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Degradation and regeneration analysis in mc-Si

机译:mc-Si的降解与再生分析

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The performance of mc-Si PERC solar cells can be significantly affected by LeTID. The underlying mechanism causing LeTID is still unknown. This work compares the degradation and regeneration behavior under illumination and elevated temperature of an industrial mc-Si PERC solar cell to differently processed minority charge carrier lifetime samples. A strong degradation and also regeneration can be observed on lifetime level. Degradation and regeneration are strongly influenced by the applied process steps, like gettering, temperature load and surface passivation method. Therefore, lifetime studies offer a valuable possibility to identify further parameters influencing LeTID.
机译:LeTID会显着影响mc-Si PERC太阳能电池的性能。导致LeTID的潜在机制仍然未知。这项工作将工业mc-Si PERC太阳能电池在光照和高温下的降解和再生行为与经过不同处理的少数电荷载流子寿命样本进行了比较。在寿命水平上可以观察到强烈的降解以及再生。降解和再生受所应用的工艺步骤(例如吸气,温度负荷和表面钝化方法)的强烈影响。因此,终生研究为识别影响LeTID的其他参数提供了宝贵的可能性。

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