%0 Journal Article
%T A Fuzzy Logic Controller Based SRM With Torque Ripple Suppression For EV Applications
%J Int. J. of Aquatic Science
%I
%Z 2008-8019
%A Jegadeeswari, G.
%A Kirubadurai, B.
%A S, Viknesh.
%A P, Dhanasekar.
%A R, Dinesh.
%A Manoj, CK
%D 2021
%\ 06/01/2021
%V 12
%N 3
%P 358-369
%! A Fuzzy Logic Controller Based SRM With Torque Ripple Suppression For EV Applications
%K SRM
%K Torque Ripple
%K speed control
%K Power Factor Correction
%K Fuzzy logic control
%K MATLAB/ Simulink
%R
%X Switched motor reticence (SRM, for its inexpensive cost, its simple form, itsdefect tolerance and its great controllability) is widely used as a variable speed drive forindustrial applications. The greatest issues with high torque rips are the switchingreluctance motor as a consequence of a doubly salient design that causes vibration andrumble. The torque ripple can be minimised, either by geometric engine designs or byother control approaches. This study suggests the use of an intelligent control, such as aFuzzy Logic Control, to reduce torque rib suppression, and to build an AC power supplyboost converter driven by SRM motors. Increased speed control and improved efficiencywere obtained. The proposed system is simulated with MATLAB/Simulink with SRM fixedparameters.
%U http://www.journal-aquaticscience.com/article_134361_f6a59144862fbeeee3449e176e5ff61f.pdf