The New Hybrid Model of Compressed Air for Stable Production of Wind Farms

Due to development of the demand increasing of energy around the world and the decline of traditional energy sources in electricity generation the development orientation of power generation has been toward renewable energies. The use of these unfailing and renewable resources requires study substrates and new infrastructure in the transmission and distribution networks. Due to the power instability of wind turbines in different hours of a day, wind energy as a practical aspect of renewable energy has used up by tow feasible logics (usage of the wind turbine as a local generator or in connection of network in format of wind farms). Power volatility reduction resulting from wind speed fluctuations is caused that these two techniques acquire the practical aspects. Nowadays special attention has been paid to the use of the storage processes to improve the power quality of these power plants. In this paper, we have practiced to the challenges of the productions of wind farms and demand management of network via brief introduction of compressed air energy storage method. Finally a hybrid system based on compressed air storage is provided for separation the times of the production and consumption of wind farms. Keywords— Compressed Air Energy Storage (CAES) System, Gas Turbine, Hybrid Generation, On-Peak, Wind