معرفی
Michael A. E. Andersen is a Professor and Head of Section in the Department of Electrical and Photonics Engineering at the Technical University of Denmark (DTU). His work focuses on power electronics with applications in electric power supplies, switch mode techniques, and audio amplifiers. He teaches courses at all levels in power electronics and supervises student projects including special courses, mid-term projects, thesis projects, and PhD research.
Dr. Andersen's research interests center on power electronics, with specific expertise in DC-to-DC converters, boost converters, power supply design, power density optimization, and switching frequency techniques. His work contributes to UN Sustainable Development Goals related to sustainable energy and technology innovation. His research fingerprint shows strong activity in areas like DC-to-DC conversion (100%), boost converters (75%), power supply engineering (70%), and experimental power electronics (70%).
His recent publications demonstrate a clear trend toward high-efficiency power conversion systems, particularly for datacenter applications, LED drivers, and wireless power transfer. The research focuses on improving power density, reducing losses, and developing novel control schemes for various converter topologies. Many papers explore partial power processing techniques to achieve efficiencies above 99% while maintaining high power density.
- AEG Elektronprisen (2004)
- 2013 IEEE ECCE Asia Downunder First Prize Paper
- A. R. Angelo's Grant (1990)
- Best Poster Prize UPEC '91 (1991)
- Best Presentation Award at WiPDA-Asia 2021
- Multiple recognition for Power Factor Converter research
- Several awards related to High Efficiency Audio Power Amplifiers
Professor Andersen actively supervises multiple PhD students including Andresen, J. on High-Efficiency Converters for Next-Gen HPC, Guglielmino, S. on battery cell impedance spectroscopy, and Wolstrup, A. F. on flexible and printable electronics. He serves on numerous review committees including for the Cyprus Agency of Quality Assurance and Accreditation in Higher Education, Prince Sattam Bin Abdulaziz University, and the Chilean National Commission for Scientific and Technological Research. His research contributes to sustainable energy solutions aligned with UN Sustainable Development Goals.
His work involves multiple research groups focused on power electronics design, high-efficiency converters, and wireless power transfer systems. The research environment includes advanced laboratories for power converter testing, magnetic component analysis, and high-frequency circuit development. Current projects emphasize next-generation power conversion technologies for datacenters, portable devices, and industrial applications with a strong focus on efficiency and power density improvements.
