Name: Wu Fuzhuan
Gender: Male
Professional Title: Professor
Degree: Master's degree
Education and Work Experience:
1. September 1984–July 1988: Harbin University of Science and Technology, Electrical Machinery, Bachelor's degree.
2. July 1988–April 1997: Chief Engineer, Transformer R&D Office, Zhengzhou Electrical Equipment General Factory.
3. April 1997–present: Faculty member, Zhongyuan University of Technology.
4. September 2008–July 2009: Visiting Scholar, Tianjin University; 2012: Master's degree, Zhengzhou University; promoted to Professor in 2011.
Research Directions:
1. New energy power generation and microgrids.
2. Power quality regulation.
3. Development of research platforms for power conversion and control.
Academic Research Projects:
1. Research and Implementation of a Static Var Generator for Distribution Networks; Henan Provincial Department of Education Key Science and Technology Research Project, 2019.
2. Development of a Unity-Power-Factor Dynamic Voltage Restorer (DVR); Henan Provincial Department of Science and Technology Research Project, 2011.
3. Development of Grid-Connected New Energy Equipment (industry-sponsored project), 2019.
4. Open Innovative Training System for Power Conversion (industry-sponsored project), 2017.
Awards:
1. Research on Control Strategies for Minimizing Main-Circuit Capacity of a UPQC, Second Prize of the Henan Scientific and Technological Paper Award, 2012.
2. Key Technologies and Applications of Grid-Connected Dispatch for Distributed Energy in Regional Distribution Networks, Third Prize of the Henan Science and Technology Progress Award, 2019.
Representative Papers:
1. Research on a Control Strategy for Minimizing the Main-Circuit Capacity of a UPQC, Electric Machines and Control (EI).
2. Methods for Determining UPQC Main-Circuit Parameters under Different Compensation Strategies, Power System Protection and Control (EI).
Representative Works and Achievements:
1. Power Conversion and Control, Editor-in-Chief, Publishing House of Electronics Industry, May 2014.
2. Principles of TMS320F28335 and Its Applications in Electrical Engineering, Editor-in-Chief, Publishing House of Electronics Industry, January 2020.
3. Invention Patent: A Multi-Mode Power Supply System Based on a Three-Phase Bridge, ZL 2017 1 0884202.0.
Contact:
Email: wfzh@zzti.edu.cn
