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Project

Steerable Supply with Single Stator Winding for the Electrical Variable Speed Drive and Frictionless Speed Rectification of Multiple Rotors

Driving multiple rotors at different and variable speeds with a single electrical winding and supply is a challenge but offers advantages. With the proposed research project, ensemble-control based algorithms are studied, capable to steer the power-electronics supply of the stator winding common
to multiple rotors. A single-stator double-rotor electrical-drive prototype is included, aimed at, amongst other applications, frictionless speed rectification.

Date:1 Jan 2019 →  Today
Keywords:Multi-Rotor Machines, Electrical Machines, Electrical Drives
Disciplines:Kinematics and dynamics, Automation and control systems, Robotic systems architectures and programming, Signal processing, Multimedia processing not elsewhere classified, Computer aided engineering, simulation and design, Automation, feedback control and robotics