Transmission Expansion Planning Considering Grid Topology Changes and N-1 Contingencies Criteria

Carrion, Diego; Palacios, José; Espinel, Manuel; González, Jorge W.

doi:10.1007/978-3-030-72208-1_20

Cited by 10 publications

(14 citation statements)

References 47 publications

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“…For this purpose, the contingency ranking index is used to determine the degree of contingency affectation, thus obtaining information that will help plan the expansion and improvement of the EPS. On the other hand, different indexes have been proposed to identify voltage, angle, frequency, chargeability, and load fluctuation failures [26][27][28][29].…”

Section: Voltage Collapse Prediction Indexmentioning

confidence: 99%

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Location of distributed resources in rural-urban marginal power grids considering the voltage collapse prediction index

Lemus

Carrion

Aguirre

et al. 2022

ings

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This research focuses on the georeferenced location of distributed resources, specifically the injection of active power through distributed generation. A rural-urban marginal feeder of a distribution company in Ecuador with georeferenced information was taken as a case study, which has a three-phase primary link at a medium voltage and several single-phase branches at a medium voltage of great length to supply users who are far away from the local company's network. Consequently, to analyze the behavior of the electrical network, the Cymdist software was used to perform simulations in a steady state without and with the insertion of distributed generation. For the location of the distributed generation, the voltage collapse prediction index was used as a technique for quantifying and identifying problems in the network nodes. Moreover, based on the proposed methodology, the optimal georeferencing of the sites where it is necessary to inject active power to improve the voltage profiles and reduce the voltage collapse prediction index was obtained.

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Section: Voltage Collapse Prediction Indexmentioning

confidence: 99%

“…Suggested citation: Lemus, A.; Carrión, D.; Aguirre, E. and González, J. W. "Location of distributed resources in rural-urban marginal power grids considering the voltage collapse prediction index," Ingenius, Revista de Ciencia y Tecnología, N. • 28, pp. [25][26][27][28][29][30][31][32][33]2022, doi: https://doi.org/10.17163/ings.n28.2022.02.…”

mentioning

confidence: 99%

Location of distributed resources in rural-urban marginal power grids considering the voltage collapse prediction index

Lemus

Carrion

Aguirre

et al. 2022

ings

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“…Cumplir con los estándares de confiabilidad se vuelve un desafío, por tal motivo se vuelve necesario evaluar la confiablidad del sistema en base a los procedimientos para mitigar las fallas − 1. Los estudios realizados sobre este método en [5], [7], [9], [12], [27], [30] definen que la principal salida de los equipos del SEP se debe a fallas en el sistema.…”

Section: Análisis De Contingencias En El Sistema Eléctrico De Transmisiónunclassified

“…La conmutación óptima de líneas de transmisión OTS permite al operador tomar decisiones importantes frente a la presencia de contingencias N-1 en los Sistemas Eléctricos de Potencia, que satisface los requisitos de viabilidad, estabilidad y fiabilidad del disyuntor CB necesarios para la implementación práctica [4]. En los últimos años ha aumentado las investigaciones de la OTS demostrando un aumento de las restricciones consideradas como la confiabilidad, las pérdidas, la congestión y la estabilidad [5]. Hay que considerar la topología se modifica luego de una contingencia y debe capaz de sobre ponerse ante otra posible perturbación en el SEP que puede ser a través de un disparo de línea o la variación en la generación [6].…”

Section: Introductionunclassified

Theoretical framework about optimal model of operation after intentional attacks considering transmission system switching

Toctaquiza

Carrion

2021

ITECKNE

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This research focuses on optimal post-intentional attack operation considering switching transmission systems. The applicable models for this process focus on the application of bi-level optimization methods that are capable of analyzing two possible scenarios in order to reduce the time of loss or departure from the demand of the electricity system. The main objective of this work is related to maintaining the minimum requirements that allow the operation of the Electric Power System, for this the approach of equations will be carried out that allows establishing the mathematical models in the event of intentional attacks, it must maintain the operation of the Electric System and react in the event of contingencies through the Optimal Switching of Transmission Lines.

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“…Every year, it is analyzed whether it is necessary to build new generation plants or transmission lines, in addition to the environmental problems and the costs of executing the TEP to take action in the short, medium, and long term. The transmission liens and generation plants are established and must be built or re-powered to supply the new consumers of electrical energy [4]. The continuous increase in loads demands quality service and modifies the flow of power in the existing network electricity, causing considerable problems in reliability due to overloads and effects on the stability of the EPS and indicates that a contingency is the operation output of a transmission line or a generator; when it is out of service it causes the electrical parameters of the system to suffer.…”

Section: Introductionmentioning

confidence: 99%

Electrical Power Systems Reinforcement through Overall Contingency Index Analysis and Improvement

Romero,

Carrión,

Jaramillo

2024

Energies

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This paper analyzes the behavior of an electrical power system when N-1 contingencies occur in the transmission stage, which can be produced by incorrect operation of the protection relays, phenomena of natural origin, or increased loadability, which affect the operation and reliability of the electrical system. The operation output of a transmission line results in the variation of the nominal values of the electrical parameters involved because they disturb the stability of the generation, transmission systems, and the supply of electrical energy to the loads, such as voltages and angles of the nodes and the active and reactive power of the system. The proposed methodology was based on analyzing the different electrical parameters of the power system, quantifying the contingency index in a state of regular operation, and comparing it to operation in contingency N-1, with which the most severe contingency was determined and, therefore, achieved; identifying contingencies that can cause system collapses; improving the contingency index from 23.08555 to 22.9276624 for the L16–19 contingency and to 22.9795235 for the L21–22 contingency, which are the most severe contingencies determined with the proposed methodology. To test the proposed methodology, the IEEE 39 bus-bar test system was considered, and the elements that should be implemented to avoid the vulnerability of the power system to N-1 contingencies were determined.

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Transmission Expansion Planning Considering Grid Topology Changes and N-1 Contingencies Criteria

Cited by 10 publications

References 47 publications

Location of distributed resources in rural-urban marginal power grids considering the voltage collapse prediction index

Location of distributed resources in rural-urban marginal power grids considering the voltage collapse prediction index

Theoretical framework about optimal model of operation after intentional attacks considering transmission system switching

Electrical Power Systems Reinforcement through Overall Contingency Index Analysis and Improvement

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