Title: H2 Loop: Orienting future power grid to be more sustainable
Organizer: Chair: Pengfeng LIN, Shanghai Jiao Tong University Co-chair: Yanghong XIA, Zhejiang University Abstract: The increasing urgency to transition towards sustainable energy systems has spurred significant interest in innovative technologies that can decarbonize the power grid. Among these technologies, hydrogen (H₂) holds considerable promise due to its ability to store and generate energy with minimal environmental impact. The concept of an "H₂ Loop," which integrates hydrogen production, storage, and utilization within the power grid, offers a pathway to enhance grid flexibility, stability, and sustainability. This research proposal aims to explore the potential of the H₂ Loop to transform the future power grid, making it more resilient, efficient, and environmentally friendly.
Topics: Modeling and digitalization of H2 loop dominated microgrid Control and operation of islanded microgrids with fuel cell and electrolyzer AI driven optimal operation of fuel cell and electrolyzer towards higher efficiency Flexibility enhancement of H2 loop contributing to smart microgrid System damping reinforcement H2 loop contributing to smart microgrid
