Advanced Matrix Converters: Topology, Modulation, and Control is a comprehensive guide for readers interested in developing advanced direct AC-AC converters, commonly known as matrix converters (MCs). These MCs offer an all-silicon and environmentally friendly solution that has garnered increasing attention in recent years due to their ability to eliminate bulky passive components and improve the converters' power density, conversion efficiency, and reliability.
This book covers the principles of topology construction, advanced modulation strategies, application areas, and control methods. It includes topics such as efficient AC-AC conversion, multi-level conversion, and high-performance adjustable speed drives. It is an essential resource for researchers, engineers, and designers who must select the most appropriate new topologies and control methods for specific applications.
Introduction.- Basic Third-Harmonic Injection Matrix Converter.-
Third-Harmonic Injection Matrix Converter with Multiple-Outputs.- Three-Level
T-Type Third-Harmonic Injection Matrix Converter.- Three-Level Matrix
Converter with Integrated Neutral-Point Potential Balancer.- Three-Level
Indirect Matrix Converter for Adjustable Speed Drives.- Third-Harmonic
Injection Micro-Inverter for AC Photovoltaic Module Applications.-
Back-to-Back Matrix Converter with Single-Arm Current Injection.- Three-Level
Modulation Strategy for Conventional 3×N Direct Matrix Converters.- Control
Method for Matrix Converter to Enhance Linear Voltage Transfer Ratio.-
Cascade PI-SMC Method for Matrix Converter-Fed BDFIM Drives.- Conclusions and
Perspective for Future Work.
Hui Wang, Ph.D., received a B.S. degree in automation, an M.S. in electrical engineering, and his Ph.D. in control science and engineering from Central South University, Changsha, in 2008, 2011, and 2014, respectively. He is currently a Professor at the School of Automation at Central South University. Professor Wang has worked on power electronic converters for over ten years, and he has published his research results in more than 50 journals and conferences. His research interests include matrix converters, renewable energy, power conversion systems, and solid-state transformers.
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