对纳米卫星电池寿命的验证:快速、廉价和准确通过一个代表性的任务剖面

V. Knap, L. Vestergaard, D. Stroe
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引用次数: 3

摘要

卫星的任务寿命受到电池寿命的限制。因此,有必要事先评估应用的电池设计是否能支持长期的商业任务。到目前为止,应用的方法要么过于简化,不能用于长期预测,要么太昂贵(时间方面或测试资源方面)。在这项工作中,基于遥测数据开发了一个综合任务剖面,以创建一个考虑实际电池任务条件的代表性剖面,并允许低成本和有效的寿命测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Validation of Battery Mission Lifetime for Nano-satellites: Fast, Cheap and Accurate Through a Representative Mission Profile
Satellites' mission lifetime is limited by the lifetime of the battery. Thus, it is necessary to assess in advance on the ground that the applied battery design will support long-term commercial missions. So far, the applied approaches are either over-simplified and cannot be used for long-term predictions, or they are too expensive (time wise or testing resources wise). A synthetic mission profile is developed in this work based on telemetry data, to create a representative profile considering real battery mission conditions and to allow for low cost and effective lifetime testing.
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