In this paper, a Al/ZnO/a-Si/polymer solar cell is fabricated by using the sputtering
technique. The current–voltage characteristic curve indicates that the cell efficiency
increased from 0.05453% to 0.484% for ZnO/Si/poly(3-hexylthiophene) as the Si film
thickness increased. When the cell was fabricated using ZnO/Si/polyvinyl chloride and
ZnO/Si/paraphenylene vinylene, the efficiencies increased from 0.505% to 2.793% and from
1.6% to 2.934%, respectively, as the Si film thickness increased.
Keywords: polymer, solar cell, ZnO/Si/PVC, ZnO/Si /P3HT, and ZnO/Si/PPV
1. Introduction
Glass or metal sheets are commonly used as substrate materials for amorphous silicon Abstract— Photovoltaic cells provide an additional method
of acquiring energy, converting sunlight directly into electricity
through the use of semiconductors. Effective photovoltaic
implementation is reviewed, focusing on semiconductor
properties and overall photovoltaic system configuration.[1]
Index Terms— energy conversion efficiency, photovolta
In this paper, a Al/ZnO/a-Si/polymer solar cell is fabricated by using the sputteringtechnique. The current–voltage characteristic curve indicates that the cell efficiencyincreased from 0.05453% to 0.484% for ZnO/Si/poly(3-hexylthiophene) as the Si filmthickness increased. When the cell was fabricated using ZnO/Si/polyvinyl chloride andZnO/Si/paraphenylene vinylene, the efficiencies increased from 0.505% to 2.793% and from1.6% to 2.934%, respectively, as the Si film thickness increased.Keywords: polymer, solar cell, ZnO/Si/PVC, ZnO/Si /P3HT, and ZnO/Si/PPV1. IntroductionGlass or metal sheets are commonly used as substrate materials for amorphous silicon Abstract— Photovoltaic cells provide an additional methodof acquiring energy, converting sunlight directly into electricitythrough the use of semiconductors. Effective photovoltaicimplementation is reviewed, focusing on semiconductorproperties and overall photovoltaic system configuration.[1]Index Terms— energy conversion efficiency, photovolta
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