Research on photovoltaic energy conversion has recently received great impulse due to the growing demand for low carbon dioxide emission energy sources. In particular, the high manufacturing cost of crystalline silicon and the latest advancements on semiconducting polymer design and synthesis in recent years have directed the attention of the scientific community towards Organic Solar Cells (OSCs). In this paper, the electromagnetic field induced on OSCs has been investigated to evaluate the potential of the optical efficiecy at several frequencies of OSCs.
Numerical investigation of external electromagnetic field induced on organic solar cells model using FEM analysis
LO SCIUTO, GRAZIA
2017-01-01
Abstract
Research on photovoltaic energy conversion has recently received great impulse due to the growing demand for low carbon dioxide emission energy sources. In particular, the high manufacturing cost of crystalline silicon and the latest advancements on semiconducting polymer design and synthesis in recent years have directed the attention of the scientific community towards Organic Solar Cells (OSCs). In this paper, the electromagnetic field induced on OSCs has been investigated to evaluate the potential of the optical efficiecy at several frequencies of OSCs.File in questo prodotto:
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