The global electric vehicle (EV) revolution is picking up speed in 2025, with record-breaking sales, rapid technological advancements, and strong policy support driving the shift toward cleaner mobility worldwide. Amidst this transformation, Himadri Speciality Chemical Ltd emerges as a key player, strategically positioned to power the next generation of sustainable transportation. With its pioneering work in lithium-ion battery components, particularly LFP cathode active materials and advanced silicon carbon anode technologies, Himadri is not only responding to global demand but actively shaping the future of energy storage and e-mobility.
Anurag Choudhary, CMD & CEO- Himadri Speciality Chemical Ltd said, “The global electric vehicle (EV) market is accelerating at an unprecedented pace, reshaping the future of mobility and energy across the world. This momentum continues in 2025, with sales projected to surpass past global records and this growth is driven by supportive policies, improved technology, and expanding consumer demand.”
He emphasized that For Himadri Speciality Chemical Ltd, these robust global dynamics represent an extraordinary growth opportunity. As a pioneer in the manufacturing of lithium-ion battery components, especially in LFP cathode active materials and advanced silicon carbon anode technology, Himadri is strategically positioned to supply the materials essential for powering this EV revolution. Our investment in setting up the world’s first commercial LFP cathode active materials plant outside China and partnerships with global innovators like Sicona Battery Technologies (Australia) and Internal Battery Company (USA) reflects our readiness to meet growing demand for next-gen sustainable battery solutions.
“India is uniquely poised to become a credible anchor in the global electric vehicle revolution. With EV penetration on the rise and strong government initiatives driving adoption and manufacturing, the country is set to transition from being primarily a consumer of electric vehicles domestically to a key contributor in the global EV ecosystem. This transformation demands foresight to invest not only in current technologies but also in the innovative solutions that will define the vehicles of tomorrow. Himadri’s capabilities in manufacturing battery materials support this journey, enabling India to build a self-reliant EV supply chain that strengthens energy security and drives industrial growth. By fostering domestic production, we are reducing import dependence, creating employment, and stimulating technological innovation. Additionally, our research work in the areas of developing battery recycling technologies aligns with India’s sustainability goals, promoting a circular future,” Choudhary further added.
