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A study on the evaluation method of glass frit paste for crystalline silicon solar cells

机译:晶体硅太阳能电池用玻璃粉浆料的评价方法研究

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Conductive paste degrades the solar cell performance due to the metallization. Silver crystallites at the interface may shunt the p-n junction, which degrades the cell performance. Besides, it is conceivable that glass frit itself should not effectively damage silicon, but there is no clear evidence for the proof. In this study, the “floating contact method” proposed by R. Hoenig is used to evaluate the effects of glass frit by making the floating contacts with the glass frit. It is conclude that glass frit itself causes shunts and increases the saturation current, which corresponds carrier recombination beneath the glass frit contacts.
机译:导电胶由于金属化而降低了太阳能电池的性能。界面处的银微晶可能会分流p-n结,从而降低电池性能。此外,可以想象的是,玻璃料本身不应有效地破坏硅,但是没有明确的证据来证明。在这项研究中,R。Hoenig提出的“浮动接触法”用于通过与玻璃料进行浮动接触来评估玻璃料的效果。结论是,玻璃料本身会引起分流并增加饱和电流,这对应于玻璃料触点下方的载流子复合。

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