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Modeling and Simulation of Multijunction Solar or Sun based Cell

机译:多结太阳能电池或太阳电池的建模与仿真

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This paper manages with the modelling of quadruple junction solar cell (qjsc) constructed by using the semiconductor material of AlGaInP-GaAs-GaInAs-Ge at a particular value solar irradiance, temperature. Comparison of output I-V and P-V curve of the quadruple junction solar cell is done with triple junction cell made of semiconductor material InGaP-InGaAs-Ge and single junction solar cell (sjsc) made of a Ge semiconductor by using MATLAB/SIMULINK. It has been found a higher value of output voltage and power in quadruple junction solar cell as compared to single or triple junction solar cell. The above described quadruple junction solar cell is made by using the material having a same lattice structure which helps to ease the flow of current in all the four junctions and analysis is done at solar irradiance (1000-800-500) w/cm2. The whole analysis is done through pessimistic approach on the basis of the single exponential
机译:本文通过在特定辐照度,温度下使用AlGaInP-GaAs-GaInAs-Ge半导体材料构造的四结太阳能电池(qjsc)进行建模。通过使用MATLAB / SIMULINK,比较由半导体材料InGaP-InGaAs-Ge制成的三结电池和由Ge半导体制成的单结太阳能电池(sjsc)对四结太阳能电池的输出I-V和P-V曲线进行比较。已经发现,与单结或三结太阳能电池相比,四结太阳能电池具有更高的输出电压和功率值。上述四结太阳能电池是通过使用具有相同晶格结构的材料制成的,该材料有助于缓解所有四个结中的电流流动,并且在太阳辐照度(1000-800-500)w / cm2下进行分析。整个分析是在单指数的基础上通过悲观方法进行的

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