Construction of a combined system of automatic control of the frequency and voltage of a contactless self-excited asynchronous generator.

Abstract

The transfer function of a self-excited asynchronous generator with nonlinear capacitances was experimentally determined. The equations of dynamics of a combined system of automatic control of the frequency and voltage of an asynchronous generator with a primary carburetor engine are considered. The transfer functions of compensating elements are found for obtaining an invariant control system both in frequency and voltage m. The influence of compensating connections on the static and dynamic characteristics of the system for stabilizing the frequency and voltage of an asynchronous generator is determined.