Ashish Khandelwal

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About

Ashish Khandelwal is a researcher whose work sits at the intersection of wireless power transfer and advanced battery management systems. His key contributions center on developing intelligent, adaptive charging architectures that bridge the gap between wireless energy delivery and electrochemical storage. His most-cited paper, "Wireless lithium-ion battery charging platform with adaptive multi-phase rapid-charging strategy" (2015), introduces a novel system that integrates a wireless charging platform with a sophisticated, model-based rapid-charging algorithm. By leveraging a simplified electrochemical battery model, Khandelwal’s design dynamically adapts charging phases to optimize speed while maintaining safety and efficiency. This work has garnered 6 citations, establishing a foundation for subsequent research into seamless, high-performance wireless energy systems. Khandelwal’s research is particularly notable for its practical, experimentally validated approach—demonstrating real-world rapid-charging performance that addresses a critical bottleneck in portable and electric vehicle applications. His contributions are valuable for students and engineers exploring the convergence of power electronics, control theory, and battery science, offering a clear pathway toward more convenient and faster charging solutions in an increasingly wireless world.