Multi-Objective Optimum Design of Controller for PFC Rectifier Using NSGA-II Algorithm

This paper introduces the theory and application of anew designing method of the controller for boost single-phase acdc converters with power factor correction. The method is based on the use of a Multi-Objective optimization evolutionaryalgorithm which is called NSGA-II. As the input current quality and dynamic response of output voltag for PFC rectifiers are conflicting objectives and with improving one of them another is degraded, this method is very operative for seeking desired rectifier features. By using of Pareto Optimal Set and Pareto Optimal Front which NSGA-II algorithm offered, designer can select the controller coefficients based on his priority of objectives. Simulation results prove that the controller gains which offered in the paper dominate the conventional design.

Keywords:

Boost Converter , NSGA-II Algorithm , Power Factor Correction (PFC) Rectifier