Evolution of the passive harmonic filters optimization problem in industrial power systems

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Tipo do ITEM
Artigo Ciêntifico
Título do Artigo
Evolution of the passive harmonic filters optimization problem in industrial power systems
Descrição
Several authors have treated the optimization of passive filters in electric distribution systems. Optimization methods like: sequential quadratic programming (SQP), simulated annealing (SA), differential evolution (DE), artificial neural networks (ANN), particle swarm optimization (PSO), genetic algorithm (GA), etc., have been employed for optimizing certain configurations of passive filters. These optimization methods have been employed to solve several formulations of the problem of the project of filters. These formulations can be classified in: formulations of one or several objectives. The objective of the present work is to show the evolution of the formulation of this problem in the lasts years respect to the objective functions and constraints used. This analysis shows how the formulations employed have been upgraded from single-objective to multi-objective formulations to achieve a better representation of this complex problem.
Abstract
Several authors have treated the optimization of passive filters in electric distribution systems. Optimization methods like: sequential quadratic programming (SQP), simulated annealing (SA), differential evolution (DE), artificial neural networks (ANN), particle swarm optimization (PSO), genetic algorithm (GA), etc., have been employed for optimizing certain configurations of passive filters. These optimization methods have been employed to solve several formulations of the problem of the project of filters. These formulations can be classified in: formulations of one or several objectives. The objective of the present work is to show the evolution of the formulation of this problem in the lasts years respect to the objective functions and constraints used. This analysis shows how the formulations employed have been upgraded from single-objective to multi-objective formulations to achieve a better representation of this complex problem.
Língua do arquivo
inglês
Data da Publicação
Ano Desconhecido
Autores
Jandecy Cabral-Leite
Ignacio Pérez-Abril
Manoel Socorro Santos-Azevedo
Maria Emilia de Lima-Tostes
Ubiratan Holanda-Bezerra.
Local
UFPA - Colômbia/2014
Coleções
ARTIGOS