Update on NREL Outdoor Exposure Campaign of Solar Mirrors

Daniel Celvi, Christa Schreiber, R. Tirawat, G. Zhu
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Abstract

Beginning in 2018, the National Renewable Energy Laboratory restarted exposure campaigns on new and archived samples as part of a multiyear project, some with outdoor exposure for more than a decade. By resuming exposure and collecting and analyzing data on thousands of samples going back decades, several goals can be advanced that can be difficult to determine within the timeline of most projects: 1) correlating an accelerated exposure campaign to outdoor aging, specifically with xenon arc lamp exposure chambers; 2) drawing conclusions between specific corrosion mechanisms and weather patterns; and 3) finding novel relationships between mirror composition and performance. In addition to building and mining a database, we will experiment with new characterization techniques, primarily focused on macroscopic and microscopic imaging. In introducing these techniques more broadly, it may be possible to reveal a more direct line between optical performance and exposure campaigns by better understanding the degradation mechanisms occurring.
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NREL太阳镜户外曝光活动的最新进展
从2018年开始,作为一个多年项目的一部分,国家可再生能源实验室重新启动了对新样本和存档样本的曝光活动,其中一些样本已经在户外曝光了十多年。通过恢复暴露,收集和分析几十年来数千个样本的数据,可以推进几个目标,这些目标在大多数项目的时间表内很难确定:1)将加速暴露运动与室外老化联系起来,特别是氙气弧灯暴露室;2)在具体腐蚀机制与天气模式之间得出结论;3)发现镜子组成和性能之间的新关系。除了建立和挖掘数据库外,我们还将尝试新的表征技术,主要集中在宏观和微观成像上。在更广泛地介绍这些技术时,通过更好地了解发生的退化机制,可能会揭示光学性能和曝光运动之间更直接的联系。
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