Thermally Controlled Integrated Energy Storage Device for Electric Vehicle Applications

PolyMaterials has developed a modern technology to manage the temperature rise in batteries to avoid thermal runaway in energy storage system. PolyMaterials is proposing to develop under DOT SBIR Phase I, an integrated adaptor which will reduce the risk of thermal runaway and could be easily integrated into the EV batteries resources/facilities with minimum investment. The proposed integrated technology will be the first of its kind to save thermal runaway and would be implemented in a wide range of EVs, electronics & peak power grid assistance, drones, emergency power back and many power devices. The project includes modeling, design, manufacturing, and integration of components into an efficient device energy storage device in Phase I. The performance integration, risk assessments, and detailed cost benefit analysis will be performed in Phase II. Raytheon has identified the business opportunity, and we will be partnering in Phase II program for validation and commercialization of the technology for thermal runaway applications. Phase III will see the commercial transition of our technology for commercial and DoD Applications. PolyMaterials anticipates its position as a preferred alternative for energy storage applications and positions itself to secure contracts that are currently established in the energy storage value chain.