1.4 GWh Commissioned vs 178 GWh Announced and What It Means for Recycled Feedstock
The cell manufacturing wave is coming. The feedstock question has no imported answer.
India’s ambition in battery cell manufacturing is real and well-funded. The ACC PLI scheme committed INR 18,100 crore to build 50 GWh of domestic capacity. A broader pipeline of announced projects across Reliance New Energy, JSW, Tata Group, and others stretches to 178 GWh. The vision is clear: a domestically-anchored battery supply chain that reduces import dependence, powers the EV transition, and supports grid-scale storage.
The reality as of early 2026 is just as clear. According to a January 2026 report by JMK Research and IEEFA, only 1.4 GWh has been commissioned within the stipulated timeline, all of it from Ola Electric’s facility in Krishnagiri, Tamil Nadu. That is 2.8% of the ACC PLI target.
The gap between 1.4 GWh and 178 GWh is not a failure story. It is a timing story. And for recyclers, it is the most important number in the sector right now.
Why Every Battery Gigafactory Needs a Recycled Feedstock Strategy
When India’s cell manufacturers reach meaningful production scale, their input requirement becomes immediate and non-negotiable. Lithium carbonate, nickel sulphate, cobalt sulphate, and graphite must be available domestically, at battery-grade purity, at competitive cost. Importing these materials from China or South Korea recreates exactly the supply chain vulnerability the ACC PLI scheme was designed to eliminate.
This is where recycling enters not as a sustainability narrative, but as a supply chain imperative. Recycled feedstock derived from end-of-life lithium-ion batteries can meet battery-grade specifications. It is geographically proximate. It is not subject to geopolitical supply risk. And under the NCMM recycling incentive scheme, the economics of producing it domestically are becoming viable.
At MiniMines, this is precisely the gap our Hybrid Hydrometallurgy process is built to fill. Our facility in Bengaluru processes end-of-life Li-ion batteries back into battery-grade materials using a carbon-negative, closed-loop process with no import dependency on raw materials or solvents.
The Feedstock Window Is Opening Now
The commissioning lag in India’s battery gigafactory pipeline is, in practical terms, a preparation window. Every month that cell manufacturers spend navigating DVA requirements, supply chain bottlenecks, and equipment installation gives domestic recyclers time to build the collection networks, refining capacity, and quality certifications those manufacturers will require at scale.
Ola Electric‘s ramp to 5 GWh, Reliance’s second-round 10 GWh commitment, and the remaining 10 GWh still to be tendered under ACC PLI represent a cumulative feedstock demand that a mature recycling sector needs to be ready for, not catching up to.
The 178 GWh announced pipeline will not all commission on schedule. But even 20% of it, commissioned over the next five years, creates a domestically-sourced critical minerals demand that India’s recyclers are uniquely positioned to meet.
MiniMines’ Karnataka refining complex, backed by a INR 350-crore MoU with the state government, is being built with that demand horizon in mind. The gigafactory gap is closing. The feedstock answer is being built today.
