电力电子(电力牵引)研究所 - 黄先进
姓  名:
黄先进(Huang Xianjin)
职  称:
副教授 硕士生导师
学术兼职:
IEEE Member,中国电源学会高级会员,《中国电机工程学报》,《电工技术学报》,《电源学报》等期刊审稿人,《神华科技》期刊审稿专家
部  门:
电力电子(电力牵引)研究所
办公电话:
010-51687064-19
办公地点:
电气楼602(Room 602 Building of Electrical Engineerin
传  真:
010-51684029
电子邮件:
xjhuang@bjtu.edu.cn

个人简介 :

男,1980年5月出生,籍贯湖北。2005年5月毕业于北京交通大学电力电子与电传动专业,硕士学位,同年留校任教。2012年3月至2013年4月在瑞士联邦工学院洛桑(EPFL)工业电气实验室, 从事访问学者工作。2014年9月获得载运工具控制与动力专业博士学位。现为电气学院副教授,硕士生导师。

Huang Xianjin was born in Hubei, China, 1980. After his graduation in Electrical Engineering with the MEng. in 2005, he became a teacher of Beijing Jiaotong University. In 2012, he was a visiting scholar of the ?cole polytechnique fédérale de Lausanne (EPFL). In 2014, he recieved the Phd. degree in Vehicle power system. He lectured the courses of AC Drive Technology, Modern Power Electronic Devices and Its Application, Fundamentals of Electric Circuits etc. He is the author of more than 30 publications, concerning power electronics and electric driver. He has been researching in the fields of transport application and vehicle technology. The current research focuses on electrical power supply of vehicle operation engineering, electric energy saving and converting. Further main researches are compressed air energy storage, super capacitor, converter controlling technology, power semiconductors’ driving and protecting, thermal model simulation and cooling design of converter for vehicles.

EDUCATION
Ph. D in Vehicle Operation Engineering , Beijing Jiaotong University, China, September 2014.
MS in Electrical Engineering, Beijing Jiaotong University, China, March 2005.
BS in Electrical Engineering, Beijing Jiaotong University, China, July 2002.

PROFESSIONAL EXPERIENCE
Jul. 2005 -Present, Electrical Engineering Dept., Beijing Jiaotong University.
2012.4-2013.4 Industrial electronics laboratory, Swiss Federal Institute of Technology in Lausanne

RESEARCH INTERESTS
Energy saving and converting, Electric Drive Systems, Control of Electric Energy Systems, and Power Electronics.

研究方向 :

主要从事载运工具与运用技术的研究,包括:
电能存储与变换,
压缩空气储能和超级电容储能,
变流器控制技术,
半导体器件驱动保护应用技术,
变流系统的温升与热场分析设计,
主要依托于重载货运机车和高速动车组。
Energy saving and converting, Compressed air energy storage, Super capacitor, Electric Drive Systems, Control of Electric Energy Systems, and Power Electronics.

科研成果 :

