معرفی
Yunjie Gu is a Lecturer in the Department of Electrical and Electronic Engineering at Imperial College London, affiliated with the Control and Power Research Group. Previously, he served as an EPSRC Innovation Fellow (2018–2020) and worked at GE Global Research in Shanghai, leading projects on renewable energy grid integration. His research focuses on power-electronic-based power systems, including grid stability, impedance modeling, numerical computation methods, and real-time digital twin systems. Key contributions include spinouts like Hoymiles (listed in Shanghai Stock Exchange) and open-source projects such as RT-Thread and Simplus Grid-Tool.
His research interests span power electronics, renewable energy systems, computational methods for power system analysis, and real-time computing. He actively explores stability analysis of inverter-based grids, transient stability of grid-following inverters, and data/model-driven system identification. Gu holds seven patents (six Chinese, one US/EU) and mentors PhD students in related disciplines. He advocates for hybrid approaches combining traditional power system analysis with modern computational techniques.
Gu's work integrates academic research with industry applications, emphasizing practical solutions for emerging challenges in decarbonized grids. His recent projects include real-time digital twin systems for grid simulation and FPGA-based hardware-in-the-loop testing. He collaborates widely, contributing to both foundational theory and commercial innovations in energy systems.
