School of Electrical and Information Engineering
Associate professor
Electrical engineering
13821832357
hljiang@tju.edu.cn
classroom 427， area E，Building 26，Tianjin University, Tianjin, China
Main experience：
(1) 2002.7-2003.1 University of Queensland, Australia, visiting scholar
(2) 2003.1-2004.1, University of Western Australia, Australia, research fellow
Major scientific research projects:
(1) 2015.01-2018.12 National Natural Science Foundation "Research on low voltage crossing technology for large wind farms to improve transient stability of power system", project leader
(2) complete many scientific research projects in cooperation with electric power enterprises
Paper and patent ：A number of academic papers have been published and indexed by SCI and EI; 3 invention patents have been authorized
Book： power system protection and control. Science Press, 2010
- Doctor of Engineering| Tianjin University| Power System and its Automation| 2019
- Power system operation and control； Stability analysis of new energy power system；Artificial intelligence and its application in power system
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2019.12-2019.12
school of electrical and Information Engineering | Tianjin University | associate professor
- Papers
- [1] Jiang Huilan, Li Tianpeng, Wu Yuzhang： Integrated Strategy for Low Voltage Ride Through of Doubly-fed Induction Generator. High Voltage Engineering, 43（6）:2062-2068（2017）
- [2] Jiang Huilan, Xue Jingwei, Li Tianpeng, Du Boxue, An Xing: Fast Transfer Mode and Its Tuning Method for Emergency Power Supply of Grid Connected with Wind Turbine. High Voltage Engineering, 4（29）:2768-2774（2016）
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- [3] Jiang Huilan， Shi Jiansheng， Zeng Kai， Zheng Shuangqi: Optimal Power Supply Path in Dispatching Operation Based on Risk. Automation of Electric Power Systems, 39（10）:157-162 （2015）
- [4] Jiang Huilan, Jiang Zhe, Li Tianpeng, Fan Zhonglin, Xue Jingwei: Impact of Rotor Crowbar Switching on Transient Stability of Power System. Power System Technology, 40（8）:2383-2388 （2016）
- [5] Jiang Huilan, An Xing, Wang Yawei, Qin Jingzhong, Qian Guangchao: Improved NSGA2 Algorithm Based Multi-objective Planning of Power Grid With Wind Farm Considering Power Quality. Proceedings of the CSEE, 35（21）：5405-5411 （2015）
- [6] Jiang Huilan, Tang Xiaojun,etc: An Advanced Method for Eliminating Impacts from Frequency Deviations in Power System Signal Processing. Electric Power Systems Research, 67(3): 177-184 (2003)
- [7] Hui Jiang, Bingqi Liu: Multiobjective TOU Pricing Optimization Based on NSGA2. Journal of Applied Mathematics, 2014: 1-8 (2014)