1、耐低温8K辅助逆变器研制,
2、8G机车充电机电源研制,
3、DJ1机车车载逆变器研制,
4、8K机车辅助变流器计算机模拟检测系统,
5、DJ1机车辅助变流器能流循环试验台,
6、HXD2机车辅助变流器系统设计,
7、三电平双向变流器超级电容储能系统,
8、液气循环压缩空气储能系统建模与优化控制,
9、超级电容压缩空气混合储能系统
10、全SiC辅助电源系统研究
11、高压大功率RC-IGBT在牵引变流器中的应用
FUNDED PROJECTS SINCE JOINING BEIJING JIAOTONG UNIVERISITY
1, “Energy Saving System Based on Bidirectional Three-Level DC-DC Converter with Super Capacitor Used in Vehicle”, Fuji Electric, PI, 3/31/2010—10/15/2010.
2, “Research on High-power Power Supply technology”, China Academy of Space Technology, the key investigator, 11/01/2010—3/10/2010.
3, “Integrated Simulation on traction drive and braking system for China High Speed EMU”, National Technology Support Project, the key investigator, 12/30/2011—5/15/2010.
4, “Research on Restrain Cogging DC Voltage Method of Traction Drive System for EMU”, Ministry of Railways of the People’s Republic of China, the key investigator, 1/01/2011—1/10/2010.
5, “Development of Auxiliary Inverter and Recharger for HXD2 Electric Locomotive”, China North Railway Co., LTD, PI, 05/01/2009—11/02/2008.
6, “Research, Development and Experiment on Traction Drive and Auxiliary System of 350km/h high speed EMU”, National Technology Support Project, the key investigator, 08/01/2009—10/05/2008.
7, “Auxiliary Inverter Test Platform System for DJ1 Electric Locomotive”, Taiyuan Railway Bureau, PI, 5/12/2008—4/14/2007.
8, “Technical Innovation of IGBT Auxiliary Inverter for 8K Locomotive”, Taiyuan Railway Bureau, PI, 05/01/2007—6/05/2006.
9, “Research on Key Technology of Electrified Railway Power Supply”, State Grid Corporation of China, the key investigator, 06/01/2008—1/20/2007.

在研项目 :

1、应用于牵引传动系统的高压大容量IGBT特性研究
2、超级电容储能装置在城市轨道交通中的节能应用调研
3、下一代车载辅助变流器系统研究
4、高压大功率RC-IGBT器件特性与应用研究

教学活动 :

本科教学:
《电力电子技术》、《电路基础》、《电路与电子技术》、《电力电子器件及其应用技术》

研究生教学:
1、《专业硕士工程实践课》(1)(2)

研究生指导:
在读和已毕业硕士研究生20多名,招收研究生主要考察个人的人品人格和综合思维动手能力,不在乎毕业学校和分数。已毕业研究生主要工作单位包括:中国铁道科学研究院,中车集团,航天科技集团,北京铁路局,龙源电力集团,广西电力设计院,浙江电力设计院等。
教学培养理念:
——理论从实践中来,到实践中去。
——本科生老师教,你好好学;研究生老师说,你好好想。
——在学校老师不给你面子是为了以后去单位让老板给你面子。
——安排的工作,你完成了,没有表扬;你未完成,会有惩罚;如果想奖励,只有完成得超出想象的好。

主要论著 :

1,黄先进,郝瑞祥,张立伟,孙湖,郑琼林,液气循环压缩空气储能系统建模与压缩效率优化控制[J]. 中国电机工程学报, 2014.4(34): 1-8.
2,黄先进,张立伟,郑琼林,Alfred. Rufer. 压缩空气超级电容混合储能系统中储电装置容量优化设计[J]. 电源学报, 2013.6: 72-78.
3,黄先进,张立伟,孙湖,郑琼林.压缩空气与超级电容混合储能系统能量控制策略研究[J], 北京交通大学学报, 2014.6: 56-62.
4,黄先进,侯少敏,张立伟,林飞,杨中平.高速列车变流系统热设计与温升仿真研究[J], 电源学报, 2011.7: 68-86.
5,黄先进,叶斌,郑琼林 ,"智能化IGBT驱动电路研究",电工技术学报,2005.4
6,Xianjin Huang, Liwei Zhang, Trillion Q Zheng.Study of Heat Dissipation for HXD2 Locomotive's Auxiliary Converter.2nd IEEE Energy Conversion Congress and Exposition (ECCE 2010).2010.9
7,Xianjin Huang, Liwei Zhang, Xiaojie You, Trillion. Q. Zheng,"Power Electronics Used In Chinese Electric Localmotives", Power Electronics and Motion Control Conference, 2009. IPEMC '09. IEEE 6th International,978-1-4244-3556-2
8,李建旭 黄先进,张立伟,郑琼林 ,"Research of DC-DC power for IGCT Gate Unit",3rd IEEE Conference on Industrial Electronics and Applications(ICIEA2008,978-1-4244-1718-6