多元化储能技术在构建新型电力系统中的关键作用与展望OA
KEY ROLE AND PROSPECT OF DIVERSIFIED ENERGY STORAGE TECHNOLOGIES IN BUILDING NEW POWER SYSTEMS
首先对主流储能技术的发展态势进行了系统性梳理;然后对储能技术多元化价值的实现路径进行了介绍;最后对储能技术面临的挑战进行了分析,并对其未来的发展趋势进行了展望.分析结果表明:1)未来,储能技术的发展将趋向于基于不同时间尺度与功能需求开展的技术融合,以实现优势互补或梯次利用,而非某项单一储能技术的垄断.2)储能技术仍面临商业模式与市场机制不健全、标准体系与安全监管滞后、核心技术自主化仍需完善等方面的挑战.3)应强化储能技术创新驱动,攻关下一代储能技术;市场机制需不断完善;构建协同发展格局,打造立体化储能网络;推动储能系统全生命周期内的管理.
This paper first systematically reviews the development trends of mainstream energy storage technologies,then introduces the pathways to realizing the diversified value of energy storage technologies.Finally,it subsequently analyzes the challenges faced by energy storage technologies and provides a perspective on their future development trends.The analysis results show that:1)Future advancements in energy storage technologies will trend toward technical integration based on different time scales and functional requirements to achieve complementary advantages or tiered utilization,rather than monopolization by a single energy storage technology.2)Energy storage technologies still face challenges such as incomplete business models and market mechanisms,lagging standard systems and safety regulations,and the need for continuous improvement in core technology localization.3)Efforts should be intensified to drive innovation in energy storage technologies,focus on next-generation advancements,market mechanisms require ongoing refinement,a collaborative development framework should be established to build a multidimensional energy storage network,and management throughout the entire lifecycle of energy storage systems should be promoted.
刘芮
中国石油化工集团公司发展计划部,北京 100728
信息技术与安全科学
新型电力系统储能技术电化学储能机械储能锂离子电池压缩空气储能
new power systemenergy storage technologieselectrochemical energy storagemechanical energy storagelithium ion batterycompressed air energy storage
《太阳能》 2026 (3)
15-20,6
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