INTEGRATION OF FACTS INTO ENERGY STORAGE SYSTEMS FOR FUTURE POWER SYSTEMS APPLICATIONS
|M.KAVITHA1, N. RATNAKAR2, MOHAN REDDY3
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The production of electric energy is basic pillar for normal functioning of every modern society. The consumers demand for electric power varies cyclically during day and night, as well as within the week and the seasons. Potential performance benefits produced by advanced energy storage applications are improved system reliability, transient and dynamic stability, enhanced power quality, transmission capacity enhancement and area protection, reliability of the supply, etc... Some of the major disadvantages in electric power supply system have been flickering and deviations in power supply which make some of the electronic equipments and domestic devices highly sensitive to it. To avoid such problems we need to find out devices that can provide a backup during the time of voltage sags and such deviations. The paper concentrates on performance benefits of adding energy storage to power electronic compensators for utility applications. The paper concerns on analysis of various energy storage devices. This paper gives the solution for above disadvantages by using energy storage systems with FACTS (Flexible AC Transmission Systems) devices.