A Comparative Study of Distinct Advanced MPPT Algorithms for a PV Boost Converter

Mohamed Ali Zdiri, Badreddine Khelifi, Fatma Ben Salem, Hsan Hadj Abdallah

Abstract


PV energy are enticing an enormous focus in the actual energy scenario. In order to assure the transfer of the maximum power to the load, a boost converter is used containing several MPPT techniques. In this paper, the comparative analysis of the system dynamic behavior has been perform based in distinct MPPT techniques, which are P&O, FLC, ANN-PI and ANN-SM. Taking into account the results of these techniques, the ANN-SM based MPPT controller can attain the MPP rapid than the other MPPT techniques under various climatic condition and load. It is also confirmed that the ANN-SM algorithm has a low ripple rate in power compared with the P&O MPPT controller. The SM-ANN-MPPT approach requires fewer dissipated energies than the others techniques. Furthermore, the ANN-SM dynamic behavior illustrates that the PV system stay attain the MPP during load and climatic condition variations.


Keywords


PV energy, MPPT techniques, P&O, FLC, ANN-PI, ANN-SM, Dynamic behavior

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References


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DOI (PDF): https://doi.org/10.20508/ijrer.v11i3.12079.g8282

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