30 March 2026·PIB

DEVELOPMENT OF BATTERY ENERGY STORAGE SYSTEMS

In this note

1. At a Glance

Battery Energy Storage Systems (BESS) store surplus electricity (chiefly from variable Renewable Energy) and discharge during demand peaks, also providing ancillary services like frequency regulation, voltage control, and black start [1].
Central to India's 500 GW non-fossil capacity by 2030 target; CEA projects a 208 GWh BESS requirement by 2030 [1][2].
Twin policy levers: demand-side VGF (deployment) + supply-side PLI-ACC (manufacturing) [1][3].

PIB release (30 March 2026) by Ministry of Power summarising BESS roadmap, restating 208 GWh-by-2030 target and progress on VGF schemes [1].
Second VGF tranche launched June 2025, after first in March 2024, together supporting ~43 GWh of BESS [2].
BESS scheme capacity scaled from 4,000 MWh to 13,200 MWh within the same ₹3,760 Cr budget owing to falling battery prices [3].

June 2021 — Ministry of Heavy Industries launches PLI-ACC scheme (50 GWh) with ₹18,100 Cr outlay [3].
March 2022 — PLI-ACC allotment of 50 GWh battery capacity to 4 bidders (later re-bid) [3].
6 September 2023 — Union Cabinet approves VGF Scheme for BESS: 4,000 MWh by 2030-31, up to 40% capital cost as VGF, outlay ₹3,760 Cr [3].
2023 — CEA publishes National Electricity Plan (2022-32), projecting 208 GWh BESS by 2030 [1][2].
March 2024 & June 2025 — Two VGF tranches launched (~43 GWh aggregate) [1].

Nodal ministries: Ministry of Power (VGF, grid integration); MNRE (RE integration); Ministry of Heavy Industries (PLI-ACC manufacturing) [1][3].
Statutory backdrop: Electricity Act, 2003; planning under CEA (a statutory body under Section 70 of EA, 2003).
VGF Scheme for BESS: outlay ₹3,760 Cr; up to 40% of capital cost; capacity revised 4,000 → 13,200 MWh; min. 85% of capacity to be offered to DISCOMs first [3].
PLI-ACC: ₹18,100 Cr, 50 GWh ACC capacity (incl. >10 GWh grid-scale) [3].
2030 target: 500 GW non-fossil; 208 GWh BESS requirement (NEP 2023, CEA) [1].
Bid-discovered storage cost: ₹10.18/kWh (2023 bid baseline) [3].

Economic

Falling Li-ion prices have allowed 3.3× capacity expansion at same fiscal cost under VGF [3].
PLI-ACC seeks import substitution (India imports most cells from China/Korea) and downstream EV/grid manufacturing jobs [3].

Environmental

Enables 24×7 RE supply, displacing coal-based peaking power and reducing curtailment of solar/wind [1].
Lifecycle concerns: lithium, cobalt, nickel extraction; need for end-of-life battery recycling under Battery Waste Management Rules 2022 (MoEFCC).

Scientific / Technological

Provides ancillary services: frequency regulation, voltage control, black start capability [1].
Complementary to Pumped Storage Projects (PSP); CEA fast-tracked PSP DPR approvals in 2024-25 [2].

Geopolitical / Strategic

Critical-mineral dependence on China; drives KABIL mineral diplomacy and Australia/Argentina lithium tie-ups.
Energy security lever for meeting Panchamrit / Net-Zero by 2070 pledges at COP26.

Administrative

DISCOM offtake mandate (85% first-right) addresses tariff pass-through risk [3].
Federal coordination: central VGF, state-level DISCOM contracting, RE-rich states (RJ, GJ, KA, TN) as deployment hubs.

30 Mar 2026 — Ministry of Power PIB statement reiterates BESS roadmap and 208 GWh target [1].
June 2025 — Second VGF tranche notified, taking cumulative supported capacity to ~43 GWh [1].
2024-25 — CEA records highest-ever Pumped Storage DPR concurrences (complementary storage) [2].
2025 — VGF BESS scheme capacity revised upward to 13,200 MWh within original ₹3,760 Cr envelope [3].

208 GWh of BESS projected by 2030 in NEP 2023 (CEA) [1][2].
VGF Scheme for BESS approved by Cabinet on 6 September 2023 [3].
VGF outlay: ₹3,760 Cr; max VGF support: 40% of capital cost [3].
VGF capacity revised from 4,000 MWh → 13,200 MWh [3].
Minimum 85% of VGF-funded BESS capacity reserved first for DISCOMs [3].
PLI-ACC Scheme launched by Ministry of Heavy Industries in June 2021; outlay ₹18,100 Cr for 50 GWh [3].
Bid-discovered BESS cost: ₹10.18/kWh [3].
India's non-fossil capacity target: 500 GW by 2030 [1].
BESS ancillary services include frequency regulation, voltage control, black start [1].
Two VGF tranches launched: March 2024 & June 2025, totalling ~43 GWh support [1].
CEA = statutory body under the Electricity Act, 2003 — publisher of National Electricity Plan.

GS-III: Infrastructure — Energy; Indian Economy — Mobilisation of Resources; Environment — Renewable Energy and Climate Change.
Syllabus headings: "Infrastructure: Energy"; "Conservation, environmental pollution and degradation".
Probable stems:
"Energy storage, not generation, is the binding constraint for India's 500 GW non-fossil target. Examine the role of BESS and the VGF scheme."
"Critically evaluate the twin-track approach of PLI-ACC (supply-side) and VGF-BESS (demand-side) in building India's battery ecosystem."
"Discuss the strategic implications of India's dependence on imported critical minerals for battery storage."

PLI-ACC Scheme — supply-side complement of BESS deployment.
Pumped Storage Projects (PSP) — alternative grid-scale storage; CEA fast-track norms.
National Electricity Plan 2022-32 — parent planning document.
Battery Waste Management Rules, 2022 — EPR for lithium batteries.
KABIL & Critical Minerals Mission 2025 — upstream mineral security.
Green Hydrogen Mission — competing long-duration storage vector.
Renewable Purchase Obligations & Energy Storage Obligation (ESO) — demand mandate for DISCOMs.
FAME-II / PM E-Drive — EV-battery demand linkage.

PLI-ACC is under Ministry of Heavy Industries, NOT MNRE or MoP [3].
VGF Scheme for BESS is under Ministry of Power, distinct from PLI-ACC [3].
208 GWh is BESS only by 2030; do not conflate with total storage (BESS + PSP) requirement.
VGF cap is 40% of capital cost, not 30% (commonly confused with other VGF schemes).
DISCOM first-right share is 85%, not 100%.
PLI-ACC capacity is 50 GWh, outlay ₹18,100 Cr — don't swap with semiconductor PLI numbers.