PLI Scheme — "National Programme on Advanced Chemistry Cell (ACC) Battery Storage" administered by the Ministry of Heavy Industries (MHI) to build 50 GWh of domestic ACC manufacturing capacity. [1][2]
Flagship instrument under Atmanirbhar Bharat for cutting import dependence on Li-ion cells (currently almost wholly imported, largely from China) and enabling the EV + renewable-storage transition. [2][3]
Outlay ₹18,100 crore, disbursed as production-linked incentive over 5 years after commissioning. [1][2]
2. Why in the News
PIB release dated 13 Feb 2026 by MHI: 40 GWh of the 50 GWh target awarded to four beneficiary firms; cumulative investment of ₹3,237 crore and 1,118 jobs generated as of 31.12.2025. [1]
Earlier (2024–25) re-bidding of the residual 10 GWh — MHI awarded the leftover tranche to one additional bidder. [4]
3. Background & Evolution
May 2021 — Union Cabinet approved the National Programme on ACC Battery Storage. [5]
March 2022 — Initial allocation of 50 GWh to four successful bidders (Reliance New Energy, Ola Electric, Hyundai Global Motors, Rajesh Exports). [6]
July 2022 — Programme Agreements signed with three firms. [7]
2023 — Engineers India Ltd. appointed as Independent Engineer for the PLI-ACC Scheme. [8]
2024 — MHI re-tendered residual 10 GWh; awarded to ACC bidder (Reliance New Energy Battery Ltd. signed agreement for 10 GWh additional). [4][9]
4. Core Static Facts
Scheme name: National Programme on ACC Battery Storage (PLI). [5]
Ministry: Heavy Industries (NOT MNRE / MeitY). [1]
Beneficiary firms (initial 40 GWh): Reliance New Energy, Ola Electric Mobility, Rajesh Exports, ACC Energy Storage (originally Hyundai Global Motors). [6]
Economic — Cuts ~₹40,000 cr annual battery import bill; anchors an EV-battery supply chain; PLI ties payout to actual sales × value-addition slabs. [2][3]
Strategic / Geopolitical — Reduces dependence on Chinese Li-ion cell imports; complements KABIL (Khanij Bidesh) for overseas Li/Co/Ni acquisitions and India's accession to the Minerals Security Partnership. [3]
Environmental — Underpins India's Panchamrit / Net-Zero by 2070 pledges; enables storage for 500 GW non-fossil capacity by 2030. [3]
Technological — "Advanced Chemistry Cell" defined as any chemistry storing ≥ specified energy density — covers Li-ion, sodium-ion, solid-state, metal-air; technology-neutral. [5]
Administrative — Slow uptake: only 1.6% of investment + ~2% of capacity actually installed by end-2025 despite contracts signed in 2022; one original awardee (Hyundai GMC) defaulted, triggering re-tender. [1][4]
6. Recent Developments (last 12-18 months)
2024 — Re-bidding of 10 GWh tranche after default of an original awardee; awarded to Reliance New Energy Battery Ltd. [4][9]
Minimum domestic value addition: 25% in 2 yrs, 60% in 5 yrs. [2]
Minimum manufacturing commitment per bidder: 5 GWh. [2]
Four beneficiary firms initially: Reliance New Energy, Ola Electric, Rajesh Exports, Hyundai Global Motors Co. [6]
Engineers India Ltd. is the Independent Engineer for the scheme. [8]
Capacity awarded so far: 40 GWh of targeted 50 GWh. [1]
Investment achieved by 31.12.2025: ₹3,237 crore; jobs: 1,118. [1]
"ACC" is technology-agnostic — covers Li-ion, Na-ion, solid-state, metal-air. [5]
Incentive disbursed over 5 years after a 2-year commissioning window. [6]
Reliance New Energy Battery Ltd. signed additional 10 GWh programme agreement. [9]
8. Mains Relevance
GS-III — Indian Economy (Government Budgeting / Industrial Policy); Infrastructure (Energy); Science & Tech (Indigenisation). Also GS-II (Policies and interventions).
Syllabus headings: "Effects of liberalization on the economy," "Indigenisation of technology," "Government schemes."
Likely question stems:
1. "Critically examine the role of the PLI scheme on Advanced Chemistry Cell Battery Storage in achieving India's energy transition and Atmanirbhar Bharat goals."
2. "Domestic battery manufacturing is the missing link in India's EV ambitions. Discuss the structural and geopolitical challenges."
3. "Compare and contrast the PLI-ACC scheme with FAME-II / PM E-DRIVE in addressing the EV value chain."