KPIT Applied sciences has developed the Sodium-ion battery know-how that not solely guarantees to deal with import dependency on core battery supplies but in addition opens up numerous purposes throughout completely different sectors.

The use circumstances for electrical automobiles, significantly two and three-wheelers, in addition to industrial automobiles, spotlight the potential for Sodium-ion batteries to contribute to the expansion of the electrical mobility sector. Moreover, its purposes in stationary deployments, akin to UPS backups and grid storage, counsel versatility and the power to cater to a spread of vitality storage wants.

This growth comes from a fruitful collaboration between KPIT Applied sciences and the Indian Institute of Science Training and Analysis (IISER), Pune, and underscores the significance of industry-academia partnerships in advancing technological options. The contributions of the IISER Pune staff in materials synthesis, characterization, and battery testing showcase the collaborative effort required to carry such progressive applied sciences to fruition.

“Sustainability is on the coronary heart of KPIT’s imaginative and prescient. We’re engaged on a number of applied sciences to reimagine mobility and speed up the push in direction of cleaner transportation. As the electrical mobility ecosystem matured, we had been cognizant of getting alternate battery applied sciences and localizing the storage worth chain. Our Sodium-ion battery know-how, fully reliant on Earth’s plentiful uncooked supplies, is one other testomony to KPIT’s dedication in direction of the sustainable mobility ecosystem. We sit up for partnering with manufacturing firms to commercialize this know-how globally,” stated Ravi Pandit, Co-founder and Chairman of KPIT Applied sciences.