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Modeling and Simulation of A C3MJ+ Triple Junction Solar Cell using Matlab/Simulink

机译:MATLAB / Simulink使用MATLAB / Simulink的建模与仿真C3MJ +三交联太阳能电池

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The modeling and the simulation of triple junction solar cells had been addressed in earlier research works. But there are many new cells with parameters not released by the manufacturers yet. The aim of this paper is to simulate the behavior of a C3MJ+ triple-junction solar cell by determining its J-V characteristics curve and its P-V curve. The maximum voltage, current density and power will be defined. The performance of the triple junction cell is evaluated by analyzing the fill factor. The effects of different parameters such as temperature and concentration have been studied using Matlab/Simulink software. The simulation results were compared to the corresponding data sheet. Obtained simulation results show that the open circuit voltage and fill factor deviate negligibly by 0.22% and 1.4% respectively from the associated values reported in the data sheet.
机译:早期研究工作已经解决了三界太阳能电池的建模和模拟。但是,制造商还有许多新的细胞没有发布的参数。本文的目的是通过确定其J-V特性曲线及其P-V曲线来模拟C3MJ +三界太阳能电池的行为。将定义最大电压,电流密度和功率。通过分析填充因子来评估三孔电池的性能。使用Matlab / Simulink软件研究了不同参数如温度和浓度的影响。将仿真结果与相应的数据表进行了比较。获得的仿真结果表明,开路电压和填充因子分别偏离数据表中报告的相关值分别偏离0.22%和1.4%。

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