For analysis of industrial growth and in particular the Industrial Pole of Manaus (PIM), need to get mathematical tools that facilitate the specialist to make decisions about the selection and sizing of harmonic filters that provide neutralize the harmful effects of harmonics generated by nonlinear loads industry and achieve compliance with the standards of the relevant power quality standards. The article aims to develop a mathematical method and a computer tool (Evolutionary Computation - NSGA II) for the selection of configuration parameters and design a set of passive harmonic filters for industrial electrical systems. The methodology was discussed the optimization problem of harmonic compensation through passive filters was formulated as a multiobjective problem that considers both the goals of reducing harmonic distortion as the economic effectiveness of the project considering the characteristics of the Brazilian rates. The results show from the analysis of several practical examples show the advantages of the method developed so that the developed computational tool has several new features like: not only calculates the parameters that characterize the filters, as well as select the type of configuration and the number of filter branches in each candidate bar according to a set of pre-established configurations; They have implemented two standards for the evaluation of power quality restrictions (PRODIST-Module 8 v.6 2015 and IEEE 519-92).
For analysis of industrial growth and in particular the Industrial Pole of Manaus (PIM), need to get mathematical tools that facilitate the specialist to make decisions about the selection and sizing of harmonic filters that provide neutralize the harmful effects of harmonics generated by nonlinear loads industry and achieve compliance with the standards of the relevant power quality standards. The article aims to develop a mathematical method and a computer tool (Evolutionary Computation - NSGA II) for the selection of configuration parameters and design a set of passive harmonic filters for industrial electrical systems. The methodology was discussed the optimization problem of harmonic compensation through passive filters was formulated as a multiobjective problem that considers both the goals of reducing harmonic distortion as the economic effectiveness of the project considering the characteristics of the Brazilian rates. The results show from the analysis of several practical examples show the advantages of the method developed so that the developed computational tool has several new features like: not only calculates the parameters that characterize the filters, as well as select the type of configuration and the number of filter branches in each candidate bar according to a set of pre-established configurations; They have implemented two standards for the evaluation of power quality restrictions (PRODIST-Module 8 v.6 2015 and IEEE 519-92).
