Artificial Evolution of Fuzzy Controllers for Improved Power Quality at Distribution Corridor
Publication Date : 12/06/2020
Traditional computer automated design (CAD) of power system simulation has outlived its relevance with the advent of green technology. Intricate power quality (PQ) problems associated with distributed energy resources (DERs) that make up the green technology are of major concern. This paper proposes an advanced search optimization of a computer automated design (CAutoD) based on evolutionary fuzzy proportional-plus-derivative (e-FPD) technique in order to migrate from the traditional proportional-plus-derivative CAD designs for solving PQ related issues. A distribution static compensator (DSTATCOM) control system was realized in Matlab/Simulink environment to analyse the performance of the proposed system. Comparison between the CAD and CAutoD based designs was conducted and proved the superiority of the automated CAutoD routine.
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