Optimal Operation and Control in Power Systems with Hydrogen Energy Collaborations

Chair:
Yajian Zhang  Shanghai University, China

Key Words: Electricity-Hydrogen Coupling System, Multi-Energy Complementarity, Optimal Operation, Cooperative Control

Information: The attention to carbon emissions has promoted the construction of low-carbon power systems in the world. Hydrogen energy, as an efficient and high calorific value secondary energy source, can effectively address the power supply and demand imbalance caused by the random fluctuations of high-proportional renewable generations, and plays an important supporting role in improving the stability of power systems. The purpose of this topic is to jointly explore the application scenarios of hydrogen energy collaborative participation in power system operation, and provide feasible technical routes for building low-carbon power systems.

Topics of interest include but are not limited to: 

• Optimal Operation and Control in Power Systems with Hydrogen Energy Collaborations

Submission Deadline: August 31, 2026 (the second round)