Performance Analysis of Switched Reluctance Motor by using Fuzzy Logic Controller based Converter
R. Saravanan, G. Subramaniam, B. Sathyaseelan
This paper presents the design and simulation of 24 pulse AC-DC converter fed switched reluctance motor drive. Here fuzzy logic
controller is used as a closed loop control for converter. By using this technique better speed variation can be achieved and it is
compared to previous 18 pulse converter control of the drive. Also the torque characteristic of the switched reluctance motor
KEYWORDS: Switched reluctance motor, Fuzzy logic controller.
This paper has developed a new type of AC – DC converter circuit for switched reluctance motor drive. The
new fuzzy logic controller based converter implemented for 6 (or) 4 switched reluctance motor. Experimental
results are obtained from MATLAB simulation and results are shown. By using this technique, the switched
reluctance motor performance is improved by the fuzzy logic controller and the motor speed variations are
controlled to have the rated speed of the motor.
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