综合智慧能源2026，Vol.48Issue(5)：19-30,12.DOI:10.3969/j.issn.2097-0706.2026.05.003
压缩空气储能发展现状与分析
Development status and analysis of compressed air energy storage
摘要
Abstract
During the critical historical period of global carbon emission reduction,sustainable development,and energy transition,compressed air energy storage(CAES),as a key supporting technology for the development of new-type power systems,is experiencing a phase of rapid expansion.Countries worldwide have introduced favorable policies and incentive measures to promote CAES development.This technology offers advantages such as flexible energy storage cycles,high efficiency,fast response,and safety and environmental friendliness.It can not only ensure grid power supply stability by peak shaving and valley filling,but also meet the emergency energy demands in special periods and scenarios in the new era.Given the current situation that traditional energy cannot be completely replaced,a distributed energy system solution termed as"CAES+1"is proposed,which integrates CAES with traditional energy.Representative site selection areas are identified based on criteria including demand matching,adaptability to geographical conditions,feasibility of energy combination,and economic benefits.Furthermore,the unique strengths of CAES+1 deployment in China are analyzed,such as robust policy support,advanced technical equipment,complete upstream and downstream industrial chains,strong computational power support capabilities,and high adaptability to geographical conditions.Therefore,China is poised to assume a pioneering role in the global advancement of CAES.关键词
压缩空气储能/分布式能源/能源转型/碳减排/可持续发展Key words
compressed air energy storage/distributed energy/energy transition/carbon emission reduction/sustainable development分类
能源科技引用本文复制引用
王海,刘思雨,张馨月,刘思琦,唐可溶,梁栩赫,布和巴特尔..压缩空气储能发展现状与分析[J].综合智慧能源,2026,48(5):19-30,12.基金项目
河北省高等教育学会高等教育科学研究"十四五"规划课题(GJXH2024-303) Project of 14th Five-Year Plan for Higher Education Scientific Research of Hebei Association of Higher Education(GJXH2024-303) （GJXH2024-303）
