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Master Tutor7-Ph.D Zhu Binxin

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PERSONAL INFORMATION

First Name: Binxin             Last Name: Zhu           

Tel: 86 17197650066            

Email: zhubinxin40@163.com

Address: College of Electrical Engineering & New Energy,  

China Three Gorges University, P.R. China

ACADEMIC POSITION

2016.8 - Current:  Associate Professor, College of Electrical Engineering & New Energy, China Three Gorges University, P.R. China

2014.1  2016.7:   Instructor, College of Electrical Engineering & New Energy, China Three Gorges University, P.R. China

EDUCATION

Chongqing University, College of Electrical Engineering, Chongqing, P.R. China

Ph.D.  Electrical Engineering  (2009-2013)

Dissertation: Study on the Low Voltage Stress and High Step-up dc/dc Converters

Chongqing University, College of Electrical Engineering, Chongqing, P.R. China

Master  Electrical Engineering  (2008-2009)

Hefei University of Technology, College of Electrical Engineering, Hefei, P.R. China

Bachelor  Power System and It's Automation  (2004-2008)

RESEARCH INTERESTS

High voltage gain dc-dc converters

Multiple-input dc-dc converters for DC micro grid application

Improvement of power-conversion efficiency of DC–DC Converter and soft switching technology

RESEARCH EXPERIENCE

China Three Gorges University, College of Electrical Engineering & New Energy, Yichang city, P.R. China

Research leader (2014-present)

Research on power electronics applications in renewable energy

DC micro grid testing system design which contains photovoltaic power generation and energy storage system

Major Research Projects: 

Research on Series Hybrid High Step-up Multiple-Port DC-DC Converter for Multiple-source DC Microgrid supported by China National Natural Science Foundation (2018-2020)

Research on green electric vehicle battery replacement station supported by Foundation of Education Department of Hubei Province, P.R. China (2014-2016)

Research on the key technology of new energy balancing and large scale application of electric vehicles supported by Hubei Provincial Research Center on Micro grid Engineering Technology, P.R. China (2015-2016)

Chongqing University, College of Electrical Engineering, Chongqing, P.R. China

PhD Candidate (2009-2013)

Research on high step-up dc-dc converters especially on how to construct the topology and how to realize the mathematical modeling and controller design.

Bidirectional ac-dc converter used for electric vehicle charger. Both high power factor and high efficiency are the design objectives. A 2.5kw prototype had been built and the power factor is close to 0.99 when load changes from 10% to 100%. The maximum efficiency is nearly to 95% when the output power equals to 2.2kw.

Major Research Projects: 

Study on the Variable Structure Multiple-Input DC/DC Converters for Grid-connected Hybrid Renewable Energy Power System supported by China National Natural Science Foundation (2013-2015)

Research on the interactive technology of electric vehicle and power grid supported by The National High Technology Research and Development Program of China ( 863 Program) (2011-2013)

Research on key technologies of high frequency ac distributed power supply system supported by China National Natural Science Foundation (2009-2011)

Chongqing University, College of Electrical Engineering, Chongqing, P.R. China

Master Candidate (2008-2009)

Research on application of digital control technology in dc-dc power electronic converters.

JOURNAL PAPERS

2017:

[1] Binxin Zhu, Lulu Ren and Xi Wu. Kind of high step-up dc/dc converter using a novel voltage multiplier cell [J]. Power Electronics, IET, 2017, 10(1):129-133. (SCI&EI)

[2] Binxin Zhu, Lulu Ren, Xi Wu and Kun Song. ZVT high step-up DC/DC converter with a novel passive snubber cell [J]. Power Electronics, IET, 2017, 10(5):599-605. (SCI&EI)

[3] Zhu Binxin, Ren Lu-lu, Wu Xi. A novel non-isolated high step-up dc-dc converter [J]. Electric Machines and Control, 2017, 21(4):25-30. (EI)

2015:

[4] ZHU Binxin, CHENG Shan and TAN Chao. ZVS isolated high step-up DC/DC converter [J]. Electric Power Automation Equipment, 35(5): 70-76, 2015. (EI Accession number: 20152901039041)

[5] ZHU Bin-xin, TAN Chao, CHENG Shan and SHE Xiao-li. The ZVT High Step-up Multiple input Converter [J]. Power Electronics, 49(3):50-54, 2015.

