Distributed speed control for multi-three-phase motors with enhanced power sharing capabilitiesTools Galassini, Alessandro (2018) Distributed speed control for multi-three-phase motors with enhanced power sharing capabilities. PhD thesis, University of Nottingham.
AbstractThis thesis describes the last three years work and the results achieved after several stages of design and experimental validation. The main result is the development of a novel sharing current controller for multi-three-phase electrical machines. The proposed regulator, called "speed-drooped" or simply "droop" controller, allows the current transient triggered by a step change within the rotating reference frame to be controlled. Since multi-three-phase systems appear to be very good candidates for future Integrated Modular Motor Drives and next transportation system challenges, the work has been set up with modularity and redundancy for next future motor drives.
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