Reactive Power Optimization of the Electric System based on Minimization of Losses

Diego Chavez; Santiago Espinosa; Diego Arias Cazco

doi:10.1109/TLA.2016.7795826

Reactive Power Optimization of the Electric System based on Minimization of Losses

Diego Chavez, Santiago Espinosa, Diego Arias Cazco

Sede Quito

Research output: Contribution to journal › Article › peer-review

9 Scopus citations

Abstract

The present article aims to develop a mathematical model that may help solve the problem Optimizing Flow Power (OPF) associate at minimizing losses and cost, to the effect will be considered in study Application of Nonlinear Programming Optimization. The solution of the posed problem, involve an adequate distribution of reactive power on the power system, thus supporting a normal levels keep the voltages at the centers load transfer capacity increase in transmission systems, techniques reduce losses originated in the network and better manage way risk for voltage collapse. The method is tested using a simplified model of the Ecuadorian electrical system, in which reactive power losses and costs are analyzed. The results of the optimization problem compared to the simulation based simulated with software DIgSILENT case.

Original language	English
Article number	7795826
Pages (from-to)	4540-4546
Number of pages	7
Journal	Ieee Latin America Transactions
Volume	14
Issue number	11
DOIs	https://doi.org/10.1109/TLA.2016.7795826
State	Published - Nov 2016

Bibliographical note

Publisher Copyright:
© 2003-2012 IEEE.

Keywords

Loss Techniques and Flows of Power
OPF
Optimization
Reactive Power Losses

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10.1109/TLA.2016.7795826

Cite this

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title = "Reactive Power Optimization of the Electric System based on Minimization of Losses",

abstract = "The present article aims to develop a mathematical model that may help solve the problem Optimizing Flow Power (OPF) associate at minimizing losses and cost, to the effect will be considered in study Application of Nonlinear Programming Optimization. The solution of the posed problem, involve an adequate distribution of reactive power on the power system, thus supporting a normal levels keep the voltages at the centers load transfer capacity increase in transmission systems, techniques reduce losses originated in the network and better manage way risk for voltage collapse. The method is tested using a simplified model of the Ecuadorian electrical system, in which reactive power losses and costs are analyzed. The results of the optimization problem compared to the simulation based simulated with software DIgSILENT case.",

keywords = "Loss Techniques and Flows of Power, OPF, Optimization, Reactive Power Losses",

author = "Diego Chavez and Santiago Espinosa and {Arias Cazco}, Diego",

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AU - Espinosa, Santiago

AU - Arias Cazco, Diego

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N2 - The present article aims to develop a mathematical model that may help solve the problem Optimizing Flow Power (OPF) associate at minimizing losses and cost, to the effect will be considered in study Application of Nonlinear Programming Optimization. The solution of the posed problem, involve an adequate distribution of reactive power on the power system, thus supporting a normal levels keep the voltages at the centers load transfer capacity increase in transmission systems, techniques reduce losses originated in the network and better manage way risk for voltage collapse. The method is tested using a simplified model of the Ecuadorian electrical system, in which reactive power losses and costs are analyzed. The results of the optimization problem compared to the simulation based simulated with software DIgSILENT case.

AB - The present article aims to develop a mathematical model that may help solve the problem Optimizing Flow Power (OPF) associate at minimizing losses and cost, to the effect will be considered in study Application of Nonlinear Programming Optimization. The solution of the posed problem, involve an adequate distribution of reactive power on the power system, thus supporting a normal levels keep the voltages at the centers load transfer capacity increase in transmission systems, techniques reduce losses originated in the network and better manage way risk for voltage collapse. The method is tested using a simplified model of the Ecuadorian electrical system, in which reactive power losses and costs are analyzed. The results of the optimization problem compared to the simulation based simulated with software DIgSILENT case.

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Reactive Power Optimization of the Electric System based on Minimization of Losses

Abstract

Bibliographical note

Keywords

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