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Thermal Failure Model and Reliability Tests of Solar Cells

机译:太阳能电池的热失效模型和可靠性测试

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摘要

Within silicon silver is an impurity with fast diffusivity and deep levels. It forms effective recombination centers in silicon acting as either acceptor or donor levels. That has been confirmed by a depth profile analysis with the SIMS.The silver atoms do exist near the barrier region of a solar cell with Ti/Pd/Ag electrodes heated at 245℃ for 308 hours. The open circuit voltage at low injection decreases as recombination actions increase in the barrier region. According to these phenomena, an estimation for the lifetime of solar cells is given by using acceleration tress tests based on Arrhenius equation.
机译:硅中的银是扩散速度快且杂质含量高的杂质。它在充当受体或供体能级的硅中形成有效的重组中心。 SIMS的深度剖面分析证实了这一点。银原子确实存在于太阳能电池的势垒区域附近,其中Ti / Pd / Ag电极在245℃下加热308小时。低注入时的开路电压随着势垒区域中复合作用的增加而降低。根据这些现象,通过使用基于Arrhenius方程的加速应力测试来估算太阳能电池的寿命。

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