Abstract:
This work presents a Dynamic rule-based soft
switching controller for multiphase multilevel inverter drives
applications. The complete control scheme including dynamic
rule based soft switching is simulated using Matlab/ Simulink
package. Proposed Control activity is accomplished by
starting measuring the significant parameters in a rule-based
system and afterward deciding their membership grades in the
proper subsets. Then the intersection point of the dynamic rule
subsets associated with a given rule is found with the value of
that intersection point. In this manner, the intersection point of
every rule is determined. Finally, the net control action is
found by consolidating the action indicated by each rule in
extent to the related rule's intersection point. This procedure is
delineated in the accompanying areas of this work. This is
done to achieve high dynamic performance with low Total
Harmonic Distortion (THD). The simulation results validate
the proposed approaches.
