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A Defect Formation as Snail Trails in Photovoltaic Modules

机译:蜗牛在光伏组件中的缺陷形成

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In this paper, we discussed the field failures of the brownish discolored lines like snail trails in PV modules. We were successful simulation snail trails in laboratory and outdoor field. We had found out some types EVA (ethylene vinyl acetate) encapsulants and back sheets which had the serious snail trails but others were snail trails free. Furthermore, according to IEC 61215 accelerated aging testing, we also found only within 2% power loss after these modules impacted by snail trails. The main power losses over 5% were come from cell micro cracks before snail trail formation. That snail trails occurrence means solar cells should have micro cracks. In here, we contributed the snail trail effects and avoided the failures in future photovoltaic modules performance.
机译:在本文中,我们讨论了光伏模块中褐色变色线(如蜗牛迹)的现场故障。我们在实验室和室外领域都成功地模拟了蜗牛的踪迹。我们发现某些类型的EVA(乙烯乙酸乙烯酯)密封剂和背板具有严重的蜗牛痕迹,而其他没有蜗牛痕迹。此外,根据IEC 61215加速老化测试,我们还发现这些模块受到蜗牛路径的影响后,功率损耗仅在2%以内。超过5%的主要功率损耗来自蜗牛踪迹形成之前的细胞微裂纹。蜗牛踪迹的出现意味着太阳能电池应该有微裂纹。在这里,我们贡献了蜗牛踪迹效应,避免了未来光伏组件性能的失败。

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