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Thin and Flexible Triple Junction Cells 30 Efficient: Qualification Results and Future Space Applications

机译:薄而灵活的三结电池效率高达30%:鉴定结果和未来的空间应用

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摘要

InGaP/InGaAs/Ge triple junction solar cells with AM0 efficiency class 30% are the baseline for all the space missions since 2010. Next spacecraft generations demand low cost power ($/W), more specific power (W/g) and bendable/flexible solar arrays. For these reasons, new solar cells, based on multi junction III-V architecture characterized by a reduced thickness to make them bendable and flexible, have been developed and qualified. The main advantage of the developed technology lies in the possibility to strongly decrease the thickness of the solar cell without altering the high efficiency, their space reliability and the manufacturing yield and cost. In this paper we will present the qualification results of triple junction solar cells named CTJ30-80, characterized by a reduced thickness of 80 um.
机译:自2010年以来,AM0效率为30%的InGaP / InGaAs / Ge三结太阳能电池是所有航天任务的基准。下一代航天器需要低成本功率($ / W),更特定的功率(W / g)和可弯曲的/柔性太阳能电池板。由于这些原因,基于多结III-V架构的新型太阳能电池已经开发并合格,该太阳能电池的特点是厚度减小,以使其可弯曲和柔性。所开发技术的主要优点在于可以在不改变高效率,其空间可靠性以及制造成品率和成本的情况下大大减小太阳能电池的厚度。在本文中,我们将介绍名为CTJ30-80的三结太阳能电池的鉴定结果,其特征是厚度减小了80 um。

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