摘要
氢能在“双碳”目标的推进中起到关键作用,通过构建包含氢能的资源池,实现氢能与电能间的转换,既提升了资源响应系统动态不平衡的调节弹性和灵活性,也极大促进了氢能在实现零碳排放方面的应用,包括化石能源替代、能量存储、工业生产及交通运输的碳减排等。首先,从用电结构低碳化、分布式供能清洁化等方面分析氢电耦合系统对碳减排的意义;其次,通过对氢能产-储-用全流程的发展现状及现存挑战进行分析,研究考虑碳减排的氢电耦合系统的发展路径;最后,对氢电耦合发展的进一步研究进行总结及展望。
Hydrogen plays a crucial role in promoting the dual carbon goals.By constructing a resource pool containing hydrogen energy,the conversion between hydrogen and electricity is achieved,which can not only enhance the elasticity and flexibility of resource response system dynamic imbalance adjustment,but also greatly promote the development of hydrogen energy and its application in achieving zero carbon emissions,including in fossil energy substitution,energy storage The carbon reduction in industrial production and transportation has broad application prospects.Firstlry,the significance of hydrogen electric coupling system for carbon reduction is analyzed from the aspects of low-carbon electricity consumption structure and clean distributed energy supply;Then,by analyzing the current development status and existing challenges of the entire process of hydrogen energy production,storage,and utilization,the development path of hydrogen electric coupling systems considering carbon emission reduction is studied;Finally,further research on the development of hydrogen electric coupling is summarized and prospected.
作者
李彬
潘雨情
文华杰
顾程镓
陈宋宋
祁兵
LI Bin;PAN Yuqing;WEN Huajie;GU Chengjia;CHEN Songsong;QI Bing(School of Electric and Electronic Engineering,North China Electric Power University,Beijing 102206,China;China Electric Power Research Institute,Beijing 100192,China)
出处
《供用电》
2023年第10期106-113,共8页
Distribution & Utilization
基金
国家电网有限公司科技项目“需求侧可调节资源池动态构建技术及应用验证”(5108-202218280A-2-389-XG)。
关键词
氢资源
氢电耦合
零碳排放
氢储能
氢电转换
hydrogen resources
hydrogen electric coupling
zero carbon emissions
hydrogen energy storage
hydrogen to electricity conversion
