We designed and implemented the electric scheme of the solar panels in PROUTEUS ISIS-Capture in accordance with their architecture in this work, which concentrates on how to create a specific library of any commercially available solar panels in that environment. Currently, the existing photovoltaic panel models are mostly based on MATLAB or PSPICE software, barely based on ISIS-PROTEUS software. This paper focuses on the model of photovoltaic cells or panels based on PROTEUS software. This enables the operation of each panel supplying a resistive load or other charges to be modelled. Additionally, simulation is utilized to accurately establish the electric properties of the panels and those of the single or multiple maximum power points in response to changes in temperature and sun irradiation. We applied the modeling method using ISIS Proteus software to Isofoton-75 solar panels, and to confirm the validity of the results obtained, we compared them with the experimental results
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