This paper deals with design, simulation, analysis and experimental verification of low voltage synchronous motor for water pump. The design of RSM rotor is carried out on the base of existing stator with concentrating winding as a replacement of original rotor with permanent magnets (PM - ferrites). The new reluctance rotor has been designed to achieve comparable parameters in comparison with PM rotor. FEM analysis has been taken into account during design process and RSM rotor optimization. The best rotor construction has been chosen, the steady state and transients have been simulated and the rotor prototype was manufactured. The experimental verifications were carried out for synchronous inductances in d and q axis and for transient ones.
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