Institute of Power Electronics and Electric Transmission

Academic Identity

Professor

Work experience

1993.07-2000.08, teaches at the School of Electrical Engineering, Shandong University of Technology

2000.08-To date, Teaching at the School of Electrical Engineering, Shandong University      

Personal information        

Name

Wang Yubin        

Gender

Male        

Date of birth

1967.09.12        

Place of Origin

Zhaoyuan, Shandong        

Professional title

Professor        

Position

Director of the Institute        

Telephone

  81696190        

Email

yb_wang@sdu.edu.cn

Research direction

Mainly engaged in power electronic converter topology and control technology、New energy and distributed power generation、High GainDC/DCConverter、Comprehensive management of power quality and harmonics、Scientific research and teaching work in soft switching technology and other fields

Recent academic works

[1]. Fan Wang, Yubin Wang*, et al. Multiphase Low Stresses High Step-Up DC–DC Converter With Self-Balancing Capacitor Voltages and Self-Averaging Inductor Currents. IEEE Trans. on Power Electronics, 2022. 37(6):6913-6926. （SCI 1District)        

[2]. Xinna Tian, Yubin Wang*, et al. An adaptive nonlinear droop control for accurate load current sharing and DC bus voltage compensation in a DC power system. Journal of Power Electronics. 2022. 22(2):308-317. (SCI included)      

[3]. Mingjia，Wang Yubin*，et al. Large signal stability analysis and active damping compensation method of DC microgrid. Journal of Electrical Engineering，2021.36(S2), 517-529. (EI included)        

[4]. Shenhong Wang, Yubin Wang*, et al. Low current ripple high step-up interleaved boost converter with switched-capacitors and switched-inductors. Journal of Power Electronics. 2021. 21:1646–1658. (SCI included)      

[5]. Zheng Guo, Yubin Wang*, et al. Wide input/output control strategy for multiphase series capacitor bidirectional DC-DC converters. Journal of Power Electronics. 2021. 21:735-746. (SCI included)      

[6]. Editor-in-Chief Wang Yubin，Principles of advanced power electronics technology、Shandong University Press，Shandong University Press，2021.01.      

[7]. Su Bing，Wang Yubin*，et al. Multi-phase interleaved parallel bidirectional DC/DC converter based on coupled inductors and its current sharing control. Journal of Electrical Engineering，Vol35 No.20, 4336-4349. (EI included)      

[8]  Fan Wang, Yubin Wang*, et al. Three-Phase interleaved high step-up Bidirectional DC–DC Converter. IET Power Electronics. 2020. Vol.13(12):2469-2480. (SCI included)      

[9]. Teng Changpeng，Wang Yubin*，Zhou Bokai，et al. Large signal stability analysis of DC microgrid with constant power load. Journal of Electrical Engineering，2019.34(5):973-982. (EI included)      

[10]. Fan Wang, Yubin Wang*, et al. A Novel High-Conversion-Ratio Bidirectional Three-Phase DC–DC Converter. IET The Journal of Engineering. 2019. Vol.2019(16):2764-2771. (SCI included)      

[11]. Fengyi Zhang, Yubin Wang*, et al. Pulse Frequency Modulation and Unilateral Dual-phase-shift Hybrid Control Strategy for Bidirectional Full-Bridge LLC Resonant Converter. IET The Journal of Engineering. 2019. Vol.2019(16):3120-3126. (Included by SCI )      

[12]. Changpeng Teng, Yubin Wang*, et al. Distributed Control Strategy of Hybrid Energy Storage System in the DC Microgrid. IET The Journal of Engineering. 2019. Vol.2019(16):2851-2855. (SCI included)      

[13]. Bing Su, Yubin Wang*, et al. Multi-phase interleaved Bidirectional dc/dc converter with two-winding coupled inductors. 2019 IEEE 3rd International Electrical and Energy Conference(CIEEC2019). Sep.2019:433-438. (EI included)      

[14]. Jia Ming, Yubin Wang*, et al. Large-signal Stability Analysis and Shunt Active Damper Compensation for DC Microgrid with Multiple Constant Power Loads. 2019 22nd International Conference on Electrical Machines and Systems(ICEMS2019). Aug.2019. (EI included)      

[15]. Yubin Wang*, Fan Wang, et al. Sensorless Parameter Estimation and Current-sharing Strategy in two-phase and Multiphase IPOP DAB dc/dc converters,IET Power Electronics. 2018,Vol.11, No.6, pp.1135-1142. (Included by SCI)      

[16]. Tengteng Pan, Yubin Wang*, et al. Topology Optimization and Current Sharing Strategy of Interleaved Bidirectional dc/dc Converter with Coupling Technique. IET Power Electronics. 2018,Vol.11 No.15, 2470- 2480. (Included by SCI)      

[17]. Tao Wendong，Wang Yubin*，Zhang Fengyi，et al. Frequency conversion-phase shifting control method of bidirectional LLC resonant converter. Journal of Electrical Engineering，2018.33(24):5856-5863. (EI included)      

[18]. Yu Chenghao，Wang Yubin* et al. Three-phase solid-state transformer topology based on high-voltage silicon carbide devices and its control under unbalanced grid voltage. Journal of Electrical Engineering，2017.32 (32): 111-118. (EI included)      

