Team Leader

He Jinliang, Professor, IEEE Fellow. His primary research areas encompass nanodielectric materials and equipment, electromagnetic sensing networks, and information sensing

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Key Team Members

Zeng Rong, Professor, IET Fellow. His primary research interests lie in semiconductor interrupting devices and DC circuit breakers

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Dang Zhimin, Professor. His focus is on new energy dielectric materials and systems

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Zhang Bo, Associate Professor. His expertise includes electromagnetic numerical calculations and electromagnetic sensing networks

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Hu Jun, Associate Professor. He specializes in nano-dielectric materials and equipment, electromagnetic sensing, information sensing, and data mining

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Yu Zhanqing, Associate Professor. His research areas cover semiconductor interrupting devices, DC circuit breakers, voltage, and electric field sensors

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Zhuang Chijie, Associate Professor. He focuses on piezoelectric and electric field sensors, electromagnetic numerical calculations, and data mining

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Li Qi, Associate Professor. He is interested in energy storage materials and energy conversion materials

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Wang Shanxiang, Professor, IEEE Fellow. He holds positions in the Department of Materials and the Department of Electrical Machinery at Stanford University. His research interests include electromagnetic sensing materials and sensor networks

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Team Research Directions

The team's vision is to conduct fundamental research on key materials for the smart grid and energy internet. Their aim is to achieve technological breakthroughs in core equipment and panoramic information sensing systems, constructing advanced, safe, and reliable smart grid and energy internet infrastructure. Additionally, they seek to facilitate the technological upgrading of domestic enterprises, surpassing internationally renowned counterparts. Ultimately, they aspire to establish an international research center for electromagnetic materials and systems.

The main research directions of the Advanced Electromagnetic Materials and Systems Research Team include:

1. Nanodielectric materials and equipment.

2. Semiconductor interrupting devices and devices.

3. Electromagnetic sensing materials, sensor networks, and Big Data.

Over the next three years, their goal is to achieve innovative technology for key equipment of the HVDC power grid and real-time monitoring technology for panoramic information in the energy internet. This will be accomplished through breakthroughs in materials. The team will focus on addressing two critical issues in the construction of the HVDC power grid: DC cables and DC circuit breakers. Simultaneously, they will tackle two urgent challenges in the energy internet: sensors, energy storage, and energy conversion.