Tranche-II (June 2025)₹5,400 crore for 30 GWh of battery storage; competitive bidding