Modeling the dynamics of a unipolar generator

Abstract

Unipolar machines have unique features. They allow a relatively simple and cost-effective means to generate pulse-free DC high value, opening up broad prospects for their practical use. The aim of this work is to create an integrated dynamic model of unipolar generator with a cylindrical rotor on the basis of electromechanical analogies Lagrange-Maxwell. In the model, representing a system of nonlinear differential equations, as interrelated mechanical properties (moment of inertia, angular velocity, etc.) And electromagnetic parameters of the device (the electromotive force, inductance, ohmic resistance, etc.). In general terms, found a solution to this system, allowing to carry out further analysis of the dynamics of the generator by specifying its specific parameters.