Title of article :
Active power filter controller for harmonic suppression in industrial distribution system
Author/Authors :
El-Mamlouk, Wael M. Shaker Consultancy Group, Egypt , Mostafa, Hossam E. Suez Canal University - Faculty of Industrial Education - Electrical Department, Egypt , El-Sharkawy, Metwally A. Ain Shams University - Faculty of Engineering - Department of Electrical Power and Machines, Egypt
Abstract :
In this paper, an efficient active power filter (APF) scheme is developed to estimate and compensate for harmonic distortion in an electrical power network. The developed APF control scheme is based on a double proportional feedback controller and a single-phase voltage-source half-wave bridge inverter. The proposed filter uses a Multi-layer Artificial Neural Network (MLANN) with a shift method for estimating system harmonic currents and voltages at a dedicated point. The proposed scheme is tested on a 13 bus industrial distribution system. The obtained results ensure the effectiveness of the proposed filter. The system is simulated in MATLAB-Simulink and simulation results prove that the polluting harmonics have been greatly reduced.
Keywords :
Active power filter , Artificial neural network , Harmonics compensation , Power quality
Journal title :
Ain Shams Engineering Journal
Journal title :
Ain Shams Engineering Journal
