[PDF.83hf] Electrical Material Properties and Efficiency Limits of Compensated and Multicrystalline Silicon for Solar Cells (Solar Energy and Systems Research)

Electrical Material Properties and Efficiency Limits of Compensated and Multicrystalline Silicon for Solar Cells (Solar Energy and Systems Research)

[PDF.xu60] Electrical Material Properties and Efficiency Limits of Compensated and Multicrystalline Silicon for Solar Cells (Solar Energy and Systems Research)

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 |  2016-07-20 | Original language:English |  8.07 x.67 x5.67l, | File type: PDF | 236 pages

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Increasing the efficiency and reducing the production costs are the two main goals of the optimization of crystalline silicon solar cells. This thesis addresses the impact of efficiency- limiting defects in crystalline silicon from cheaper production routes, namely upgraded metallurgical grade silicon and multicrystalline silicon, and presents an approach for the fabrication of high efficiency solar cells on low-cost multicrystalline silicon substrate. Upgraded metallurg...

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