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风光火储氢多能协同系统容量配置与运行控制研究

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大规模开发利用可再生能源是能源清洁低碳转型的重要方向,可再生能源与火电等常规能源高效协同发展已成为新型电力系统发展的主要路径之一.通过电氢耦合实现风光火储氢多能互补系统,已成为当前新型电力系统的热点问题.以电氢耦合模式的风光火储氢多能系统为背景,首先分析了并网型和离网型两类风光火储氢多能系统的系统结构,并综述了风光火储氢多能系统容量配置和运行优化的研究现状,进而介绍了国内外具有代表性的并网型和离网型风光火储氢多能系统.在此基础上,根据电氢耦合系统研究和发展方向,从电氢耦合设备性能、不确定性因素分析以及政策、技术、基础设施发展等方面提出发展建议.
A Review of Capacity Configuration and Operational Control Research on Wind Solar Thermal Hydrogen Storage Multi Energy Systems
The large-scale development and utilization of renewable energy is an important direction for the clean and low-carbon transformation of energy system.The efficient and coordinated development of renewable energy and conventional energy such as thermal power has become one of the main paths for the development of new type power systems.Realizing the complemen-tary system of wind,solar,thermal,storage and hydrogen through the coupling of electricity and hydrogen has become a hot is-sue in the current new type power systems.Based on the multi-energy system of wind,solar,thermal,storage and hydrogen cou-pled by electricity and hydrogen,this paper firstly analyzes the system structures of grid-connected and off-grid multi-energy systems,summarizes the research status of capacity configuration and operation optimization of multi-energy systems,and in-troduces representative grid-connected and off-grid multi-energy systems at home and abroad.Based on the research and develop-ment direction of electricity and hydrogen coupling system,development suggestions are proposed from the perspectives of the perform-ance of electric hydrogen coupling equipment,uncertainty analysis,as well as policy,technology and infrastructure development.

electricity-hydrogen multi-energy fusioncapacity configurationoperation controllow-carbon transformation

李睿雪

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国家能源集团,北京 100011

电氢多能融合 容量配置 运行控制 低碳转型

2024

河北电力技术
河北省电机工程学会,河北省电力研究院

河北电力技术

影响因子:0.306
ISSN:1001-9898
年,卷(期):2024.43(2)
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