Mathematical modeling of multi-winding synchronous generators with permanent magnets for autonomous consumers

The article discusses the possibility of using a multi-winding synchronous generator with permanent magnets to power autonomous consumers. The use of various methods of switching the stator windings is also considered to achieve an increase in generator controllability, thereby increasing the energy efficiency of the generator for the load in the power supply system of an autonomous consumer, isolated from the central power supply system. The process of developing a multi-winding generator will be shown, taking into account the position of the stator windings among themselves, with the implementation of this mathematical model in the SimInTech environment in a static mode of generator operation for an active load at a low shaft rotation speed.