- Ola Electric plans ₹2,000 crore stake sale in battery unit to strengthen finances and expansion
- Gigafactory capacity expansion and R&D advancements support India’s EV and energy storage growth
In a move reflecting strategic financial restructuring, Ola Electric is preparing to raise up to ₹2,000 crore through a partial stake sale in its battery subsidiary, Ola Cell Technologies (OCT). The fundraising effort is being facilitated by Avendus Capital and Motilal Oswal Financial Services, as the company works to reinforce its balance sheet while accelerating investments in domestic battery production. This development comes amid growing demand for localized supply chains and increasing emphasis on advanced energy storage solutions across India.
Fundraising Strategy and Valuation Outlook
The stake dilution initiative is expected to unlock financial flexibility while also helping establish a market valuation for OCT’s battery manufacturing business. With no prior benchmark valuation available, the process is drawing attention from institutional and long-term investors, including sovereign wealth funds. Market observers view this step as a critical milestone in positioning the battery arm as an independent value driver within the broader electric mobility ecosystem.
Gigafactory Expansion and Manufacturing Scale-Up
OCT currently operates a lithium-ion cell manufacturing facility in Tamil Nadu with a production capacity of approximately 1.5 GWh. Plans are underway to expand this capacity to 6 GWh within the current financial year, signaling a significant scale-up in domestic cell manufacturing. The gigafactory, developed with an investment of around ₹3,500 crore, is aligned with national efforts to reduce reliance on imported battery cells and strengthen local supply chains.
Role in Energy Storage Ecosystem
Beyond electric two-wheelers, the facility is designed to support broader energy storage applications. This includes solutions for residential and commercial segments, reflecting a diversification strategy that extends beyond mobility. As renewable energy adoption increases, integrated storage systems are expected to play a key role in balancing supply and demand across the grid.
Advanced Battery R&D and Technology Portfolio
The Ola Battery Innovation Centre, operating under OCT, drives research and development efforts across multiple battery chemistries and formats. The centre employs over 200 specialists recruited globally and has developed a portfolio of nearly 400 patents. Research spans chemistries such as NMC, LFP, LMFP, and LMR, while also exploring various cell formats including cylindrical, prismatic, and solid-state configurations.
Development of Bharat Cell Technology
Among its notable innovations is the dry electrode manufacturing process used to produce the 4680-format “Bharat Cell.” This technology has already been deployed in Ola Electric vehicles for over six months, demonstrating its readiness for commercial application. The approach aims to improve energy density and manufacturing efficiency, contributing to cost optimization in battery production.
Growing Demand for Energy Storage in India
The expansion strategy aligns with India’s broader renewable energy targets, which aim for 50 percent of electricity generation from renewable sources by 2030. As renewable power introduces variability into the grid, the importance of battery storage systems continues to rise. Ola Electric has already entered the residential battery energy storage segment and is planning to expand into commercial applications to capture emerging opportunities.
With a combination of capital infusion, manufacturing scale-up, and advanced R&D capabilities, the company is positioning its battery division as a central pillar in India’s evolving electric mobility and energy storage landscape.
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