Ola Electric LFP 46100 cell lifts stock 20%, Apr 2026

Ola Electric Mobility Ltd. shares extended a sharp rebound in early April after the company announced readiness of an in-house Lithium Iron Phosphate (LFP) battery cell in the 46100 cylindrical format. The stock climbed to ₹32.25 on April 9, 2026, building on gains from the previous two sessions. The move came after Ola Electric’s April 7 announcement that its LFP cell technology is ready for deployment and will begin entering Ola products from the next quarter. Investors also reacted to the company’s plan to scale domestic cell manufacturing through its gigafactory. Ola has positioned the LFP shift as a step toward a full-stack electric mobility and energy system that spans vehicles and stationary storage.

Stock move and the immediate trigger

Shares of Ola Electric Mobility surged as much as 20% on Thursday, extending a recovery that has gathered pace over recent sessions. One report said the rally added about ₹2,850 crore to the company’s market capitalisation. Over the past one month, the stock has rallied around 54%, marking a sharp rebound from recent lows. In another trading update around the same period, Ola Electric’s share price opened at ₹30.00 on April 8, 2026 and was quoted at ₹31.02 at 11:06 AM, up 7.60% on the NSE. The gains were closely linked to the company’s updates on in-house battery technology and improving sales momentum as cited in market coverage.

The April 7 announcement: in-house LFP 46100 cell

Ola Electric announced that it has developed an LFP battery cell in-house in the 46100 cylindrical format. The company described the launch as a milestone in its push toward vertical integration and a stronger domestic EV manufacturing ecosystem. The new cell is larger than Ola’s existing NMC-based 4680 Bharat Cell. Ola said the LFP 46100 cell is designed to deliver improved safety, longer lifecycle, and better cost efficiency compared to conventional battery chemistries. The company also stated that vehicles powered by its in-house manufactured cells are already undergoing real-world testing and have collectively covered significant distances.

Why Ola is shifting more focus to LFP chemistry

Ola Electric has framed LFP battery chemistry as a key lever to make electric vehicles more affordable and accelerate adoption in India. LFP chemistry is widely known for being safer, more stable in heat, and longer-lasting than Nickel Manganese Cobalt (NMC) batteries. The company has also highlighted the cost angle, pointing to the availability of iron and phosphate materials and the resulting lower cost per kilowatt-hour. Ola’s in-house development is positioned as a way to reduce exposure to global supply chain disruptions. The company has said it is targeting battery cost reductions of 20% to 30% through its gigafactory-led cell production.

When the 46100 cell enters Ola products

Ola Electric has said the LFP 46100 cell is expected to be introduced in its products starting next quarter. Founder Bhavish Aggarwal also stated on X (formerly Twitter) that the new LFP cell is “ready for prime time” and would begin entering products from the next quarter. Ola has linked the larger cell format to improved scale and manufacturing efficiency, along with broader applicability across electric mobility and stationary energy storage use cases. The company has positioned the 46100 format as part of a portfolio approach, with the existing 4680 Bharat Cell continuing as a reference point in its cell roadmap.

Gigafactory scale-up: from 2.5 GWh to a planned 6 GWh

Alongside the cell announcement, Ola Electric has pointed to capacity expansion as a core part of lowering costs. The company is expanding its gigafactory capacity from 2.5 GWh to a planned 6 GWh. The scale-up is intended to boost domestic battery production and support a wider set of energy offerings. Ola has described this as part of building a complete electric mobility and energy system, not limited to vehicle batteries. The emphasis on manufacturing scale is also tied to how quickly the company can convert chemistry and format choices into commercially meaningful cost reductions.

Affordability push as subsidy frameworks evolve

Ola has repeatedly linked cost reduction to wider EV adoption, especially as government subsidies such as the FAME scheme evolve. Bhavish Aggarwal has said the strategy focuses on removing barriers to EV adoption through pricing initiatives, service guarantees and buyback programmes. Ola has also said it plans to pass on Production Linked Incentive (PLI) benefits to improve affordability. The company’s messaging suggests that lowering battery costs remains a central lever because the battery is a major component of EV pricing. Ola’s LFP push is presented as a way to keep products accessible while maintaining reliability in Indian operating conditions.

Energy storage angle: beyond scooters and mobility

Ola Electric has said LFP cells are expected to help with future battery storage systems, broadening its energy offerings. The company has also described the larger 46100 format as suitable for both electric vehicles and stationary energy storage applications. This matters because stationary storage economics often prioritise lifecycle and safety, where LFP is typically viewed as competitive. Ola’s narrative positions the gigafactory and cell roadmap as enabling an expanded product set across mobility and energy. The company has linked the new cell platform to the next phase of gigafactory scale-up and a wider cell technology portfolio.

Industry context: India’s EV battery market and LFP share

Ola Electric is operating in an EV battery market that is projected to expand sharply over the next decade. One estimate in the coverage put India’s EV battery market at 256.3 GWh by 2032. LFP chemistry already held a 38.27% share in 2025, according to the same data cited. This backdrop helps explain why multiple players are investing in LFP, including for cost and safety reasons, and why domestic manufacturing capacity has become a strategic focus for companies seeking resilience and pricing flexibility.

Market impact and what investors are watching

In the near term, the stock move shows that investors are assigning value to execution signals around in-house cells and manufacturing scale. The market reaction also reflects expectations that cost reductions could support pricing and volume growth, especially in a competitive EV two-wheeler market. But the company’s long-term valuation, as noted in the coverage, will depend on how well it integrates LFP cells into products, manages costs, and addresses negative analyst views. Ola has emphasised that in-house development can reduce dependency on external suppliers, while gigafactory scale can support affordability goals. For investors, the next checkpoints are the rollout of LFP-based products from the next quarter and progress on expanding gigafactory capacity.

Key numbers at a glance

Conclusion

Ola Electric’s early April rally has been closely tied to the company’s announcement that its in-house LFP 46100 cell is ready and will enter products starting next quarter. The company is combining this cell roadmap with a plan to expand gigafactory capacity from 2.5 GWh to 6 GWh, aiming to reduce battery costs by 20% to 30% and support a broader energy storage push. The next quarter’s product integration timeline and ongoing manufacturing scale-up will be key reference points for investors tracking whether the technology and cost narrative translates into consistent execution.