2018
DOI: 10.1109/tpwrs.2018.2842301
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An Efficient Network Reduction Method for Transmission Expansion Planning Using Multicut Problem and Kron Reduction

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Cited by 24 publications
(12 citation statements)
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“…The actual transmission network can be reduced so that an equivalent resulting network renders the same or approximate solution. Some of these techniques [59][60][61][62] have been applied only for TEP problems. On the other hand, time-steps can be reduced by, for example, using load levels or representative days.…”
Section: Size Reduction Techniquesmentioning
confidence: 99%
“…The actual transmission network can be reduced so that an equivalent resulting network renders the same or approximate solution. Some of these techniques [59][60][61][62] have been applied only for TEP problems. On the other hand, time-steps can be reduced by, for example, using load levels or representative days.…”
Section: Size Reduction Techniquesmentioning
confidence: 99%
“…Dentro de los modelos de la TEP, podemos encontrar la optimización matemática y heurística, no obstante, existen herramientas tecnológicas que los pueden combinar y a este modelo se lo denomina metaheurísticos [10], [21], [22].…”
Section: Modelos De Expansiónunclassified
“…La forma de onda de la corriente alterna más comúnmente utilizada es la Onda senoidal, la transmisión es trifásica la que está formada por un conjunto de tres fases que forman ondas, desfasadas entre si 120 grados, a esto se lo conoce como sistema balanceado. Para ser más objetivo en la TEP se tiene que considerar un análisis detallado que englobe todo el sistema eléctrico de potencia, esto incluye la generación [19], [21] , la transmisión y las cargas.…”
Section: Flujos De Potencia Acunclassified
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