Optimization of low cost processes for thin c-Si solar cell production - Ochoa Martinez, Efrain
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As world population grows the total energy demanded increases. The energy from sources like the photovoltaic cells, emerges as a sustainable, environmentally clean and cost competitive option if produced on a large scale. The current trend in photovoltaic industry passes through increasing efficiency and reducing costs of the modules. A significant part of these costs originates in the semiconductor substrate material, therefore, the tendency is to reduce the thickness of the cells; however, the manufacturing processes need to be optimized. The aim is to implement in-line and contact-less…mehr

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Produktbeschreibung
As world population grows the total energy demanded increases. The energy from sources like the photovoltaic cells, emerges as a sustainable, environmentally clean and cost competitive option if produced on a large scale. The current trend in photovoltaic industry passes through increasing efficiency and reducing costs of the modules. A significant part of these costs originates in the semiconductor substrate material, therefore, the tendency is to reduce the thickness of the cells; however, the manufacturing processes need to be optimized. The aim is to implement in-line and contact-less techniques which increase productivity while reduce breakage yield. This work presents the results obtained towards that direction, particularly in the field of emitter formation and metallization.
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Autorenporträt
Efrain Ochoa studied Physics and Electrical Engineering in the National University of Honduras. He obtained his Master and PhD degree in the University of Málaga, Spain. He has been invited researcher at the Microelectronics Technology Institute from the University of the Basque Country and Fraunhofer ISE in Freiburg.