SiC Based Integrated Bidirectional Converter for PEV Charging

Last updated on Oct 7, 2022
Drawn by Mingde& Liang
  • Reusing the motor driver as power switches, motor windings as boost inductors;
  • Continuous conduction mode is used with SiC devices to reduce the reverse recovery;
  • Realizing G2V/V2G with low cost and compact size.
PFC Bidirectional PEV Charging V2G/G2V AC/DC
Mingde Zhou 周明德
Mingde Zhou 周明德
Ph.D. candidate of Power Electronics

My research interests include resonant converters, AC/DC converter, magnetic integration and advanced control.

Publications

A SiC-Based Highly Integrated Bidirectional AC/DC Converter for PEV Charging Applications
High power density with low hardware cost is one of the driving forces in the evolvement of plug-in electric vehicles (PEVs) onboard …
Mingde Zhou, Liang Yu, Haoyu Wang
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Events

A SiC-Based highly integrated bidirectional AC/DC converter for PEV charging applications
Abstract: High power density with low hardware cost is one of the driving forces in the evolvement of plug-in electric vehicles (PEVs) onboard chargers. To achieve this target, a highly integrated ac/dc converter is investigated for PEV charging applications.
Nov 15, 2021 9:00 AM — 9:20 AM Shanghai, China
Mingde Zhou, Liang Yu, Haoyu Wang
Project
A SiC-Based highly integrated bidirectional AC/DC converter for PEV charging applications