Bibliographic citations
Canal, V., (2011). Implementación y aplicación de un esquema de análisis de seguridad dinámica en el sistema eléctrico interconectado nacional [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/150
Canal, V., Implementación y aplicación de un esquema de análisis de seguridad dinámica en el sistema eléctrico interconectado nacional [Tesis]. : Universidad Nacional de Ingeniería; 2011. http://hdl.handle.net/20.500.14076/150
@mastersthesis{renati/703490,
title = "Implementación y aplicación de un esquema de análisis de seguridad dinámica en el sistema eléctrico interconectado nacional",
author = "Canal Bravo, Vladimiro Casildo",
publisher = "Universidad Nacional de Ingeniería",
year = "2011"
}
For some time, power systems are larger and more complex. However, the continuity of power supply has become the most important consideration for the customer. Therefore the operation of the power system must not only consider economic load dispatch, but aspects of operational safety. Stability limits tend to be preserved for normal and unusual events are inaccurate in the system. The scope of the study offline (in planning), extends each year with a significant variable to be identified. Therefore it requires a fairly extensive analysis to anticipate conditions that might result in decreased system security [5]. The evaluation of stability quickly, is intended to analyze all types of contingencies that may result in loss of angular stability in the first moments after the presence of severe disturbances. Transient stability is often the concern of the operators of power systems, several methods for transient stability analysis are under research and development, including those that may be considered include time simulation algorithms efficient, direct methods stability analysis, pattern recognition techniques, expert systems and neural networks. The simulation time step is the most reliable method in this for the purposes of evaluating the transient stability. [1,7,8,9,10,11,12,13,14,15,16]. We propose the use of transient stability indices (time critical fault clearing-CCT) using a method of transient stability preventive control using linear relationships between the CCT and the generator rotor angle seeking for the contingency that has CCT of lesser value. The aim is to find rapid methods of stability analysis using Extended Equal Area Criteria for Static and Dynamic (Caie and CAIED) and simulation technologies that allow to identify all potentially unstable modes and recognize the addresses of dangerous charges and bars most vulnerable power system for a given fault. For this purpose, is used a CIGRE test model of 10 bars which then is applied to a simplified model of the Electric National Interconnected System of Peru.
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