Peralta Sánchez, EdgarRodarte Gutiérrez, Francisco EmilioCarranza Castillo, OscarRodríguez Rivas, Jaime JoséGonzalez Morales, Luis GerardoOrtega González, Rubén2022-03-042022-03-0420212079-9292http://dspace.ucuenca.edu.ec/handle/123456789/38287https://www.mdpi.com/2079-9292/10/16/1964In this work, methods are implemented to improve two aspects of energy quality in a wind generation system. First, the harmonic reduction is achieved by applying a linear control technique in the Grid Side Converter; and second, the power factor of the wind generation system using a Doubly Fed Induction Generator (DFIG) is adjusted by injecting reactive power. The reduction of the harmonic content is performed with a digital resonant controller, which tracks the periodic signals corresponding to the current harmonics of the Grid Side Converter (GSC), which is part of a “back to back” converter in a wind generation system. This technique allows implementing a current controller of the GSC with a high level of rejection of current harmonics, of frequencies with orders (1 + 6k) and (1 − 6k) (where k is an integer), when executed in the synchronous reference frame (dq). The purpose of this work is to inject currents to the grid with very low harmonic distortion and provide a method for tuning the resonant controller for a simple L filter; also, the GSC is used to generate reactive power. These two improvements achieve a unity power factor, and this is neces-sary to comply with the new codes where a leading power factor helps regulate the grid voltage.es-ESHarmonic reductionGrid-side converterWind powerReactive powerResonant controllerARTÍCULO10.3390/electronics10161964