Call For Paper Volume:8 Issue:4 Apr'2021 |

Reduction of harmonic distortion in a microgrid by using ANN and Shunt Active Power Filter Techniques

Publication Date : 09/04/2021


DOI : 10.21884/IJMTER.2021.8017.NLZ3H

Author(s) :

Rupali Ravindra Bairagi , Mr Korake Dattatray Manohar .


Volume/Issue :
Volume 8
,
Issue 4
(04 - 2021)



Abstract :

— Power quality is often outlined because the power grid’s ability provide to provide to produce a clean and stable power flow as a constantly out there power supply. the facility flow ought to have a pure curving wave form and it ought to stay within given voltage and frequency tolerances. No real-life power supply is good. In this abstract, planned a method for standardization a static power unit compensator for voltage control and reduction of harmonic distortion during a micro grid by using Artificial Neural Network (ANN) and Shunt Active Power Filter Techniques. to increase the performance of the standard controller and benefit of sensible controllers, a feed forward-type (trained by a back-propagation algorithm) ANN-based technique is enforced in shunt active power filters for producing the controlled pulses needed for IGBT electrical converter. This synopsis presents another plan of decreasing current harmonics at the supply aspect of many non-linear loads utilizing and ANN controller.MATLAB/Simulink based mostly simulation results demonstrate satisfactory performance of the given system


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Reduction of harmonic distortion in a microgrid by using ANN and Shunt Active Power Filter Techniques

April 1, 2021