Bibliographic citations
Gonzáles, F., (2011). Metodología para el planeamiento del sistema de transmisión con ubicación óptima de dispositivos FACTS [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/2670
Gonzáles, F., Metodología para el planeamiento del sistema de transmisión con ubicación óptima de dispositivos FACTS [Tesis]. : Universidad Nacional de Ingeniería; 2011. http://hdl.handle.net/20.500.14076/2670
@mastersthesis{renati/705975,
title = "Metodología para el planeamiento del sistema de transmisión con ubicación óptima de dispositivos FACTS",
author = "Gonzáles Sánchez, Freddy Carlos",
publisher = "Universidad Nacional de Ingeniería",
year = "2011"
}
In this work, propose a methodology to solve the problem static planning the expansion of the transmission system of short or long term. The methodology is based on active power flows and reactive and the use of a genetic algorithm. That is, results using power flow for assessing the fitness of each individual within the genetic algorithm. To this end, developed an algorithm based on the fundamental theory of genetic algorithms. We used the programming language C++ to run the genetic algorithm optimization and software was used: Power Factory DIgSILENT cases running the optimization algorithm shows. The difference of this study with similar ones is that, this methodology is structured in two phases allows us to address the issue of operation and expansion of the transmission: the first phase, improving the existing network with the optimal location of FACTS devices, then, the second phase, with the enhanced network allows us to optimally locate the transmission lines to be built to meet projected demand requirements. To optimize the network, with sensibilitys technique was found feasible lines for installing a series capacitor. For the optimum location in this device, the software was used DigSILENT. The results of power flow, used to evaluate the performance function in an iterative process within the genetic algorithm. The results indicate the installation of series capacitors, one on the line L-2203 and another in the L-2231 reactors with 40 and 37.5 , respectively. Achieve a better distribution of flows in the lines that come from the CH Mantaro, besides increasing the chargeability of 3483.3 to 3747.5 MW, which allows us to meet increased demand. For expansion of the enhanced network, we used the technique based on Benders decomposition using a GA to solve the subproblem of expansion and linear power flow in the solution of the problem of operation. Whereas the generation project located in the SE Chilca (900 MW). It was possible to determine the lines to be built to meet projected demand. The cost of these amounted to a total of 47904 thousands $
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