Mr. Yicong Yao, Engineering Research Center of Offshore Wind Technology Ministry of Education, Shanghai University of Electric Power, China
Yicong Yao is a dedicated researcher in integrated energy systems, currently residing in Shanghai. With a Master’s degree from Tianjin Chengjian University and pursuing a Bachelor’s at Shanghai University of Electric Power, he specializes in building electrical, intelligent systems, and power automation. Under the mentorship of Prof. Li Zhenkun, his focus lies in the optimal operation of distributed integrated energy microgrids. Notably, Yicong contributed to a key project of the National Natural Science Foundation of China. His scholarly pursuits led to the publication of an article in the prestigious journal Energy. šš
Education
Yicong Yao embarked on his academic journey in 2017, earning a Master’s degree in Building Electrical and Intelligent systems from Tianjin Chengjian University. His passion for energy systems propelled him to pursue further education, now pursuing a Bachelor’s degree in Power System and Automation at Shanghai University of Electric Power. š With a focus on integrating energy systems and enhancing efficiency, Yicong is poised to make significant contributions to the field. Under the guidance of esteemed mentors, he seeks to deepen his understanding and expertise, aiming to address the challenges of modern energy demands with innovative solutions. š
Research Focus
Yicong Yao’s research focus lies in the dynamic realm of integrated energy microgrids, particularly exploring energy purchase strategies enhanced by demand-side response within market environments. šš His work delves into optimizing energy procurement processes, leveraging demand-side flexibility to adapt to market fluctuations and enhance grid stability. By integrating insights from economics, engineering, and environmental science, Yicong aims to develop sustainable solutions that balance energy supply and demand efficiently. š± His research endeavors contribute to the advancement of renewable energy integration and the realization of a more resilient and adaptive energy infrastructure for the future. š