Simulation Model Of Harmonics Reduction Technique Using Shunt Active Filter By Cascade Multilevel Inverter Method


Angga Muhamad Andreh, - and Subiyanto , Teknik Elektro Unnes and Said Sunardiyo, - (2017) Simulation Model Of Harmonics Reduction Technique Using Shunt Active Filter By Cascade Multilevel Inverter Method. AIP Conference Proceedings 1788, 030065 (2017);. pp. 1-10.

[thumbnail of Simulation Model Of Harmonics Reduction Technique Using Shunt Active Filter By Cascade Multilevel Inverter Method]
Preview
PDF (Simulation Model Of Harmonics Reduction Technique Using Shunt Active Filter By Cascade Multilevel Inverter Method) - Published Version
Download (516kB) | Preview
[thumbnail of Simulation_model_of_harmonics_reduction_technique.pdf]
Preview
PDF
Download (3MB) | Preview

Abstract

Development of non-linear loading in the application of industry and distribution system and also harmonic compensation becomes important. Harmonic pollution is an urgent problem in increasing power quality. The main contribution of the study is the modeling approach used to design a shunt active filter and the application of the cascade multilevel inverter topology to improve the power quality of electrical energy. In this study, shunt active filter was aimed to eliminate dominant harmonic component by injecting opposite currents with the harmonic component system. The active filter was designed by shunt configuration with cascaded multilevel inverter method controlled by PID controller and SPWM. With this shunt active filter, the harmonic current can be reduced so that the current wave pattern of the source is approximately sinusoidal. Design and simulation were conducted by using Power Simulator (PSIM) software. Shunt active filter performance experiment was conducted on the IEEE four bus test system. The result of shunt active filter installation on the system (IEEE four bus) could reduce THD current from 28.68% to 3.09%. With this result, the active filter can be applied as an effective method to reduce harmonics.

Item Type: Article
Subjects: T Technology > TK Electrical and Electronic Engineering
Fakultas: Fakultas Teknik > Pendidikan Teknik Elektro, S1
Depositing User: mahargjo hapsoro adi
Date Deposited: 04 Jun 2020 13:24
Last Modified: 16 Jun 2020 14:11
URI: http://lib.unnes.ac.id/id/eprint/36583

Actions (login required)

View Item View Item