储能技术市场及应用:与锂离子电池相结合的超级电容器

J. Miller
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引用次数: 41

摘要

超级电容器在储能行业中被广泛接受,无论是单独使用还是与电池结合使用。随着这种功率密集组件的技术和经济效益得到更广泛的了解,曾经小众的独立应用现在正在迅速扩展。结合的例子继续激增,主要是在电池电动和混合动力商业运输领域,如公共汽车和火车。超级电容器为先进的化学储能系统(如镍氢电池和锂电池)提供了快速的能量缓冲,并为真正的能量优化电池系统提供了机会。本次演讲将讨论能源存储系统的发展趋势,先进的化学电池,如镍氢和锂离子电池,以及为什么这些组件将受益于与碳电容器的结合。该演讲将重点介绍每种技术的优缺点,以及为什么超级电容器+电子转换器与锂离子电池的有源并联组合是一种互补和协同的替代方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy storage technology markets and application’s: ultracapacitors in combination with lithium-ion
Ultracapacitors are becoming widely accepted in the energy storage industry in both standalone and in combination with batteries. Standalone applications, once niche, are now rapidly expanding as the technical and economic benefits of this power dense component become more widely understood. Combination examples continue to proliferate, primarily in battery electric and hybrid electric commercial transportation segments such as transit buses and trains. The ultracapacitor offers a fast energy buffer to advanced chemistry energy reservoirs such as nickel metal hydride and lithium batteries and offer an opportunity for truly energy optimized battery systems. This presentation will discuss trends in energy storage systems, advanced chemistry batteries such as nickel-hydrogen and lithium-ion and why such components would benefit from working in combination with carbon capacitors. The presentation will focus on the strengths and weakness of each technology and why the active parallel combination of ultracapacitor plus electronic converter with the lithium-ion battery is a complimentary and synergistic alternative.
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