Temperature behaviour : Comparison for nine storage technologies results from the INVESTIRE network
Temperature behaviour : Comparison for nine storage technologies results from the INVESTIRE network
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温度行为：INVESTIRE 网络对九种存储技术的比较结果
DOI：
10.1016/j.jpowsour.2005.10.054
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发表时间：
2006
影响因子：
9.2
通讯作者：
G. Sarre
中科院分区：
文献类型：
--
作者：
M. Perrin;P. Malbranche;E. Lemaire;B. Willer;M. Soria;A. Jossen;M. Dahlen;A. Ruddell;I. Cyphelly;G. Semrau;D. Sauer;G. Sarre
在可再生能源专题网络内，33个合作伙伴共同合作，比较了可再生能源应用的9种储存技术。为此，编写了存储技术报告，介绍了技术的最新发展水平。技术报告包括对技术特性的详细考虑，包括热行为。并行任务定义了可再生能源应用中的存储要求和技术标准的类别，并对经济和环境方面进行了详细分析。本文总结了技术报告，以显示存储技术之间的行为差异，特别关注根据环境和其他操作条件的热性能。在各种可再生能源应用的存储要求的背景下，考虑每种技术的热特性。
Within the INVESTIRE Thematic Network, 33 partners worked together in order to compare nine storage technologies for renewable energy applications. For this purpose, storage technology reports were written that presented the state of the art of The technology reports include detailed consideration of the technical characteristics, including thermal behaviour. Parallel tasks defined categories of storage requirements and technical criteria in renewable energy applications and conducted a detailed analysis of the economic and environmental aspects. This paper summarises the technology reports to show the differences of behaviour between the storage technologies, with particular focus on the thermal performance according to environmental and other operational conditions. The thermal characteristics of each technology are considered in the context of the storage requirements in various renewable energy applications.