[19]. Wang Shanshan，Wang Yubin* et al. Research on voltage and power balance control methods of cascaded power electronic transformers. Journal of Electrical Engineering，2016.31 (22): 92-99. (EI included)      

[20]. Wang Yubin*, Wang Shanshan et al. Optimal current control of dual active DC-DC converters based on dual phase shift control. Journal of Electrical Engineering，2015.30 (14): 488-496. (EI included)      

[21]. Wang Yubin*, Lin Yifei et al. Double-coupled inductor soft-switching zero-voltage conversion inverter with adaptive adjustable delay control. Journal of Electrical Engineering，2014.29 (8): 103-109. (EI included)      

[22]. Wang Guangzhu, Wang Yubin et al. The impact of parameter changes on parabolic PWM current control and its countermeasures. Chinese Journal of Electrical Engineering，2012.32(36):9-14. (EI included)      

[23]. Wang Yubin*,Wang Guangzhu. Research on new AC PWM switch based on switched capacitor technology and its application in microgrid mode switching. Journal of Electrical Engineering，2011.26 (12): 211-215. (EI included)      

[24]. Chien-Liang Chen, Yubin Wang, et al. Design of Parallel I nverters for Smooth Mode Transfer Microgrid Applications. IEEE Trans. On Power Electronics, 2010. 25(1):6-15. (SCI Zone 1)

Recent scientific research projects

[1] The Ministry of Education’s industry-university-research collaborative education project “Based on GuweiPTSSeries Power Electronics Teacher Training”,2021.03-2022.03, hosted.        

[2] The Ministry of Education’s industry-university-research collaborative education project “Based on GuweiPTSPower Electronics Experiment Instructions for Series Power Electronics Training Systems”，2020.04-2021.04, hosted.        

[3] National Natural Science Foundation of China General Project“Under asymmetric AC voltageMMCAnd stability research of flexible DC grid based on small signal method”（51877125），2019.1-2022.12, second place.        

[4] Shandong Provincial Natural Science Foundation General Project“Research on key technologies for stability and energy management coordination of DC microgrid based on solid-state transformer”（ZR2018MEE037），2018.3-2021.6, hosted.        

[5] National Natural Science Foundation of China General Project“Research on soft-switching solid-state transformer and its control technology for smart microgrid”（51277115），2013.1-2016.12, hosted.        

[6] National Natural Science Foundation of China General Project“Cascaded modular multi-level matrix converter and its control technology for smart grid”（51177095），2012.1-2015.12, mainly involved.        

[7] National Natural Science Foundation of China project“Research on multi-port hybrid energy storage topology optimization and multi-objective control strategy of microgrid”（51107068），2012.1-2014.12, second place.        

[8] Shandong Provincial Natural Science Foundation General Project“Soft-switching inverter topology applied to smart microgridPWMResearch on solid-state switch technology”（ZR2011EEM026），2011.7-2014.7, hosted.        

[9] Ministry of Education Scientific Research Startup Fund Project for Returned Overseas Students“Soft switch grid connectionZVTResearch on inverter topology optimization and microgrid seamless switching control technology”(Foreign Teaching Department)[2010]609No.),2010.6-2013.6, Host.        

[10] Jinan Science and Technology Bureau--Independent innovation projects of colleges and universities“New high-efficiency soft-switching grid connection/Independent dual-mode photovoltaic inverter”（201202093），2012-2014,Host.

[2] Wang Yubin, Wang Fan, etc.. A polyphase high-gain bidirectional DC converter、Control method and system, China Invention SpecialtyZL202010407610.9，2021.3.2Authorization.

[3] Wang Yubin, Guo Zheng et al. A two-waydc-dcSoft switching circuit and wide range soft switching control method，China invention patentZL201911311015.9，2020.10.30Authorization.

[4] Wang Yubin, Wang Fan, etc.. Wide input wide output three-phase high gain DC converter and control method，China invention patent201911060036.8.(2020.8.4Authorization)

[5] Wang Yubin, Wang Fan, etc..A high-gain bidirectional three-phaseDC-DCConverter and control method, Chinese invention patent201810031749.0.( 2020.3.31 Authorization)

[6] Wang Yubin, Wang Fan, etc..A series multi-phase cross-coupled inductor structure and its control method, China invention patent201810339887.5.(2019.9.27Authorization)

[7] Wang Yubin, Wang Fan, etc..A high-gain bidirectional four-phase based on coupled inductorDC-DCConverter and control method, China invention patent201810215005.4. (2019.6.14Authorization).

[8] Wang Yubin, Yu Chenghao, Li Houzhi. A high pressureSICDevice overcurrent detection and protection circuit, device and method, China invention patent201610394900.8. (2018.07.17Authorization) .

[9] Wang Yubin, Lin Yifei, etc.. One for two modulesDC-DCCurrent sharing control system and method for parallel converters, China invention patent201510411610.5. （2017.6.16Authorization).

[10] Wang Yubin, Lin Yifei, etc.. For multi-module parallel combinationDC-DCConverter current sharing control system and control method, China invention patent201510412918.1. （2017.5.24Authorization).

Academic Type

Academic, professional