Bangalore-based electric two-wheeler OEM Simple Energy, which recently inked an MoU with Tamil Nadu to set up a Rs 2,500 crore plant, has collaborated with the Indian Institute of Technology-Indore (IIT Indore) to develop a novel composite material with enhanced thermal stability and flame redundant properties for its flagship product, Simple One, and future products.
The start-up claims the cutting-edge technological system for thermal management will help improve safety, dependability, and lifespan of the battery modules in all its products. According to
Suhas Rajkumar, founder, and CEO, Simple Energy, “Currently, users are aware of the severity of the battery issues. Manufacturers need to develop new technology for their safety. While the global EV market started looking for an option to tackle thermal runaway issues, Simple Energy is one step ahead on this. Our research team collaborated with IIT-Indore for developing a best optimal solution to address the issues.”
The collaboration with IIT Indore will boost Simple Energy’s R&D and aid in the integration of lightweight vehicles with high-performance (composite) materials to reduce range anxiety and accelerate consumer demand in line with government standards.
Speaking on the association with Simple Energy, Dr I A Palani, Dean R&D, IIT Indore said: “IIT Indore has collaborated with Simple Energy for this advanced technology application in thermal management systems. This tie-up will ensure to take the R&D to greater heights as it involves scholars from both teams. By completing such projects, Simple Energy will undoubtedly lead R&D and technology in the EV industry in India. We look forward to more such projects in the future with team Simple.”
Simple Energy and IIT Indore, along with Dr. Santosh Kumar Sahu, HOD – Department of Mechanical Engineering, IIT Indore, worked together on this thermal management system for over a year.
/news-national/simple-energy-and-iit-indore-co-develop-cuttingedge-thermal-management-system-80673 Simple Energy and IIT Indore co- develop cutting-edge thermal management system Innovative composite material with enhanced thermal stability and flame redundant properties claims to tackle thermal runaway issues with EV batteries. https://www.autocarpro.in/Utils/ImageResizer.ashx?n=http://img.haymarketsac.in/autocarpro/45ff4aad-626c-4c5b-bfaf-818b20818fa6.JPG