Abstract
The article deals with issues that arise in the process of designing a high-speed switched reluctance motor electric generator for working together with a steam microtubule. A method of two-stage optimization of the geometric relations of the stator and rotor of a switched reluctance motor is described. The first of them is used to search for geometric relationships without taking into account the losses in the magnetic system and the shape of the current pulse in the windings. At the second stage, rational parameters of the voltage pulse applied to the winding are determined for the selected options, losses in the magnetic system and in the windings of the electric machine under consideration are calculated, and one of the options is selected, which is considered quasi-optimal, providing minimum losses at the maximum developed moment.
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