J. Cleland, W. Turner, P. Wang, T. Espy, P. J. Chappell, R. Spiegel, B. Bose
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Simulated results of a microprocessor-based fuzzy logic motor controller (FLMC) are described. The investigation includes a motor stator voltage control scheme to minimize motor input power at specified speed/torque conditions, simulation of AC motor performance, and development of a FLMC for optimized motor efficiency. Simulated FLMC results compared favorably with other motor control approaches. Potential savings are quantified on the basis of the preliminary predictions of FLMC performance.<>
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