Bibliographic citations
Susanibar, D., (2007). Propuesta metodológica de distribución de la reserva de generación en el sistema eléctrico interconectado del Perú [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/14696
Susanibar, D., Propuesta metodológica de distribución de la reserva de generación en el sistema eléctrico interconectado del Perú [Tesis]. : Universidad Nacional de Ingeniería; 2007. http://hdl.handle.net/20.500.14076/14696
@mastersthesis{renati/709305,
title = "Propuesta metodológica de distribución de la reserva de generación en el sistema eléctrico interconectado del Perú",
author = "Susanibar Celedonio, Delfín Genaro",
publisher = "Universidad Nacional de Ingeniería",
year = "2007"
}
According to actual regulatory frame, The current model to evaluate the generating reserve margin considers a single power market, in which all the generators compete with their respective variable costs of production to satisfy the demand max and the generating reserve margin [ 6 and 9]. This power market is represented as single-node model. The single-node model is quick and flexible to obtain the generating reserve margin. Although, it does not allow checking a distribution of the generating reserve margin in electric system not homogeneous as SEIN (National Interconnected Power System). So, it will get problems in the medium and long term concentrations of generating reserve margin mentioned. One of the factors that is directly related with this issue is the non homogeneous availability of low cost fuel in the electrical national system, this factor and a long system of transmission with low density of load might result in an inadequate distribution of the generating reserve capacity, which would imply problems of reliability in electrical supply. The electrical system has been divided in analysis zones, with the objective of verifying the distribution of the generating reserve capacity. In this multi-zone model, it is considered the capacity of transmission of the links among zone. The followed methodology realizes an evaluation of reliability of electrical supply, taking as reference the not served energy expected due faults in the generation - transmission system and a unitary outage cost that represents the economic damage which users would have when the electrical supply is suspended suddenly. The criteria used for the evaluation of electrical supply reliability, is the Minimal Cost. As a result of the present study is the methodology to distribute the generation reserve margin. In this methodology is established a economic sign that ensure the supply reliability.
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