Team Leader

Professor Huang Songling, professor, research and teaching series, specializes in non-destructive evaluation and electromagnetic sensors;

010-62772131, [email protected]

Key Team Members

Zhao Wei, series unspecified/professor, specializes in performance verification of large electrical equipment and remote meter reading and calibration of digital meters;

010-62772049, [email protected]

Yu Xinjie, teaching and research series/professor, specializes in wireless energy transmission, pulse energy storage high-power power supply, and magneto-electric composite material sensors;

010-62780250, [email protected]

Zou Jun, research series/researcher, specializes in electromagnetic environment calculation of transmission lines under complex conditions;

010-62781211, [email protected]

Gui Lin, research series/associate researcher, specializes in performance monitoring and protection of large electrical equipment;

010-62772340, [email protected]

Wang Fuping, research series/associate researcher, specializes in intelligent dynamic synchronous phasor measurement units and their signal processing;

010-62771849, [email protected]

Wang Shen, research series/research assistant, specializes in electromagnetic non-destructive testing.

010-62771849, [email protected]

Team Research Directions

1. Non-destructive testing and safety assessment of in-service facilities

Research on defect detection, monitoring, and safety assessment of in-service facilities such as oil and gas pipelines, nuclear power pipelines, and wind turbine main shafts, utilizing big data and cloud computing to conduct health monitoring of facilities and equipment structures. The team achieved the first domestic monitoring of the health status of oil and gas pipelines, developed the first set of domestic underwater oil and gas pipeline defect detectors, reached the international advanced level, and became one of the few teams in the world mastering the technology of internal inspection of long-distance oil and gas pipeline defects.

2. Monitoring, protection, and verification methods for large electrical equipment performance

Research on fault monitoring and big data analysis-based performance monitoring, protection, and verification methods for large electrical equipment; research on equivalent test methods for large current transformers used in generators to resist external magnetic field interference; research on remote meter reading and calibration methods for digital meters; research on electromagnetic environment calculation methods for transmission lines under complex conditions.

3. Electromagnetic sensing and signal processing technology

Research on high-precision three-axis electromagnetic array imaging sensors; research on the architecture of intelligent dynamic synchronous phasor measurement units and their signal processing; research on wireless energy transmission, pulse energy storage high-power power supplies, and magneto-electric composite material sensors.