Track 6: Hybrid Energy Systems and Multi-Energy Integration 混合能源系统与多能互补集成
Organizers / 组织者
Hao Peng Research Professor
State Key Laboratory of Tropical Ocean Engineering Materials and Evaluation, Hainan University
彭浩
海南大学热带海洋工程材料及评价全国重点实验室
Xinghua Zhang Professor
School of Energy and Environment, Southeast University
张兴华
东南大学能源与环境学院
Jie Sun Professor
School of Chemical Engineering and Technology, Xi’an Jiaotong University
孙杰
西安交通大学化学工程与技术学院
Shicai Sun Professor
School of Civil Engineering and Architecture, Shandong University of Science and Technology
孙始财
山东科技大学土木工程与建筑学院
Abstract / 摘要
English: This session focuses on cutting-edge research and practical innovations in hybrid energy systems and multi-energy integration. Driven by carbon neutrality goals, the integration of renewable and conventional energy sources, along with synergistic optimization of electricity/heat/cooling/gas/hydrogen multi-energy flows, has become critical for enhancing energy efficiency and resilience. We will explore core topics including system planning, dynamic modeling, intelligent control, and market mechanisms, fostering interdisciplinary collaboration and industrial applications to advance low-carbon, flexible, and cost-effective integrated energy systems.
中文: 本分论坛聚焦混合能源系统与多能互补集成的前沿研究与实践创新。在碳中和目标驱动下，整合可再生能源与传统能源、实现电/热/冷/气/氢等多能流协同优化，已成为提升能源效率和韧性的关键路径。论坛将探讨系统规划、动态建模、智能调控、市场机制等核心议题，推动跨学科合作与产业化应用，为构建低碳、灵活、经济的综合能源系统提供解决方案。
Topics / 主题
- Hybrid Energy System Modeling & Optimal Design
- Multi-Energy Synergistic Operation & Intelligent Control
- Renewable Energy and Energy Storage in Multi-Energy Systems
- Electricity-Heat-Hydrogen Conversion & Integration Technologies
- Resilience Enhancement and Fault Diagnosis in Multi-Energy Systems
- Integrated Energy Market Mechanisms & Policy Support
- 混合能源系统建模与优化设计
- 多能互补协同运行与智能调控技术
- 可再生能源与储能在多能系统中的应用
- 电-热-氢耦合转换与集成技术
- 多能系统韧性提升与故障诊断
- 综合能源市场机制与政策支持