The certification was granted under IS 16046 (Part 2):2018 / IEC 62133-2:2017, according to an announcement made by the company on June 23, 2026.
Ola Electric stated that this is the first BIS certification awarded to an Indian company for an indigenously developed battery cell in the 46100 format, highlighting the company’s growing capabilities in advanced battery technology development and manufacturing.
Major Milestone for Indigenous Battery Technology
The newly certified LFP 46100 cylindrical cell has also successfully qualified under IS 16893 Parts 2 and 3 and UN 38.3 safety standards.
These certifications cover a comprehensive range of evaluations, including:
- Electrical safety testing
- Mechanical performance testing
- Environmental assessments
- Reliability validation
- Abuse testing
- Transportation safety compliance
According to Ola Electric, the battery cell was developed using a highly localized ecosystem that includes materials, components, engineering expertise, and manufacturing processes sourced and developed within India.
Extensive Safety and Performance Testing
The LFP 46100 battery cell underwent rigorous testing at a laboratory accredited by the National Accreditation Board for Testing and Calibration Laboratories (NABL).
The testing programme included several critical safety and performance assessments such as:
- Thermal abuse testing
- External short-circuit testing
- Forced discharge testing
- Impact testing
- Altitude simulation
- Abnormal charging tests
- Vibration testing
- Continuous low-rate charging evaluations
- Crush testing
- Free-fall testing
- Mechanical shock assessments
The successful completion of these tests demonstrates the cell’s suitability for use in demanding mobility and energy storage applications.
Ola Electric Highlights Significance of Certification
Commenting on the achievement, an Ola Electric spokesperson said:
“The BIS certification of our indigenously developed 46100 LFP Cell is a significant milestone in our mission to build India’s most advanced EV and energy ecosystem. The successful certification and qualification of this cell reflects the strength of our R&D, engineering, and manufacturing capabilities, while reinforcing our commitment to developing world-class battery technologies in India. As we continue to expand our in-house cell portfolio, we are creating the technological foundation required to accelerate EV adoption, support future energy storage solutions, and strengthen India’s energy independence.”
Expanding Ola Electric’s In-House Battery Portfolio
The certification further expands Ola Electric’s battery technology portfolio beyond its existing NMC-based 4680 Bharat Cell platform.
The newly certified LFP 46100 battery platform has been designed to support:
- Future electric vehicle applications
- Stationary energy storage systems
- Grid-scale energy storage solutions
- Long-cycle industrial applications
According to the company, the cell delivers:
- Energy density exceeding 170 Wh/kg
- Wide operating temperature capability
- Development pathway toward more than 4,000 charge-discharge cycles
The battery has been engineered for applications where safety, lifecycle performance, durability, and cost efficiency are as important as energy density and power output.
Supporting India’s EV and Energy Storage Growth
Ola Electric noted that thousands of vehicles powered by its 4680 Bharat Cells are already operating on Indian roads and have collectively covered millions of kilometres in real-world conditions.
The company’s battery development strategy remains closely linked to its Gigafactory ambitions, which are central to its long-term vision of building a fully integrated EV and energy ecosystem in India.
By developing both NMC (Nickel Manganese Cobalt) and LFP (Lithium Iron Phosphate) battery chemistries on a common 46-series architecture, Ola Electric aims to deploy multiple battery technologies across mobility and energy storage applications while increasing domestic value addition.
Advancing India’s Battery Manufacturing Ecosystem
The BIS certification of the LFP 46100 cell represents an important step toward reducing India’s dependence on imported battery technologies and strengthening the country’s position in the global electric mobility supply chain.
As India accelerates EV adoption and expands renewable energy deployment, domestically developed battery technologies will play a critical role in supporting energy security, lowering costs, and building a self-reliant clean energy ecosystem.
With the successful certification of its indigenous battery cell platform, Ola Electric continues to strengthen its role in advancing India’s ambitions in electric mobility, battery innovation, and energy storage infrastructure.
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