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Accelerated Testing of Performance of Thin Film Module

机译:薄膜模块性能的加速测试

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There is an interest in identifying localised effects when investigating durability of devices. The combination of tests might also have an influence on test results. This is investigated for single junction amorphous silicon modules. The modules were put under accelerated testing including thermal cycling, light soaking and annealing test. I-V measurement and LBIC system as characterisation tools are used to investigate the possible degradation occurring in the devices both before and after certain stages of the test. Results have shown that there is a difference between modules which have experienced light soaking before being exposed to thermal cycling, indicating that the initial light soaking resulted in a UV activation of the material, which then changed the durability of the lamination.
机译:在研究设备的耐用性时,有兴趣识别局部效应。测试的组合也可能会影响测试结果。对单结非晶硅模块进行了研究。对模块进行了加速测试,包括热循环,均热和退火测试。 I-V测量和LBIC系统作为表征工具,用于研究在测试的某些阶段之前和之后在设备中可能发生的退化。结果表明,在经历热循环之前经历过光吸收的模块之间存在差异,这表明初始光吸收导致材料的UV活化,然后改变了层压的耐久性。

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