Ola Electric unveils in-house LFP 46100 cell; Marks major leap in EV battery innovation

Ola Electric today confirmed the readiness of its in-house developed Lithium Iron Phosphate (LFP) cell, underlining a pivotal milestone in its ongoing mission to accelerate electric mobility while building a comprehensive, full-stack energy ecosystem.

Engineered as part of the company’s vertically integrated battery innovation programme, the new 46100 format LFP cell is notably larger than the existing NMC 4680 Bharat Cell. This advancement represents a decisive step-change in scale, cost efficiency, and versatility, with applicability spanning both mobility and energy storage solutions. The company has indicated that the new cell will begin integration into its products from the next quarter.

The announcement coincides with strong momentum at Ola Electric’s Gigafactory, where ramp-up efforts continue apace. Thousands of vehicles powered by its 4680 Bharat Cells are already operational on Indian roads, collectively covering millions of kilometres under real-world conditions. This growing body of on-road validation reinforces the reliability and performance credentials of Ola’s indigenous cell technology, while also demonstrating its capability to scale advanced battery manufacturing within India.

At present, the Ola Gigafactory operates at a capacity of 2.5 GWh and is in the process of being expanded to 6 GWh, reflecting the company’s rapid strides towards establishing large-scale cell manufacturing infrastructure.

Commenting on the development, an Ola Electric Spokesperson said, “The readiness of our LFP 46100 cell is a pivotal moment in our journey to build India’s most advanced EV and energy ecosystem. Along with the strong progress at our Gigafactory and proven performance of our 4680 cells on the road, this milestone reflects our deep commitment to innovation, scale, and self-reliance. LFP technology will play a critical role in driving affordability, enabling energy storage solutions, and accelerating the transition to electric mobility as we move closer to realizing the vision of End ICE Age.”

The introduction of LFP chemistry is expected to unlock further cost efficiencies, thereby making electric vehicles more accessible to a broader customer base and accelerating EV adoption. Equally, it lays the groundwork for future battery storage applications, marking the next significant phase in the scaling of Ola’s Gigafactory and expansion of its cell technology portfolio.

Ola Electric continues to address barriers to EV adoption through a blend of innovation-led and customer-centric initiatives. These include affordability programmes, service guarantees, buyback assurances, and the direct pass-through of government incentives such as PLI benefits to customers. Collectively, these measures remain central to the company’s strategy to drive widespread EV adoption across India.

With sustained advancements across battery chemistry, manufacturing scale, and customer experience, Ola Electric is steadily shaping not merely electric vehicles, but an integrated energy ecosystem aligned with its broader #EndICEAge vision.

Subject to regulatory approvals.