Oversea Collaborators

Rui LIANG

Non-graduating Research Student

Research Direction: Wireless Power Transfer

Mr. Liang is currently pursuing his B.Eng. degree in Electrical Engineering at The Hong Kong Polytechnic University. His research interests include wireless power transfer and power electronics.

(2023-2024)

Wu Tianyu: Omnidirectional Wireless Charging of Battery-Free Drones in A Novel Wireless Charging Chamber

Wang Kexin: Design of A New Spatial Wireless Charger for Drones

Wang Gequ: Exploration of Omnidirectional Wireless Power Transfer in Seawater Environments

Bai Zheyuan: Underwater Wireless Power Transfer

Hou Zheyi: Development of Low-Frequency Metamaterials for Wireless Power Transfer Systems

Jiang Zeyu: Extended Space Wireless Power Transfer for Internet of Things

Liu Shuhong: Developing a High-Frequency Wireless Power Receiver Based on Flexible PCB

Xu Yuhang: Research on Flexible PCB-Based Wireless Power Receivers in Spatial Wireless Power Transfer Systems

Xu Longshengya: Optimizing PCB-Based Resonators for Capacitive Power Transfer

Song Yingying: Optimizing PCB-Based Resonators for Inductive Power Transfer

Nie Yiqi: Design and Implementation of Multi-kW and Multi-MHz SiC Full-Bridge Inverter for High-Frequency Wireless Power Transfer System

Ning Jianping: Design and Implementation of Multi-kW and Multi-MHz Gallium Nitride Full-Bridge Inverter for High-Frequency Wireless Power Transfer System

Huang Ye: Design and Implementation of Ultrahigh Frequency GaN Inverter for High-Frequency Wireless Power Transfer System

Li Jinhang: Implementation of a Bidirectional Wireless Power Transfer System

Tao Yang: Advanced Control of a Bidirectional Wireless Power Transfer System

Deng Tianju: Evaluations on Different Communication Systems in Dynamic Wireless Power Transfer

Li Zhitao: Developing an Advanced Battery Management System

Wang Liangji: Modeling and State Monitoring of Advanced Batteries

Wang Youran: Modeling and state monitoring for EV Lithium-ion batteries

Luo Zikang: Developing Artificial Intelligence-Enhanced Control Methods for Battery Charging Circuits

Zhang Zhiyun: Developing Artificial Intelligence-Enhanced Design Methods for Battery Charging Circuits

Cheng Qikang: Develop an Advanced Power Converter for Internal Battery Temperature Monitoring

Li Rongzhou: Design and Optimization of Thermal Management Structures for Electric Vehicle Lithium-Ion Battery Arrays

Zhang Qikang: Advanced Control of a Dynamic Wireless Power Transfer System

Yang Huanqing: Harmonic Information Detection for Parameter Estimation and Online Control of Dynamic Wireless Power Transfer Systems

(2023-2024)

Wang Wenshuai: Investigations of Three-Dimensional Wireless Power Transfer-Part A: Coil Design

Zhang Xiangrong: Investigations of Three-Dimensional Wireless Power Transfer-Part B: Circuit Design

Tang Ke: Investigations of Three-Dimensional Wireless Power Transfer-Part C: Control Design

Li Qinyu: Investigations of Three-Dimensional Wireless Power Transfer-Part D: EMI Shielding

Sun Zhen: Fast Charging of Next-Generation Wireless Power Transfer

Shang Shuye: High-Frequency PCB-Based Wireless Power Resonators

Zhi Boyuan: Artificial Intelligence and Machine Learning-Based Modeling and Control of Wireless Power Transfer Systems

Tade Hrutuja Sanju: Developing Digital Twins of Batteries for Health Condition Monitoring

Zhao Zekai: Optimizing Electrical Capacity at Carparks to Support EV Chargers

Zhong Tingting: Developing Next-Generation Low-Frequency Metamaterial

Deng Yunfeng: Precise Modeling of Gallium Nitride-Based Power Switches

Jiang Haoquan: Design of a Class-EF Inverter

Chen Chen: Design of a Class-Φ Inverter

Chu Jinjin, Peng Kun, Shen Yaqi: Accurate Modelings of Battery Digital Twins for Real-Time Health Monitoring