W. (Wenli) Shi
W. (Wenli) Shi
Profile
Biography
I received the B.S. and M.S. degree of Mechanical Engineering at the Jilin University, China in 2015, and the Beijing Institute of Technology, China in 2018, respectively. Now I am pursuing my Ph.D. degree in Electric Engineering at the Delft University of Technology. From 2015, I started the research of inductive charging of electric vehicles. During the master study, research was mainly about the compensation networks, dynamic modeling and power flow control of stationary inductive charging. In TU Delft now, my research topic is dynamic inductive charging, focusing on the magnetic coupler optimization design, EMF exposure, and foreign object analysis.
Expertise
My research interests are DC converter control, magnetic field analysis, inductive power transfer system.
Projects
I am now working on the Metrology for inductive charging of electric vehicles project (MICEV).
Expertise
Publications
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2022
Continuous Reduced-Order Dynamic Model Based on Energy Balancing for Inductive Power Transfer Systems
Wenli Shi / Jianning Dong / Thiago B. Soeiro / Junjun Deng / Calvin Riekerk / Pavol Bauer
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2022
Design of a Highly Efficient 20 kW Inductive Power Transfer System with Improved Misalignment Performance
Wenli Shi / Jianning Dong / Thiago Batista Soeiro / Calvin Riekerk / Francesca Grazian / Guangyao Yu / Pavol Bauer
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2021
Analysis of Dynamic Charging Performances of Optimized Inductive Power Transfer Couplers
Wenli Shi / Francesca Grazian / Soumya Bandyopadhyay / Jianning Dong / Thiago B. Soeiro / Pavol Bauer
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2021
Integrated Solution for Electric Vehicle and Foreign Object Detection in the Application of Dynamic Inductive Power Transfer
Wenli Shi / Jianning Dong / Thiago Batista Soeiro / P. Bauer
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2020
Analysis of Magnetic Field Emissions in Inductive Power Transfer EV Chargers Following Reference Designs in SAE J2954/2019
Wenli Shi / Francesca Grazian / Jianning Dong / Thiago Batista Soeiro / Pavol Bauer
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