Evaluation of a low temperature Li-ion cell for space
Evaluation of a low temperature Li-ion cell for space
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DOI：
10.1016/j.actaastro.2003.06.001
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发表时间：
2004-04
影响因子：
3.5
通讯作者：
G. Gave;Y. Borthomieu;B. Lagattu;J. Planchat
中科院分区：
文献类型：
--
作者：
G. Gave;Y. Borthomieu;B. Lagattu;J. Planchat
如今，太空应用一方面需要用于探测器或勘探车辆等应用的低温工作电池，另一方面需要高比能电池。为了满足高比能量的要求，锂离子电池是最有前途的系统。然而，低温工作对于这种电池来说是一个问题。 SAFT 和 CNES 对此应用的锂离子技术进行了评估，并考虑了该主题的研究结果，以适应已经符合太空要求的锂离子电池的定义。本文描述了已执行的测试计划（由 CNES 在 LCIE 实验室进行），并分析了在操作条件下在全尺寸电池上获得的结果。
Today, space applications are requiring on one hand low temperature operating batteries for application such as probes or exploration vehicles, and on the other one, high specific energy batteries. In order to answer the specification for high specific energy, Li-ion battery is the most promising system. However, the low temperature operating is an issue for such a battery. SAFT and CNES have conducted an evaluation of the Li-ion technology for this application, taking into account the results of research on this topic to adapt the definition of already space qualified Li-ion cells. This paper describes test plan (conducted by CNES in the LCIE Laboratories) that has been performed and analyses the result obtained on a full size cell in the operational conditions.