Model Reference Controller based Shunt Active Power Filter

Abstract

In this paper the execution of a three-phase shunt active power filter (APF) utilizing Model Reference Controller (MRC) has been contrasted and that utilizing prompt dynamic and responsive (p-q) hypothesis. The curiosity of this exploration lies in the use of MRC to create the amplitude of the reference supply current required by the APF circuit and the effective execution of the APF framework for harmonic disposal. The whole system has been displayed utilizing MATLAB 6.1 tool environment. Simulation results show the appropriateness of MRC for the control of APF.