The social factors shaping community microgrid operation
Survey-informed models reveal how fairness, essential services and local electricity markets affect emergency energy rationing.
Nature CommunicationsAbout the group
Led by Prof. Yang Yang, the group studies the operation and control of smart energy systems at the University of Macau.
Our research combines mathematical optimization with physical power-system models, machine learning and social data. We work on frequency-secure operation, resilient microgrids, electricity-market design and decision-making under uncertainty.
Learn about our research
Yang Yang · Assistant Professor
Principal investigator
Assistant Professor, State Key Laboratory of Internet of Things for Smart City and Faculty of Science and Technology, University of Macau.
His research interests span operations research, power-system operation and control, machine learning, and socio-technical systems.
Our research
Four connected directions shape our work on reliable, efficient and socially aware energy systems.
Optimization, planning and decision-making under uncertainty.
Frequency security, reserves, dispatch and system resilience.
Data-enabled models for energy-system operations and forecasting.
Behavior, fairness and market rules in community energy systems.
Survey-informed models reveal how fairness, essential services and local electricity markets affect emergency energy rationing.
Nature CommunicationsOptimization methods coordinate maintenance, unit commitment and reserves while accounting for uncertain frequency dynamics.
Related publicationsResearch gallery
Our members
Selected publications
J. Xu, Q. Sun, Y. Yang, H. Mo, D. Dong
Y. Yang, Q. Sun, J. C. H. Peng, Z. Ye, L. C. Tang
Y. Yang, G. Raman, J. C. H. Peng
G. Raman, Y. Yang, J. C. H. Peng
Latest news