Etude et optimisation d’un Système Hybride Photovoltaïque-Eolien à Telico Mamou

Abstract

This work is a contribution to the study of hybrid photovoltaic and wind power conversion systems in Telico to find a sustainable solution to the IST- Mamou a constant energy without load shedding.

In this study, we collected the energy needs of the Institut Supérieur de Technologie de Mamou and the meteorological data of Mamou. Then these data were introduced and analyzed by the HOMER software. This analysis shows that the wind potential is low while the solar potential seems to be more satisfactory, we obtained a load coverage provided by 386 photovoltaic modules of 260 Wp each and 5 wind generators of 7.5 kW per unit. 

The consumption profile adopted in this study is 577 kWh/dr with a maximum power 65 kW. This hourly energy distribution is considered identical for all days of the academic year and corresponds to the consumption profile of IST-Mamou. Moreover, we note that not only the load is largely covered, but also a surplus of energy production is noticed during the vacation months (July, August, and September).

From all the results obtained in this study, it appears that the combination of the two renewable energy sources (solar and wind) is promising and advantageous for the continuous and uninterrupted production of energy for the total coverage of the energy needs of IST-Mamou