Development of Novel Rare-Earth Magnet-Free Electrical Machines, Power Electronics Inverters, and Control Strategies
Professor Z.Q. Zhu, Fellow of Royal Academy of Engineering, FIEEE, FIET, FCSEE
University of Sheffield, UK
时间：10月19日上午9：15-11：30
地点：创新港3号巨构钟兆琳会议室
Abstract
Permanent magnet (PM) machines have been widely employed for many applications due to high torque density and high efficiency. However, relatively high cost and potential supply issue of rare-earth magnets are major concerns. Rare-earth magnet-free machines are being seriously considered and investigated all over the world. Conventional electrical machines, such as induction, switched reluctance, synchronous reluctance and wound field synchronous machines, are being re-examined. New and novel electrical machines without rare-earth magnets are being developed, as will be overviewed in this presentation. This presentation will focus on the development of new operation principles, novel machine topologies, advanced power electronics inverters, and control strategies.
Biography
Professor Z.Q. Zhu is Head of the Electrical Machines and Drives Research Group at University of Sheffield, UK, Royal Academy of Engineering / Siemens Research Chair Professor and Founding Director of four industrial research centres, including Siemens and Midea.
His current major research interests include design and control of permanent magnet machines and drives for applications ranging from electrified transportation through household appliances to renewable energy.
He is a Fellow of Royal Academy of Engineering, IEEE, IET, and CSEE, and the Editor-in-Chief of IET EPA. He is the recipient of the 2021 IEEE Nikola Tesla Technical Field Award and the 2019 IEEE Industry Application Society Outstanding Achievement Award.
