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Improved Design Analysis of Photovoltaic Modules and Arrays Under Varying Conditions

机译:改进了不同条件下光伏模块和阵列的设计分析

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Solar Photovoltaic array is non-linear power source and under varying environmental conditions it is time consuming and extravagant to obtain operating characteristics. In order to overcome these restrictions an improved model of solar module/array has been proposed, this paper presents a step-by-step method for the simulation of SPV panels/arrays in MATLAB/Simulink. The governing curves of SPV array are also investigated for vast range of environmental conditions, substantial parameters and array configurations. The proposed method gives an exact decisive and easy to tune model of SPV array. Moreover, it provides an improved analysis of SPV array for various substantial parameters (series, parallel resistance, diode factor etc.) and environmental conditions (irradiance, temperature and partial shading)aspects.
机译:太阳能光伏阵列是非线性电源,在不同的环境条件下,获得操作特性的耗时和奢侈。为了克服这些限制,已经提出了一种改进的太阳能模块/阵列模型,本文介绍了在MATLAB / Simulink中模拟SPV面板/阵列的逐步方法。 SPV阵列的控制曲线也被研究用于广泛的环境条件,大量参数和阵列配置。该方法提供了SPV阵列的精确决定性和易于调整模型。此外,它提供了对SPV阵列的改进分析,用于各种基本参数(串联,并联电阻,二极管因子等)和环境条件(辐照度,温度和偏观)方面。

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