Mono-Like Ingot/Wafers Made of Solar-Grade Silicon for Solar Cells Application

Mono-Like Ingot/Wafers Made of Solar-Grade Silicon for Solar Cells Application

Working with solar-grade silicon for solar cells application usually meets some difficulties in comparison to polysilicon produced by Siemens method: higher impurities content leads to lower yield, worse electrophysical parameters and poor performance in solar cells application. However some adjustm...

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Veröffentlicht in:AIP conference proceedings 2012-03
Hauptverfasser: Beringov, Sergey, Vlasenko, Timur, Yatsuk, Sergiy, Liaskovskiy, Oleksandr, Buchovska, Iryna
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creator Beringov, Sergey
Vlasenko, Timur
Yatsuk, Sergiy
Liaskovskiy, Oleksandr
Buchovska, Iryna
description Working with solar-grade silicon for solar cells application usually meets some difficulties in comparison to polysilicon produced by Siemens method: higher impurities content leads to lower yield, worse electrophysical parameters and poor performance in solar cells application. However some adjustments in ingot production can show significant improvements in quality of final product: crystalline wafers and cells. Recent investigations have shown that solar-grade silicon is suitable for high effective production process such as mono-like multicrystalline wafer production. Production-scale lots made at Pillar show promising results for solar-grade silicon application: high-quality wafers with significantly big crystalline grains of orientation.
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title Mono-Like Ingot/Wafers Made of Solar-Grade Silicon for Solar Cells Application
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