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The growing interest in diversifying the energy sources used, the major environmental objectives established, and the need to reduce the current European energy dependence, have been causing a growing and significant increase in betting on renewable energy sources. Thus recent years have witnessed a continuous increase of installed power from sources like solar, biomass, photovoltaic, wind, Biofuels, biogas among other. The integration of renewable energy is mainly in the production of electrical power, in which has already a significant contribution. In the group of renewable energy sources used for the production of electrical power wind is the source that has registered further progress, and is also expected, that represents in the future, large part of the electric energy produced by renewable energy sources. Although the wind helps to meet many of the problems, it’s also presents some disadvantages, or constraints. Among the best-known disadvantages associated with wind, as noise and visual impact, stands out as the major technical problems the flashing of its production. The inability to predict the production of wind, leads to problems in securing demand, as well as in network integrity. In this scenario the Combined Cycle Gas Turbine (CCGT) stands out as a great complement to wind power. Their ability to quickly put into operation, as well as the advantages that technology and fuel used presents, makes it the optimal solution to integrate with the wind energy.

Combined Cycle Plants as Support for Wind Power