Neural network modeling and experimental evaluation of organic solar panel performance in Algerian Sahara

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Abstract

In this paper, the characterization and modeling results of the electrical parameters of the tendem organic photovoltaic cells (infinityPV) are presented. The electrical performances of this organic cell’s module (I-V and P-V) are characterized and analyzed in the weather condition of southwest Algeria (Adrar site). A program in MATLAB language is developed locally for modeling the organic cell, using artificial intelligence. The multilayer feed forward perception type ANN is used for extraction of the organic photovoltaic model performances, and the back-propagation algorithm is used for the program training. The ANN obtained results by the simulation showed a good conformity with the results obtained experimentally in the saharan climate (MAPE:0.68%, MBE:4.5018e-09 A and RMSE:1.8062e-04 A).

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Ghaitaoui, T., Benatiallah, A., Khachab, H., Sahli, Y., & Koussa, K. (2019). Neural network modeling and experimental evaluation of organic solar panel performance in Algerian Sahara. European Journal of Electrical Engineering, 21(2), 165–169. https://doi.org/10.18280/ejee.210206

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