Mathematical Modeling and Analysis of Single-Diode, Double-Diode and Triple Diode based PV Module

Arjun Kumar, Ruchi Agarwal
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引用次数: 1

Abstract

The paper shows modeling of different number of diodes i.e. single diode model (SDM), double diode model (DDM), and triple diode model (TDM) based PV system configuration. The performances of each configuration are analyzed in simulated results. The changes in environmental conditions, i.e., irradiation and temperature are applied and collectively presented in the curves to show comparative output of each configuration. The ideality factor and series resistance are considered variable factor to get clear prospect of the configurations. The awareness of I-V and P-V curve of different diode based configurations helps the manufacturers to design the optimal PV module to achieve maximum power solar output.
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基于单二极管、双二极管和三二极管的光伏组件的数学建模与分析
本文展示了基于光伏系统配置的不同数量二极管的建模,即单二极管模型(SDM),双二极管模型(DDM)和三二极管模型(TDM)。仿真结果分析了各结构的性能。环境条件的变化,即辐照和温度的变化,在曲线中集体表示,以显示每种配置的比较输出。将理想因数和串联电阻考虑为可变因数,以获得清晰的配置前景。了解不同二极管配置的I-V和P-V曲线有助于制造商设计最佳的光伏组件,以实现最大的太阳能输出功率。
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