[6] ZHU Binxin, YANG Nan, REN Lulu and SHE Xiaoli. A Zero-Voltage and Zero-Current Switching Interleaved Boost Converter [J]. Power System and Clean Energy, 31(12):12-17, 2015.

2014:

[7] Zhou L.-W., Zhu B.-X., Luo Q.-M. and Si Chen. Interleaved non-isolated high step-up DC/DC converter based on the diode–capacitor multiplier [J]. Power Electronics, IET, 7(2):390-397, 2014. (SCI Accession number: 000331517100016)

2013:

[8] Zhu Binxin, Luo Quanming, Wang Yang and Zhou Luowei. High Step-Down Constant Current LED Driver with Multiple-Output [J]. Transactions of China Electro-technical Society, 28(6): 178-183, 2013. (EI Accession number: 20133516671031)

2012:

[9] Quanming Luo., Binxin Zhu., Weiguo Lu. and Luowei Zhou. High Step Down Multiple Output LED Driver with the Current Auto-Balance Characteristic [J].Journal of Power Electronics, 12(4):519-527, 2012. (SCI Accession number: 000306614200001)

[10] Zhou L.-W., Zhu B.-X. and Luo Q.-M. High step-up converter with capacity of multiple input [J]. Power Electronics, IET, 5(5):524-531, 2012. (SCI Accession number: 000310999200002)

CONFERENCE PAPER

Binxin Zhu, Xiaoli She, Yuehua Huang, Chao Tan. A novel research on green electric vehicle battery[C]. 2014 International Conference on Power System Technology, Chengdu city, China, 2014:3129-3134. (EI Accession number: 20151200671523)

PATENT

[1] Zhu Binxin, Yang yuliang, Huang Yuehua, et al. A high step-down constant current LED driver with multiple-output. China National Invention Patent (patent number: ZL201410499908.1)

[2] Zhu Binxin, Ren lulu, Yang yuliang, et al. A non-isolated high step-down dc-dc converter. China National Invention Patent (patent number: ZL201410499922.1)

[3] Zhu Binxin, Pan hailong, Huang Yuehua, et al. A zero voltage turn-off interleaved boost converter with a novel auxiliary circuit. China National Invention Patent (patent number: ZL201410312143.6)

[4] Zhu Binxin, Huang Yuehua, She Xiaoli, et al. A novel DC power distribution network for important load and electric vehicle access. China National Invention Patent (patent number: ZL 201410758584.9)

[5] Zhu Binxin, Ren lulu, Wu Xi, et al. A non-isolated high step-up dc-dc converter. China national practical new-type patent (patent number: ZL201520742957.3)

[6] Zhu Binxin. A power amplifier circuit based on energy storage cell. China national practical new-type patent (patent number: ZL201520395584.7)

[7] Zhu Binxin, She Xiaoli, Ran Huajun, et al.A dc power distribution system which is suitable for large-scale access of electric vehicle. China national practical new-type patent (patent number: ZL 201420779829.1)

[8] Zhu Binxin, Yang yuliang, Huang Yuehua, et al. A lossless auxiliary circuit for interleaved boost converter. China national practical new-type patent (patent number: ZL 201420365195.5)

[9] Zhu Binxin, Yang yuliang, Tan Chao, et al. A non-isolated high step-down dc/dc converter. China national practical new-type patent (patent number: ZL 201420557625.3)

[10] Zhu Binxin, Chen Chen, Tan Chao, et al. An isolated high step-up dc/dc converter. China national practical new-type patent (patent number: ZL201420367144.6)

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