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The general idea of this work is to improve the performance of CAES (compressed air energy storage) for its application in solar and wind systems through a restitution technique by creating an artificial wind. The efficiency of compressed air storage is often presented as a limit to its application. The present work describes a series of manipulations carried out in order to increase the yield. As the action of the artificial wind on the wind turbine is characterized by a reduced attack surface, a treated wind, a constant direction, an adjustable speed, it is therefore a question of acting on all the controllable parameters of the artificial wind to find the best way to use it to produce more energy from a certain quantity stored in a tank. The main manipulations consisted in determining: the optimal number of points of attack of the wind turbine; the nature of the action (continuous or interrupted) of the wind; the frequency of wind action and the duty cycle.

journal of energy and power engineering

Experimental Characterization of the Action of an Artificial Wind on a Wind Turbine and Optimization of the Storage Efficiency of Compressed Air in Hybrid PV/Wind Turbine Systems