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Field and laboratory studies of the stability of amorphous silicon solar cells and modules

机译:非晶硅太阳能电池和组件稳定性的现场和实验室研究

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摘要

If photovoltaic solar cells and modules are to be used as a major source ofpower generation it is important to have a good knowldege and understanding of their long-term performance under different climatic and operating conditions. A number of studies of the long-term performance of commercially available photovoltaic moduels manufactured using differnt technologies have now been reported in the literature. These have shown clear differences in the seasonal and long term performance and stability of different solar cell techniques. In addition to general modeule engineering factors that result in a loss of performance in all modules some types of solar cells, such as those made from thin film amorphour silicon (a-Si:H), also suffer specific losses in performance due to fundamental material changes, such as photodegradation or the Staebeler-Wronski effect (SWE).
机译:如果要将光伏太阳能电池和组件用作主要的发电来源,那么对不同气候和操作条件下的长期性能有充分的了解和了解是很重要的。现在已经在文献中报道了对使用不同技术制造的市售光伏模块的长期性能的许多研究。这些已显示出不同太阳能电池技术在季节性和长期性能以及稳定性方面的明显差异。除了会导致所有模块性能下降的一般性工程技术因素外,某些类型的太阳能电池(例如由薄膜非晶硅(a-Si:H)制成的那些太阳能电池)也会由于基本材料而遭受性能的特定损失。变化,例如光降解或Staebeler-Wronski效应(SWE)。

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