🌎 Global Integrated Sustainable Power-system Optimization Model (GISPO)
A spatialtemporally resolved global power system expansion and operation model.
I am a Ph.D. candidate at the Institute of Energy, Environment and Economy, Tsinghua University (https://www.3e.tsinghua.edu.cn), under the supervision of Da Zhang (http://www.energyda.cn). I graduated from Renmin University of China (https://www.ruc.edu.cn) and received dual bachelor’s degrees in mathematics and computer science from the School of Information (http://info.ruc.edu.cn).
My research interests center on power system transformation, electricity markets, and climate change, with a strong focus on developing novel analytical methods and tools leveraging cutting-edge artificial intelligence technologies. I have successfully developed a series of integrated resource planning models with geographical scopes ranging from China to global applications, created an assessment model for renewable energy investment projects incorporating climate risks and market-based electricity pricing mechanisms, and pioneered the development of a method for extracting critical infrastructure from satellite imagery using vision-language models. I am passionate about contributing to a sustainable, economical, and secure energy future through interdisciplinary research.
Ph.D. in Management Science and Engineering
Tsinghua University
B.E. in Computer Science and Technology
Renmin University of China
B.Sc. in Mathematics and Applied Mathematics
Renmin University of China
A spatialtemporally resolved global power system expansion and operation model.
A spatialtemporally resolved global power system expansion and operation model for China.
A high resolution resource assessment model for global energy planning, mainly including wind, solar, hydropower, biomass, and carbon capture.