
SUSTAINABLE POWER CONVERSION LAB
Undergraduate Students


Jiang Zibo
Non-graduating Visting Student
Email: 10225304417@stu.ecnu.edu.cn
Research Direction: Power Electronics
Mr. Jiang is currently pursuing his B.Eng. degree in Electronic Information Science and Technology at East China Normal University, China. His research interests are Power Electronics and Embedded Systems.
Zhen Wei
Non-graduating Visting Student
Email: weizhen20040712@163.com
Research Direction: Wireless Power Transfer
Mr. Wei is currently pursuing his B.Eng. degree in Electronic and Information Engineering at Tianjin University. His research interests include Power Electronics and Embedded Systems.
(2024-2025)
Wang Huajun: Design and Optimization of Thermal Management Structure for EV-based Lithium-ion Battery Array
Alexander Mark Lim Sheng De: Optimization of PCB-based Resonators for Capacitive Power Transfer
Tan Yu Zhang: Investigation of the Omnidirectional Wireless Power Transfer in Seawater Environment
Wu Qixian: Modeling and State Monitoring for EV Lithium-ion Batteries
Jolene Tan Li Han: Investigation of the Wireless Power Transfer Systems Using High Temperature Superconducting Materials
Yee Yong Han: Advanced Control Algorithms for the Next-Generation Wireless Power Transfer Standard “Qi2”
Chua Jun Ping: Design World’s 1st Low-Frequency Metamaterial Unit Cells
Gupte Jui Bhooshan: Developing Machine Optimization Software for Traction Motors with New User Interfaces and Algorithms
Amanraj Singh Dhillon: Optimization of Novel Spatial Inductive Power Transfer Systems
Wang Yici (FYP+URECA): Design and Implementation of Multi-kW and Multi-MHz Gallium Nitride Full-Bridge Inverter for High-Frequency Wireless Power Transfer System (I)
Toh Zheng Jie: Design and Implementation of Multi-kW and Multi-MHz Gallium Nitride Full-Bridge Inverter for High-Frequency Wireless Power Transfer System (II)
Lim Kan Zheng: Optimization of PCB-based Resonators for Inductive Power Transfer
Mah Hon Yew, Daryl: Omnidirectional Wireless Charging of Battery-Free Drones in a Novel Wireless Charging Chamber
Wang Lepeng (URECA): Design and Optimization of Thermal Management Structure for EV-Based Lithium-ion Battery Array
Royce Frederick Mitchellin (URECA): Modeling and State Monitoring for EV Lithium-ion Batteries
Chintapalli Karun Kowsik (URECA): Investigations of Advanced AI Technologies for Battery State Monitoring
Ajeeth Anna (URECA): Investigations of Advanced Spatial Wireless Charging Technologies for Emerging Applications
Govindarajulu Rameshbabu Sanmita (URECA): Investigation of Low-Frequency Metamaterials for Wireless Power Transfer
Wu Dong-Ray (URECA): Studies of Cutting-Edge GaN-based Full-Bridge Inverters for High-Frequency and High-Power Applications
Roger Foo Yi Qi, Kang Jia Jun, Tao Ran, Ryan Karthik Pary, Eunice Wan Xin Yi, James Budiman, Carissa Metta Fernandez, Nair Aayush (DIP): A Wireless Charging System for Autonomous Underwater Vehicles
Wang Beiyi (RAP): Fast and Accurate State-of-Health Monitoring for Li-ion Batteries Based on A New Electro-Thermal-Chemical Model
Wang Qi, Tang Jun Hao (RAP): Advanced Artificial Intelligence Technologies for Next-Generation Wireless Power Transfer Systems
Zhang Yuchao (Joint): AI-Enhanced Control Methods for Battery Charging Circuits
Jiang Senrui (Joint): Modeling and State Monitoring of Emerging Batteries
Nagappan Sethu Ramiah S/O Subramaniam (PT): Development of A High-Frequency and High-Power On-Board Charger for Electric Vehicles
Sim Kun Rong (PT): Analysis and Design of a Power Supply
​
(2023-2024)
Muhammad Syahmi Ibad Bin Kama: Studies of Next-Generation Wireless Power Transfer Circuit and Control
Ess Ariel Cayte Lindsey: Studies of Superconducting Wireless Power Transfer
Jiang Hancong (PT): Investigations of Data-Driven Based Control Methods for Basic Power Converters
Nachammai Visalakshi D/O Valliappan (PT): Investigation of Thermal Effects of Aged Batteries
Song Wei Wang (PT): Investigations of Future Three-Dimensional Wireless Power Transfer
Muhamad Danish Karlin Bin Mohamed Isa: Investigations on Real-time Charging and Discharging Pricing of Electric Vehicles
Chay Hao En Leonard: Novel Control Designs for Domino Wireless Power Transfer Systems
Muhammad Qais Bin Hasman: Novel Coil Designs for Tunnel-Based Wireless Power Transfer Systems
Goh Yu Xiong: Fast Charging of Emerging Wireless Power Transfer for Medium-Power Applications
Yeo Jun Rong: Efficiency optimization of permanent magnet vernier for direct-drive application
Dong Yafei: Investigation of Permanent Magnet Synchronous Motor with Various Magnet Configurations
Fan Minghao (URECA): High-Frequency PCB-Based Wireless Power Resonators
Wang Yici (URECA): Precise Modeling of Wide Bandgap Power Switches for Next Generation Automotive Applications
Lian Kuan Yue (URECA): Developing Next-Generation Low-Frequency Metamaterials
Fazil Arhanifsyah (URECA): Investigations of Three-Dimensional Wireless Power Transfer
Adam Afif Bin Shahrin, Alexander Mark Lim Sheng De, Arshof Ahamed S/O Ansar Ahamed, Davin Yap Sin Yew, Loh Ka Fai, Lu Yonghong, Muhammad Danish Bin Hailani, Tan Wei Yan Ryan, Thng Yong-An, Toh Zheng Jie (DIP): A New Wireless Charging Box
Jamie Wong En Qi, Jedidiah Heng Zhi En, Li Muxuan, Liew Jin Seng, Muhammad Abu Taslim Bin Jaafar, Wang Huajun, Yoo Jae Won (DIP): Developing Smart Charging Strategies for Multiple Electric Vehicles in the Near Future
​
(2021-2022)
LIANG Rui (PolyU URIS): Wireless Power Transfer Box
HO Hoi Hei, LAM Man Ho, YEUNG Kwan Yun: Modelling of The-state-of-the-art Batteries for Electric Vehicles
CHU wing kwong: High-frequency Inverters with Soft Switching
LAW Fong Sui: Implementation of A Dynamic Wireless Power Transfer System for Electric Vehicles
LEUNG Wai Kai: Advanced Electrical Modelings of Li-ion Batteries
NG Kin Fai: A Future Wireless Charging Glove
WEN Cheuk Wing Jason: Design and Implementation of a Commercialisable Wireless Charging Container
​
(2020-2021)
LO Kwing Hei: Switched-Inductor Power Converters
CHAN Lit Hong: Wireless Power Transfer for High Power Electronics