Team Leader

Dong Xinzhou, professor in the teaching and research series, IEEE Fellow, IET Fellow, project leader of the National Key Research and Development Program, specializing in transient stability fault analysis of power systems, traveling wave protection, traveling wave distance measurement, channel-free protection, system protection for grid security, integrated protection for smart substations

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Key Team Members

Ding Renjie, associate professor, unspecified series, specializing in fault detection of power equipment, reactive power control technology

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Ding Qingqing, associate professor, unspecified series, specializing in measurement and control technology of electrical appliances and systems, new energy and fuel cell control technology

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Wang Bin, associate researcher, research series, specializing in fault distance measurement of power lines, high-resistance fault detection of transmission and distribution lines, automation technology of smart substations, control technology for new energy grid connection protection

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Shi Shenxing, associate researcher, research series, specializing in traveling wave protection technology of power lines

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Zhang Pinjia, associate professor, teaching and research series, specializing in fault detection and preventive protection technology of power equipment

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Chen Yongting, senior engineer, unspecified series, specializing in power system modeling and relay protection technology

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Team Research Directions

The undergraduate research team is named “Power System Protection”. Relay protection is the first line of defense for power safety. China's power grid has formed the world's largest and highest voltage level AC/DC hybrid grid. This team will conduct basic research on key fault analysis methods, detection means, protection principles, etc., for large-scale AC/DC hybrid grids and energy interconnection networks. They will maintain close contact with well-known equipment manufacturing groups such as Alstom in the UK, Siemens in Germany, NARI Group, and Beijing Sifang, and break through the key technologies of core fault detection and relay protection, achieving industrialization and internationalization. This will establish China’s leading position in the field of power system protection and lead the development of the international relay protection industry.

The main research directions of the team include:

1. Fault analysis of large-scale AC/DC hybrid grids;

2. Key technologies for relay protection of new energy grid connection;

3. Fault distance measurement and localization of power lines;

4. Fault detection and preventive protection of electrical equipment;

5. Fault warning and active protection to block the spread of chain faults;

6. System protection for grid security.