顺序加速测试:改进加速测试与现场模块性能的相关性

T. Felder, W. Gambogi, K. Stika, Bao-Ling Yu, A. Bradley, Hongjie Hu, L. Garreau-iles, T. Trout
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引用次数: 7

摘要

杜邦一直在稳步开发与太阳能电池板实地观测相关的加速背板测试。该报告更新了顺序测试中的工作。单次暴露试验更常用,可以更快地完成,某些试验提供了某些背板失效模式的有用预测。杜邦对单次暴露试验的建议是基于25年的紫外线和湿度/温度暴露水平,并为后续测试开发奠定了良好的基础。我们建议依次暴露在湿热下,然后是紫外线,然后是重复的热循环和长波紫外线。该序列保留了25年的湿度/温度和紫外线暴露水平,并与大量现场观测结果相吻合。虽然完整的测试运行10个月,但可以在测试中间隔进行测量。第二种是基于湿热和热循环的较短顺序测试,测试机械耐久性,并与现场看到的机械性能损失相关。正在进行的工作是针对较短的顺序测试,以保持与现场数据的良好相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sequential accelerated tests: Improving the correlation of accelerated tests to module performance in the field
DuPont has been working steadily to develop accelerated backsheet tests that correlate with solar panels observations in the field. This report updates efforts in sequential testing. Single exposure tests are more commonly used and can be completed more quickly, and certain tests provide helpful predictions of certain backsheet failure modes. DuPont recommendations for single exposure tests are based on 25-year exposure levels for UV and humidity/temperature, and form a good basis for sequential test development. We recommend a sequential exposure of damp heat followed by UV then repetitions of thermal cycling and UVA. This sequence preserves 25-year exposure levels for humidity/temperature and UV, and correlates well with a large body of field observations. Measurements can be taken at intervals in the test, although the full test runs 10 months. A second, shorter sequential test based on damp heat and thermal cycling tests mechanical durability and correlates with loss of mechanical properties seen in the field. Ongoing work is directed toward shorter sequential tests that preserve good correlation to field data.
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