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Lithium ion batteries for mars exploration missions

机译:用于火星探测任务的锂离子电池

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The desired performance characteristics and physical requirements of spacecraft batteries for planetary exploration are reviewed, particularly with respect to surface landers and rovers intended for near-future Mars missions. The use of lithium ion batteries is justified in terms of significant savings on mass and volume, and more importantly of superior low temperature performance deemed essential in the Mars lander and rover missions. Use of these batteries in planetary orbiters may require further improvements in their cycle life, especially at low depths of discharge. Various strategies currently being adopted to prolong the cycle life for orbiter applications, as well as, for extending their operating range down to temperatures as low as -30℃ for more imminent Mars lander and rover missions are briefly discussed.
机译:审查了用于行星探索的航天器电池的理想性能特征和物理要求,尤其是针对打算用于不久将来的火星飞行的地面着陆器和漫游车。锂离子电池的使用在节省大量质量和体积上是合理的,更重要的是在火星着陆器和漫游者任务中被认为必不可少的优越的低温性能。在行星轨道飞行器中使用这些电池可能需要进一步改善其循环寿命,尤其是在低放电深度时。简要讨论了当前为延长轨道飞行器应用的寿命而采取的各种策略,以及将其工作范围扩展至低至-30℃的温度以应对更迫近的火星着陆器和漫游者任务的方法。

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