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Photovoltaic characteristics of CuInS2/CdS solar cell by electron beam evaporation
Authors:Gye-Choon Park  Hae-Duck Chung  Chang-Dae Kim  Hyuk-Ryeol Park  Woon-Jo Jeong  Jong-Uk Kim  Hal-Bon Gu  Ki-Sik Lee
Abstract:When a CuInS2/CdS solar cell was fabricated by depositing CdS thin film with dopant In of 1.0 at% on ternary compound CuInS2 thin film with the lowest resistivity of 5.59 × 10−2 Ωcm, its best result was as follows: Voc = 461 mV, Isc = 26.9 mA, FF = 0.685, η = 5.66% under the illumination of 100 mW/cm2. And its series resistance and lattice mismatch was 5.1 Ω and 3.2%, respectively.Besides, a 4 layer structure solar cell of -CuInS2/high -CuInS2/high -CdS/low - CdS has been fabricated. When thickness of high - CuInS2 was 0.2 μm, its best result was as follows: Voc = 580 mV, Isc = 30.6 mA, FF = 0.697, η = 8.25%. An its series resistance and lattice mismatch were 4.3 Ω and 2.8%, respectively.
Keywords:Ternary compound  Thin film  Photoelectric conversion efficiency  Series resistance  Lattice mismatch
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