Researchers at MIT World Peace University (MIT-WPU) have developed a patented Passive Hybrid Cooling System (PHCS) designed to significantly enhance the safety, reliability, and performance of electric vehicle (EV) battery packs. The innovation aims to mitigate thermal risks and extend battery life, addressing one of the most critical challenges in EV adoption.
Breakthrough Cooling Technology for Safer EV Batteries
The PHCS integrates an advanced passive cooling mechanism capable of efficiently regulating battery temperatures without depending on complex active components. This system improves heat dissipation during peak loads, reduces thermal runaway risk, and maintains battery efficiency across diverse climatic conditions.
Designed for Indian & Global EV Markets
Built with scalability in mind, the cooling solution is suited for various EV categories, including two-wheelers, three-wheelers, cars, and commercial fleets. With rising safety concerns and an expanding EV ecosystem, the innovation is expected to support both domestic manufacturers and global OEMs seeking reliable battery solutions for high-temperature environments.
Patent Secured for Commercial Deployment
The patented technology strengthens India’s positioning in EV research and advanced battery engineering. MIT-WPU plans to collaborate with industry partners to facilitate real-world testing and commercial deployment.
Supports India’s Push Toward Safer, High-Performance EVs
As India accelerates toward mass EV adoption, the PHCS is poised to play a critical role in improving user safety, enhancing energy efficiency, and fostering trust in electric mobility.
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