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The aim is to improve the stability and efficiency of induction motors through a new control and optimization approach.

March 16, 2026Scientific ReportsOpen Access

Stability enhancement via speed adaptation and efficiency improvement for induction machine

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The aim is to improve the stability and efficiency of induction motors through a new control and optimization approach.
Developed a new speed observer for sensorless induction motors.
Implemented an energy-saving control approach based on maximum active power per flux control.
Considered core loss resistance in the flux optimization model to enhance robustness.
Evaluated performance through hardware results on a 5.5 kW induction motor.
Enhanced low-speed stability of sensorless induction motors.
Achieved higher efficiency and reduced power loss under various operating conditions.
Reduced steady-state torque ripple and stator current draw.

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Demonstrates improved efficiency and stability in induction motors, highlighting a novel control approach for better performance.

Wogi et al. (2026) studied this question.

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