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Fuzzy Logic Controlled Shunt Active Power Filter for Constant Frequency Aircraft Power System in Balanced and Unbalanced Loads Conditions

Saifullah Khalid

Abstract


Synchronous reference frame technique for extracting reference currents for shunt active power filters has been assessed for 400 Hz aircraft electric power system. From that point forward, its performance has been compared when optimized using fuzzy logic control. Critical analysis of comparisons of the compensation ability of these two techniques based on THD and compensation time will be done, and suggestions will be given for the selection of the best method to be used. The simulated results are presented. That will prove the importance of the proposed control method of aircraft shunt SAF in the aviation industry.

 

Keywords: Aircraft electrical system, Shunt Active Filter (SAF), synchronous reference frame strategy, harmonic compensation, fuzzy logic control, total harmonic distortion, compensation time

Cite this Article

 

Khalid Saifullah. Fuzzy logic controlled shunt active power filter for constant frequency aircraft power system in balanced and unbalanced loads conditions. Journal of Aerospace Engineering and Technology. 2015; 5(2): 79–88p.


Keywords


Aircraft electrical system, Shunt Active Filter (SAF), Synchronous Reference Frame strategy, harmonic compensation, fuzzy logic control, total harmonic distortion, Compensation time.

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