新型储能技术进展与挑战Ⅲ:储能集成技术、安全技术和系统规划调度  

ADVANCES AND CHALLENGES IN NOVEL ENERGY STORAGE TECHNOLOGY III:ENERGY STORAGE INTEGRATION TECHNOLOGY,SAFETY TECHNOLOGY,AND SYSTEM PLANNING AND SCHEDULING

作　　者：巨星[1] 徐超[1] 郝俊红[1] 宋记锋[1] 滕伟[1] 田华军 赵海森[1] 陈哲[1] 王天虎[1] 廖志荣 杜小泽[1] Ju Xing;Xu Chao;Hao Junhong;Song Jifeng;Teng Wei;Tian Huajun;Zhao Haisen;Chen Zhe;Wang Tianhu;Liao Zhirong;Du Xiaoze(Beijing Laboratory of New Energy Storage Technology,North China Electric Power University,Beijing 102206,China)

机构地区：[1]华北电力大学新型储能技术北京实验室,北京102206

出　　处：《太阳能》2024年第9期39-48,共10页Solar Energy

基　　金：国家自然科学基金创新研究群体项目(51821004)。

摘　　要：新型储能日益成为中国建设新型能源体系和新型电力系统的关键技术,已成为中国经济发展的新动能。与之相应,新型储能技术的相关研究也在快速发展。开展了该领域的系列评价性综述工作,共分为电化学储能技术、物理储能与储热技术、储能集成技术、安全技术和系统规划调度3个部分,对各类新型储能技术的应用领域、最新研究进展及局限性等问题进行了全面系统的对比分析,并进一步探讨了储能集成技术、安全技术、系统规划调度等储能系统相关领域面临的挑战及发展趋势。第3部分为新型储能技术进展与挑战,重点对储能集成技术、安全技术和系统规划调度中的高压级联技术、构网型储能技术、数智化和数字孪生技术、分布式温度监测技术、浸没式液冷技术、高效的优化算法等技术进展进行综合分析与讨论。Novel energy storage is progressively becoming a critical technology for China in constructing a new energy system and a novel power system,acting as a new engine for China's economic growth.In tandem,research on related novel energy storage technologies is developing swiftly.A series of review paperwork are conducted,which are divided into three parts:electrochemical energy storage technology,physical energy storage and thermal storage technology,and storage scheduling and planning.It provides a comprehensive and systematic comparative analysis of the application areas,recent research advancements,and limitations of various novel energy storage technologies,while further discussing the challenges and development trends in storage system-related fields such as integration,safety,and planning and scheduling.This paper is the third part of the review work,which focuses on advances and challenges in novel energy storage technologies.It particularly emphasizes a comprehensive analysis and discussion of the technological progress in the areas of storage integration,safety,and planning,including high-voltage cascaded technology,grid-forming energy storage technology,digitalization and digital twin technology,distributed temperature monitoring technology,immersion liquid cooling technology,and efficient optimization algorithms.This demonstrates a comprehensive approach towards advancing energy storage technologies,addressing both technological and systemic challenges to ensure their effective integration and operational safety within China's evolving energy landscape.This approach is pivotal for supporting the country's transition towards a more sustainable and resilient energy system.

关 键 词：储能集成技术 储能安全技术 储能系统规划调度 多元储能技术 

分 类 号：TK02[动力工程及工程热物理]