Magnetoelectric Generator with Magnetic Flux Shunting for Electric Power Complexes

The paper considers the creation and research of three-phase magnetoelectric generators with magnetic flux shunting based on serial asynchronous electric motors. This allows you to control the voltage of the generator by changing the current in the stationary electrical winding of the shunt, which is powered by direct current. A three-dimensional field mathematical model of the generator has been developed, which allows to perform electromagnetic calculations of the generator with the set parameters taking into account the influence of finite effects, magnetic scattering fields and their radial-axial nature. The operating characteristics of the experimental sample of the magnetoelectric generator are presented, which show the possibility of voltage control.