电气学院-杨彦杰-硕导

时间:2017-08-30 点击:
 
 
姓名(Name):
杨彦杰
Yang Yanjie 职称(Title):
教授
Professor
学院(School):
电气工程学院
School of Electrical Engineering 专业(Program):
电气工程
Electrical Engineering 
研究方向(Research Interests)
1. 电力系统及其自动化
Power System & its Automation
2.智能电网与新能源
Smart Grid & New Energy 联系方式(Contact Information)
电话(Tel):13302185986
邮箱(Email):yyjie@hebut.edu.cn 
个人简历(Biography)
教育背景:(Educational Background)
2001河北工业大学电机与电器 博士
Hebei University of Technology, 2001 Doctor of Philosophy, Electric Machines & Electric Apparatus
1991河北工业大学电机与电器 硕士
Hebei University of Technology, 1991 Master of Science, Electrical Machines & Electrical Apparatus
1985河北工学院电器专业 本科
Hebei University of Technology, 1985 Bachelor of Science,  Electrical Apparatus
 
 
主要学术经历
 
2002评聘为正高级工程师((教授)
Professor  2002
1996评聘为高级工程师
Associate Professor  1996
1993讲师
Lecturer  1993
 
 
学术兼职:(Part-time Academic Jobs)
 
天津市水力发电工程学会 理事
Syndic of Tianjin Society for Hydropower Engineering
 
 
 
 
 
 
所获荣誉:(Awards)
河北省科技进步二等奖;MLZ-2C型模块化励磁调节装置
Modular Excitation Regular Equipment type MLZ-2C won the second prize of Progress in Scientific Technology of Hebei Province.
 
河北省科技进步三等奖  DWLZ型双微机励磁调节装置
Dual Microcomputer Excitation Regular Equipment type DWLZ won the third prize of Progress in Scientific Technology of Hebei Province.
 
天津市科技进步三等奖 DWLZ-3B系列同步电动机微机励磁装置
DWLZ-3B series Digital Excitation Equipment for synchronous Motor won the third prize of Progress in Scientific Technology of Tianjin.
 
 
主要科研项目及角色
 
乐山大沫水电站网络化励磁装置的研制   主持人
大张庄泵站同步电动机分布式微机励磁系统的研制 主持人
 
发表文章 (Publications)
请列举5篇左右代表性论文或著作。(Please list 5 representative publications)
1. New PWM Modulation Strategy for Quasi Z-source Photovoltaic Grid Connected Inverter. Power Electronics, Vol.49, No.12 December, Xian.    
2. The design of excitation control system based on DSP. Proceedings of 9th International Conference on Electronic Measurement and  Instruments, Beijing,2009
3. The Design and Research of Intelligent Interface System. 2009 International Workshop on Intelligent Systems and Applications, wuhan,2009
4. Reliability Design of the Digital Excitation System. ICREP&EC’2007,Xiamen,2007
 
 
 
 
 
 
 
 
 
 
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