ICPRE Tracks | ICPRE 分论坛

Track 15: Power-Hydrogen Coupling Systems: Advanced Power Electronics, Flexible Operation, and Multi-Energy Coordination 电氢耦合系统:先进电力电子、柔性运行与多能协同

Organizers / 组织者

Chair / 主席
Xin Meng (Associate Professor)
孟鑫(副教授)
Sichuan University / 四川大学
Co-Chair / 共同主席
Lingguo Kong (Professor)
孔令国(教授)
North East Electric Power University / 东北电力大学
Co-Chair / 共同主席
Yanghong Xia (Special Research Fellow)
夏杨红(特聘研究员)
Zhejiang University / 浙江大学
Co-Chair / 共同主席
Qiang Chen (Associate Research Fellow)
陈强(副研究员)
Hefei University of Technology / 合肥工业大学
Co-Chair / 共同主席
Shuhan Zhou (Associate Professor)
周述晗(副教授)
Sichuan University / 四川大学

Abstract / 摘要

English: Driven by carbon neutrality goals, the integration of renewable energy with hydrogen production via electrolysis is pivotal for decarbonizing energy systems. This forum focuses on power-hydrogen coupling technologies, emphasizing innovative power electronics, coordinated control strategies for multi-energy hubs, and techno-economic assessment of large-scale projects. We aim to bring together global experts to discuss cutting-edge solutions for flexible, resilient, and cost-effective green hydrogen ecosystems. Topics include but are not limited to novel topologies, transient stability analysis, and sector-coupling optimization.

中文: 在碳中和目标的驱动下,可再生能源与电解水制氢的深度融合是实现能源系统脱碳的核心。本分论坛聚焦电氢耦合技术,重点探讨创新的电力电子变换器拓扑、多能枢纽协同控制策略以及大规模项目的技术经济性评估。我们旨在汇聚全球专家学者,共同探讨打造灵活、高韧性且兼顾经济效益的绿氢生态系统前沿解决方案。涵盖主题包括但不限于新型拓扑结构、暂态稳定性分析以及跨行业多能耦合网络优化调度。

Topics / 主题

  • Advanced Power Electronic for Power-Hydrogen Coupling Systems
  • Optimal Operation of Renewable-Hydrogen Systems
  • Stability and Ancillary Services of Power-Hydrogen Systems
  • Multi-Energy Integration with Hydrogen
  • 面向电氢耦合系统的先进电力电子技术
  • 可再生能源-制氢系统的优化运行与调度
  • 电氢耦合系统的稳定性分析与辅助服务支撑
  • 包含氢能的多能互补集成与协同优化