Abstract: In the presented work stands as a short time ago, the dominant paradigm consisted of universal service and its centralization. In this sense refers to the electricity grid of the future requires a radical and qualitative leap due to the need to better manage energy resources, promote the protection of the environment and respond to increasingly stringent quality of service and product requirements. Arises the concept called smart electricity networks (Smart Grids) which is based in the traditional grid forming electronic devices such as gauges, sensors and controls, among others, linked through different communication technologies, achieving the centralization and the use of the information for the benefit of all stakeholders, optimizing the functioning of the electrical system. In this way, it is possible that service companies can efficiently manage their assets and end users to manage their consumption in a rational manner. Is required to enhance it efficiency energy of them networks electric, a management of the energy timely and effective. you are available in a given natural site, due to the limitations explained above. Although she is holding reserves of renewable energy sources, its practical implementation would affect the dynamic performance of power plant front shocks.
Index Terms: smart grids, efficiency energy, renewable energy sources, networks electric
Impact of Synchronous Condensers on Transmission Line Protection in Scenarios with High Penetration of Renewable Energy Sources
