Ola Electric has announced the readiness of its in-house developed 46100 format Lithium Iron Phosphate (LFP) battery cell, marking a major step forward in its efforts to accelerate electric mobility and build a comprehensive energy ecosystem. The newly developed LFP cell is part of the company’s vertically integrated approach to battery innovation.
Larger than the existing 4680 Bharat Cell, the 46100 format is designed to deliver improved scale, cost efficiency, and versatility across both electric vehicles and energy storage applications. The company plans to begin integrating these cells into its products starting next quarter.
The announcement comes as Ola Electric continues to expand its Gigafactory operations. The facility currently has a manufacturing capacity of 2.5 GWh and is being scaled up to 6 GWh, reflecting rapid progress in establishing large-scale battery production capabilities within India. Thousands of vehicles powered by Ola’s 4680 cells are already in operation, collectively covering millions of kilometres and demonstrating strong real-world performance.
A company spokesperson described the development as a key milestone in building an advanced EV and energy ecosystem. The introduction of LFP chemistry is expected to play a critical role in improving affordability and supporting broader adoption of electric mobility. In addition, it provides a foundation for expanding into energy storage solutions, further strengthening the company’s long-term strategy.
Ola Electric continues to focus on removing barriers to EV adoption through a combination of technological innovation and customer-focused initiatives. These include affordability programmes, service commitments, buyback options, and the direct transfer of government incentives such as Production Linked Incentive (PLI) benefits to customers.
The company’s broader vision centers on creating an integrated ecosystem that combines vehicle manufacturing, battery technology, and energy solutions. Its Futurefactory in Tamil Nadu serves as a major production hub, supported by the Battery Innovation Centre in Bengaluru, which drives research and development in advanced cell technologies.
With ongoing investments in R&D across India and international markets, Ola Electric aims to accelerate the transition away from internal combustion engine vehicles. The readiness of the 46100 LFP cell represents another important step toward achieving this goal while strengthening India’s position in the global electric mobility landscape
