Power Control for a Wind Power Generation from SCIG and Harmonic Current Filtering

Ângelo Marcílio M. dos Santos; Vanessa Siqueira de C. Teixeira; Ricardo Parcelle C. Pacífico; Leonardo P. S. Silva; Marcos Vinícius S. França; Adson Bezerra Moreira

doi:10.48011/asba.v2i1.1051

Ângelo Marcílio M. dos Santos Universidade Federal do Ceará
Vanessa Siqueira de C. Teixeira Universidade Federal do Ceará
Ricardo Parcelle C. Pacífico Universidade Federal do Ceará
Leonardo P. S. Silva Universidade Federal do Ceará
Marcos Vinícius S. França Universidade Federal do Ceará
Adson Bezerra Moreira Universidade Federal do Ceará

DOI: https://doi.org/10.48011/asba.v2i1.1051

Keywords: Electric power generation, Electronic back-to-back converter, SCIG, Wind energy, Active power filter, THD

Abstract

The main contribution of this paper is to present a proposal for the development of an active power filter (APF) for a wind power generation system connected to the electric grid, using the three-phase induction generator with squirrel cage rotor (SCIG). In the induction generator side converter (IGSC) the power control is done by the magnetizing current and electromagnetic torque in coordinates dq. Thus, the wind system controls the active and reactive powers, as well as performing the active filtering function in the grid currents. Harmonic compensation is performed by an algorithm applied to the grid side converter (GSC). That technique improves the power quality and keeps the voltage at DC bus. The studied system was mathematically modeled and simulated using the Matlab / Simulink software. When SCIG provides 2 kW of active power, the THD from 18,94% (without APF) was reduced to 3,93% for GSC operating with APF function.