Title : ( Multi-Resonant Indirect Digital Current Control Technique for Single-Phase Shunt Active Power Filters )
Authors: Mohammad-Sadegh Karbasforooshan , Mohammad Monfared ,
Full TextAbstract
This article proposes multi-resonant indirect digital current control technique for single-phase shunt active power filters. The main advantages of the suggested technique are simplicity, fast dynamics, low computational burden, and low current ripple. A straightforward design technique in the frequency domain is proposed to properly decide the controller gains and study its performance. Then, the digital implementation of the proposed control algorithm is presented, which lets implement it on a mid-range digital signal controller. Simulation and experimental results on a prototype system are reported to demonstrate the effectiveness of the proposed control system.
Keywords
, indirect control, single-phase shunt active power filter, digital implementation, multi-resonant controller, proportional current controller, DC-link voltage controller, bandwidth frequency, harmonic compensation, fast dynamics, low computational burden
@article{paperid:1077124,
author = {Karbasforooshan, Mohammad-Sadegh and Monfared, Mohammad},
title = {Multi-Resonant Indirect Digital Current Control Technique for Single-Phase Shunt Active Power Filters},
journal = {Electric Power Components and Systems},
year = {2019},
volume = {47},
number = {13},
month = {August},
issn = {1532-5008},
pages = {1196--1202},
numpages = {6},
keywords = {indirect control; single-phase shunt active power filter; digital implementation; multi-resonant controller; proportional current controller; DC-link voltage controller; bandwidth frequency; harmonic compensation; fast dynamics; low computational burden},
}
%0 Journal Article
%T Multi-Resonant Indirect Digital Current Control Technique for Single-Phase Shunt Active Power Filters
%A Karbasforooshan, Mohammad-Sadegh
%A Monfared, Mohammad
%J Electric Power Components and Systems
%@ 1532-5008
%D 2019
