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Mohamed Atef Tawfik Abdelkader is a Postdoctoral researcher at the University of Southern Denmark, specializing in Energy and Industrial Electronics. His expertise encompasses the design, analysis, control, optimization, and implementation of high-power, high-frequency power electronics converters and photovoltaic generation systems, both standalone and grid-connected. Abdelkader's work includes the development of on-board charger (OBC) converters and plasma generation systems, focusing on innovative design and integration techniques for magnetic devices. His research has led to advancements in dynamic modeling and simulation of high-order converters, as well as the implementation of hardware prototypes. He has actively contributed to the proposed electrolytic capacitorless topologies for isolated multilevel inverters and the development of frequency-independent power decoupling circuits. Additional interests include efficiency optimization in single-stage ac/dc converters, reduced component counts in power applications, and high-frequency resonant converter designs. He is involved in various projects aimed at improving system reliability and performance, demonstrating a strong commitment to advancing research in the field of power electronics.
University of Southern Denmark • Odense, Denmark
Conducting research on high-power electronics converters and their applications.
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