Next-Generation High-Power Nanocrystalline Smart Wireless EV Charger
By incorporating the new laminated Nanocrystalline ribbon (FeCuNbSiB) for the magnetic core design and the quadrilateral current mode (QCM) switching scheme for the parallel connected SiC MOSFETs, significant advancements can be achieved in the wireless charging system. These advancements include further reduction in losses such as the iron loss of the
Prof. JIANG Chaoqiang, Mr. WANG Yibo, Mr. CHEN Chen, Mr. WANG Xiaosheng , Mr. XIANG Jingchun, Dr. ZHOU Jiayu, Prof. LONG Teng
- Inductive Power Transfer
- Nanocrystalline material
- Quadrilateral current mode switching
- High Power Wireless Charging
- Hybrid Nanocrystalline for IPTs
- Wireless charging for EVs
- High-efficiency High-power Wireless Charging
- Wireless charging for industrial applications
