The exploitation of the energetic potential (solar and wind) for the production of electricity proves to be an adequate solution in isolated regions where the extension of the grid network would be a financial constraint. So the proposed work consists in the sizing of a hybrid system (solar and wind) with continuous production of electrical energy. This being based on meteorological and radiometric data measured on site, this survey allowed us to put into evidence that the management of this system depends essentially, on the one hand on the available renewable energies and on the other hand on the needed consumption. This drove us to plan for some suitable storage systems to insure a better autonomy. Furthermore, the simulation in real time of the working of different parts of the system, allowed us to define the best energetic contribution between the wind generator and the photovoltaic generator. A more deepened technico - economical survey on this hybrid system, will allow us to put better in evidence that when the two possibilities are technically possible, the choice between these solutions must be used in order to determine the option that corresponds to the least cost.
展开▼
