[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)
|