Author/Authors :
Baghaz, E. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , Gaamouche, R. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , Hirech, K. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , El Ouariachi, M. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , Yaden, M. F. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , Mrabti, T. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , Tidhaf, B. Mohamed First University - ENSA - laboratory, LETAS, Maroc , Bagui, F. Ecole d’Ingénieurs Ei CESI - Laboratory, IRISE, France , Chadli, E. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc , Kassmi, K. Mohamed First University - Faculty of Science - dépt de Physique, laboratory LETAS, Maroc
Abstract :
In this paper we present the results on improving the performance of both photovoltaic (PV), lighting andpumping domestic Douar Zragta installed in the rural municipality of Issly. From the modeling of electricalPV panels we have deducted the losses of energy provided by the panels in the order of 15-20% and 10% dueto the lack of tracking the sun. All these results allowed us to deduct losses of about 33% of the cost of thefacilities.
Keywords :
Photovoltaic System (PV) , lighting and pumping domestic PV panels , Pspice simulator , loss ofenergy , sun tracker , solar controller , solar batteries.
