Revista Română de Informatică și Automatică / Vol. 32, Nr. 1, 2022

Smart design and dynamic control of the optimal component in a grid connected hybrid PV/Wind turbine system

Oumelkheir BOUCHIBA, Tahar MERIZGUI, Bachir GAOUI, Saliha CHETTIH, Ali CHEKNANE

Rezumat:

In the current research, we present a new developed Matlab/Simulink toolbox for power electronics to evaluate and improve the control of grid connected PV systems, and in grid connected hybrid system PV/wind turbine (WT). During the work, we carried out the development of a comparative study between two configurations with and without using the MPPT control system. Our focus is to describe the most important order to provide a new developed toolbox in our simulation results and find the best one model in terms of efficiency. The required power generated by the hybrid model system is supplied to feed the grid and AC load and to also optimize the time response of the system study by improving the filter parameters incorporated in our simulation results. This current research focuses on enhancing the performance of wind turbines using the maximum power point tracking P&O method, since our results indicated better performance wind turbine potential in the targeted region.

Cuvinte cheie:
Power grid, Performance, Wind power, PV power, Maximum power point tracking.

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CITAREA ACESTUI ARTICOL SUNT URMĂTOARELE:
Oumelkheir BOUCHIBA, Tahar MERIZGUI, Bachir GAOUI, Saliha CHETTIH, Ali CHEKNANE, „Smart design and dynamic control of the optimal component in a grid connected hybrid PV/Wind turbine system”, Revista Română de Informatică și Automatică, ISSN 1220-1758, vol. 32(1), pp. 45-58, 2022. https://doi.org/10.33436/v32i1y202204