Bibliographic citations
Laura, J., (2014). Método de asignación de responsabilidad por pérdidas eléctricas en redes de distribución radiales utilizando teoría de juegos [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/18026
Laura, J., Método de asignación de responsabilidad por pérdidas eléctricas en redes de distribución radiales utilizando teoría de juegos [Tesis]. : Universidad Nacional de Ingeniería; 2014. http://hdl.handle.net/20.500.14076/18026
@mastersthesis{sunedu/3502209,
title = "Método de asignación de responsabilidad por pérdidas eléctricas en redes de distribución radiales utilizando teoría de juegos",
author = "Laura Lazo, Juan Manuel",
publisher = "Universidad Nacional de Ingeniería",
year = "2014"
}
The objective of this work is to propose a new methodology for the determination of each user's responsibility in the etectrical losses in radial distribution networks, that provides a real and accurate allocation of each user's responsibility along the network, taking in consideration al/ the aspects and factors that impact directly on the generation and the magnitude of the electrical losses. The main difficulty faced in the allocation of responsibility for the electric losses it is the nonlinearity between the losses and the given power, that makes complicated to determine the impact of each user's load on the electrical network losses. However, it is known that the location of the loads on the network contributes significantly in the increase or decrease of the electric losses of the system; that is to say, the influence of the loads on the electric losses varíes in function of the powers consumed in each section of the network. A/so, it should a/so take into account the impact of reactive power flow in electrical losses, instead of only considering the losses originated by the flow of active power in the network. The proposed methodology uses the theory of games, specifícally, the method of Aumann-Shap/ey, developing the re/ationship between the complex losses of the fine, the flow in the fine according to the location of the loads and the consumption of the loads of a source anyone. To determine these relationships, this thesis formulates a method that allows an analysis separated from the effects of the real and imaginary currents (a/so ca/Is “components of currents") in the /osses of the system while flowing to the loads.
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