Simulation of PV Array during Partial Shading Condition in MATLAB | I-V & P-V Characteristics

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To simulate a photovoltaic (PV) array during partial shading conditions and obtain I-V and P-V characteristics in MATLAB, you can follow these steps:

Define the PV array model: This involves specifying the number of PV modules, the parameters of each module such as the open-circuit voltage, short-circuit current, and the maximum power point voltage and current.

Define the partial shading scenario: This involves specifying which modules will be shaded and to what extent. You can model shading by reducing the light intensity or by blocking the sunlight to the shaded modules.

Calculate the I-V and P-V curves: Using the PV array model and the shading scenario, you can calculate the I-V and P-V curves using MATLAB's built-in functions or by writing your own code. This will give you the current and voltage output of the array under different levels of shading.

Analyze the results: You can analyze the I-V and P-V curves to determine the maximum power point and the effects of partial shading on the array's performance.

There are also several existing MATLAB toolboxes and resources that can help you simulate PV arrays under partial shading conditions, such as the PVLib Toolbox and the PVsyst software.





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