Transport Mechanism in TiO2/In (OH) xSy/Pb (OH) xSy/PEDOT: PSS eta Solar Cell

Citation:
Musembi RJ, Aduda BO, Mwabora JM, Rusu M, Fostiropoulos K, Lux-Steiner MC. "Transport Mechanism in TiO2/In (OH) xSy/Pb (OH) xSy/PEDOT: PSS eta Solar Cell." Researchgate. 2013.

Abstract:

Transport mechanism studies in TiO2/In (OH) xSy/Pb (OH) xSy/PEDOT: PSS eta solar cell have been carried out. The characterizations have been performed both in the dark and under varying illumination intensity for temperature range 200 K–320 K. The recombination process of the eta solar cell in the dark has been found to be tunneling enhanced, while under illumination it is thermally activated and takes place through exponentially distributed energy recombination levels. The illumination intensity and temperature have also been found to have a strong influence on the device conversion efficiency, with the highest efficiency being realized at 200 K

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