Design and implementation of a 3-phase series active filter to compensate voltage disturbances
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The quality and the power transfer from the AC mains can be improved by the inclusion of electronic power systems such as active filters. Line perturbations (voltage changes, noise, sags, dips, flicker, harmonic, etc.) can be reduced by including a voltage conditioner or a series active filter. This paper is related to the study of a three-phase active filter topology that improves the voltage quality and is capable of working with two phases if one of the phase in a 3-phase system is faulted. Furthermore, the present paper presents a compensation method that is programmed in a DSP board. Finally, simulation and experimental results are shown.
Computer simulation; Digital signal processing; Electric network topology; Electric potential; Harmonic analysis; Power electronics; Voltage conditioner; Active filters