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This paper presents the design and application of the fuzzy logic and the sliding mode controls associated with field oriented control in order to obtain a high precision positioning of a six phases induction machine (6PIM). The two techniques are first presented. Then, to validate experimentally the efficiency of the two methods, an advanced test bed is used.
A control system for permanent magnet synchronous motor electric drives with a significant torsion vibration mode is presented based entirely on sliding mode principles to achieve robustness against external load torques and parametric modelling uncertainties in the motor and/or the driven mechanical load. The sliding mode control law respects the vector control condition by keeping the direct axis...
The main goal of increasing the number of phases in an induction machine is to ensure its performance in all the operating modes such as normal, disturbed and faulted settings. When the induction machine is working under a faulted mode such as one or more phases are missing, this leads to a high torque oscillations and bad tracking behaviour. Designing a suitable control design such as sliding mode...
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