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This book presents the study, development and implementation of the maximum power point of a photovoltaic energy generator adapted by elevator converter and controlled by a maximum power point command.
In order to improve photovoltaic system performance and to force the photovoltaic generator to operate at its maximum power point, the idea of the context of this paper deals with the exploitation of the technique of the artificial intelligence mechanism (neural network) certainly based on the three parts of the photovoltaic system (photovoltaic module inputs (temperature and solar radiation), photovoltaic module and control (MPPT)) that have been adopted within a simulation time of 24 hours.In addition, to reach the optimal operating point regardless of variations in climatic conditions, the use of a neuron network based disturbance and observation algorithm (P&O) is put into service of the system given its reliability, its simplicity and view that at any time it can follow the desired maximum power.
Hazzab works in the Research Laboratory Control Analysis and Optimization of Systems Electro-Energetic (CAOSEE)University of Tahri Mohamed Bp417 Bechar, AlgeriaDr.
Mammar works inDepartement of Electrical EngineeringUniversity of Tahri Mohamed Bp417 Bechar, Algeria
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