Parallel active filter to eliminate harmonics generated by compact fluorescent lamps

Use of nonlinear loads, such as power converters, fluorescent lamps and adjustable speed motor drives, is expected to grow rapidly. All of these loads inject harmonic currents. This paper presents the active filtering of the harmonic distortion generated by the compact fluorescent lamps (CFL). The I...

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Main Authors: Moulahoum, Samir, Houassine, Hamza, Kabache, Nadir
Format: Conference Proceeding
Language:English
Subjects:
Active filters
CFL
Filtering theory
Fluorescent lamps
Harmonic analysis
harmonics distortion
P-Q theory
parallel active power filter
Power filters
Power harmonic filters
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Houassine, Hamza
Kabache, Nadir
description Use of nonlinear loads, such as power converters, fluorescent lamps and adjustable speed motor drives, is expected to grow rapidly. All of these loads inject harmonic currents. This paper presents the active filtering of the harmonic distortion generated by the compact fluorescent lamps (CFL). The Instantaneous active and reactive power theory (the p-q Theory) is used to design the control of parallel active filter. The control scheme has been verified using Matlab/Simulink with SimPower Systems through a set of simulation tests under different load conditions. Also, the tuning of the active power filter is performed to improve the quality of the electrical power supply.
doi_str_mv 10.1109/MED.2013.6608712
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subjects Active filters
CFL
Filtering theory
Fluorescent lamps
Harmonic analysis
harmonics distortion
P-Q theory
parallel active power filter
Power filters
Power harmonic filters
title Parallel active filter to eliminate harmonics generated by compact fluorescent lamps
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