2018
DOI: 10.17981/ingecuc.14.2.2018.11
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Expansión de un sistema de transmisión mediante LOPF-AC

Abstract: Introducción: En la presente investigación se transforma las ecuaciones que conforman un OPF-AC a un sistema de restricciones lineales mediante series de Taylor, por lo cual se adquiere un modelo LOPF-AC, preciso y aplicable para poder garantizar la minimización de pérdidas en todo el sistema. Objetivo: Minimizar las pérdidas en la expansión del sistema de transmisión. Metodología: Se basa en linealizar las ecuaciones del OPF-AC mediante Series de Taylor, para obtener un problema linealizado. … Show more

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Cited by 5 publications
(6 citation statements)
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References 24 publications
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“…The methodology used the OPF-AC constraints as a basis. The methodology was applied to the IEEE 39 bus-bar test system, and based on the proposed methodology, the two worst conditions that could occur in the system were identified; based on this, the decision to reinforce the system was made, for this EPS, TL [16][17][18][19] Since the proposed methodology is based on the value of the contingency index J, it was necessary to compare the value of J in the initial state of the EPS (J = 23.08555) and thus identify the worst contingencies, which were the contingency in TL 16-19 in which J = 26.976034 and the contingency in TL 21-22 in which J = 25.2405899; as can be seen, there was a growth in the J index, and this is due to the degradation of some of the electrical parameters that were quantified to calculate J.…”
Section: Discussionmentioning
confidence: 99%
See 1 more Smart Citation
“…The methodology used the OPF-AC constraints as a basis. The methodology was applied to the IEEE 39 bus-bar test system, and based on the proposed methodology, the two worst conditions that could occur in the system were identified; based on this, the decision to reinforce the system was made, for this EPS, TL [16][17][18][19] Since the proposed methodology is based on the value of the contingency index J, it was necessary to compare the value of J in the initial state of the EPS (J = 23.08555) and thus identify the worst contingencies, which were the contingency in TL 16-19 in which J = 26.976034 and the contingency in TL 21-22 in which J = 25.2405899; as can be seen, there was a growth in the J index, and this is due to the degradation of some of the electrical parameters that were quantified to calculate J.…”
Section: Discussionmentioning
confidence: 99%
“…By using the OPF-AC in an EPS, the values of the power generated by each generation unit are obtained [11], as well as active and reactive powers [13], losses in the system [19], and this includes the maximum charge ability. The researchers in [20] carried out the charge ability analysis and ranking of contingencies, while [21] obtained the magnitude of the voltage, currents in buses and TL, the flow through the elements of the EPS, losses, voltage profile, and angular deviation; the parameters used to find solutions are [4] voltage profiles and angular deviation.…”
Section: Transmission Expansion Planningmentioning
confidence: 99%
“…En la actualidad, la reducción de los impactos ambientales es una prioridad global en el camino hacia el desarrollo sostenible, para enfrentar el cambio climático y el incremento acelerado del consumo energético [1]- [4]. El desarrollo e innovación tecnológica han avanzado significativamente en el campo de las tecnologías de monitoreo [5]- [7]. Estos avances son esenciales considerando que el monitoreo y control de los sistemas de producción es fundamental para controlar los costos de operación [8], [9].…”
Section: Introductionunclassified
“…El desarrollo e innovación tecnológica han avanzado significativamente en el campo de las tecnologías de monitoreo [5]- [7]. Estos avances son esenciales considerando que el monitoreo y control de los sistemas de producción es fundamental para controlar los costos de operación [8], [9]. En el caso de los sistemas de potencia, su operación afecta los costos de transmisión de la redes de distribución [10], [11].…”
Section: Introductionunclassified
“…Para analizar el estado del SEP después de que ocurrió una falla, se pueden utilizar diferentes metodologías como: flujo de potencia AC o DC; además existen técnicas como: flujos óptimos de potencia AC o DC; cada uno de estos métodos va a depender de la complejidad del problema que se desea resolver; por ejemplo, si se habla de flujo optimo DC se relaja al sistema linealizando las ecuaciones [7][8][9][10][11].…”
Section: Introductionunclassified