🔋 Optimizing Power Flow: Dual-Source Converter for Smarter EV Cell Utilisation #AcademicAchievements #worldresearchawards
The rapid evolution of electric mobility has created an urgent need for intelligent power systems that maximize energy efficiency, extend battery life, and ensure stable performance under diverse driving conditions. The concept of A Dual-Source Converter for Optimal Cell Utilisation in Electric Vehicle Applications emerges as a futuristic yet highly practical solution for next-generation EV architectures. 🚗⚡ This innovative converter design integrates two complementary energy sources—typically a primary battery pack and a secondary auxiliary unit—to intelligently distribute power based on real-time demands, system health, and operating conditions. By harnessing smart switching, high-frequency modulation, and dynamic load balancing, the design significantly improves cell utilisation, reduces stress on individual battery cells, and ensures smoother power delivery. The technology aligns strongly with the growing push toward sustainable, long-lasting mobility, maki...
