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Power Quality Improvement using Voltage Source Converter Based Shunt Active Filter


Rajneesh Kumar , MRIU; Mrs Neha Midha, MRIU


Shunt Dynamic Power Channels, Hysteresis Current, Dynamic Power, MATLAB/SIMULINK, PWM Execution


One of the primary power quality concerns as of now is the presence of music. Shunt dynamic power channels are broadly connected in control circulation frameworks to alleviate current music and remunerate the receptive power. In this paper the quick receptive power hypothesis is utilized to recognize reference remuneration current for the controller of the shunt dynamic channel and a hysteresis current controller is utilized to orchestrate it correctly. Hysteresis current controller is one of the least difficult current control strategies and the most prevalent one for dynamic power channel applications, yet it experiences an uneven exchanging recurrence, to beat this burden a novel fluffy hysteresis current controller is being utilized. The proposed controller is portrayed by effortlessness because of lessening the measure of counts that makes it acting quicker and doesn't depend on the heap parameters. The framework was displayed and recreated utilizing MATLAB/SIMULINK. The aftereffects of reproduction are introduced and talked about they demonstrate the viability of the proposed fluffy hysteresis controller in enhancing the PWM execution and in this manner enhance the shunt dynamic power channel execution.

Other Details

Paper ID: IJSRDV5I60410
Published in: Volume : 5, Issue : 6
Publication Date: 01/09/2017
Page(s): 1049-1054

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