Power Electronics, Converter and inverter technology, Wind power, Solar inverters, Fuel cell, Power electronics applications in renewable energy systems.

2002-2005, Power Electronics, Zhejiang university
1999-2002,Power Electronics, Hefei University of Technology
1994-1998,Electrical Engineering, Anhui Architecture Industry University

2008.08-2009.12, Danfoss solar inverters, Soenderborg,Denmark
2005.08-2008.08, Samsung advanced institute of technology, Suwon, Korea

novel multi-level solar inverters;
off-grid solar inverters
storage system;
frequency converter.

Power electronics—Converters, Applications, And Design, English teaching for Junior

[1]Y. Wang.; Wang Fei.; Novel three phase three level stacked neutral point clamped grid tied solar inverter with split phase controller, IEEE Transaction on Power Electronics, Vol. 28，Issue 6，Page(s): 2856-2866, 2013.
[2] Y. Wang.; Rui Li.; Novel high efficiency 3 level stacked neutral point clamped grid tied inverter, IEEE Transaction on Industry Electronics, Vol. 60, Issue 10, 2013.
[3] Wang, Y, Gao, Q, Cai, X, Mixed PWM Modulation for Dead-time Elimination and Compensation in a Grid-tied Inverter, Industrial Electronics, IEEE Transactions on, Volume: PP , Issue: 99 2011 , Page(s): 1.; SCI impact factor: 4.678; online available;
[4] Y. Wang, Xu Cai, DC link voltage optimized control for efficient residential fuel cell converter, International journal of Electrical Power & Energy Systems, Vol. 32, Issue 9, pp.1031-1036., Aug, 2010. SCI impact factor: 1.613;
[5] Y. wang, Q. zhao, U. Borup, S.Y.Choi Stack and converter integrated design for efficient residential fuel cell system, International Journal of Hydrogen Energy Vol. 34, Issue 17, pp.7316-7322. Aug, 2009, SCI impact factor: 3.945;
[6] Y. wang, S.Y.Choi, E.C.Lee, Fuel cell power conditioning system design for residential application, International Journal of Hydrogen Energy，Vol.34, Issue 5, pp.2340-2349. Mar, 2009, SCI impact factor: 3.945;
[7] Y. wang, A novel input ripple current suppressing topology configuration and controller for residential fuel cell power conditioning system, Journal of Fuel Cell Science and Technology, Vol.7, June, 2010, SCI impact factor: 1.0;
[8] Y. wang, S.Y.Choi, E.C.Lee, Efficient and ripple-mitigating dc-dc converter for residential fuel cell system, Journal of Electrical Power & Energy Systems, Vol. 31, Issue.01, 2009, Jan, SCI impact factor: 1.613;
[9] Yong Wang, Zhengyu Lu, Huiqing Wen, Yousheng Wang, Dead-time Compensation Based on the Improved Space Vector Modulation Strategy for Matrix Converter, PESC’05(Power Electronics Specialist Conference), Brazil( EI complex);
[10] Yong Wang, Zhengyu Lu, Wenxi Yao, Yousheng Wang, Digital Harmonic Acquisition with Delay Time Compensation Based on the Improved d-q Transformation; PESC’04, Archen, Germany (EI complex).