A MATHEMATICAL MODEL OF A DIFFERENTIALDRIVE SYNCHRONOUS GENERATOR SET
Abstract
In today’s courts increasingly are widely used electric power systems with valogeneratornymi installations, due to their advantages such as increased efficiency and reliability of ship power plants, reducing the cost of generated electricity, reducing operating costs. When operating the installation in an emergency
propulsion system, one of the electrical machines operates in the motor mode at a constant speed. The second machine is working as a generator, providing regulation of the output shaft speed. The proper study of the plant is necessary to construct a mathematical model of a differential-drive synchronous generator set. The article describes a system of synchronous generators equations of motion, semiconductor converters, reactor, voltage regulators, frequency and static load for a differential-drive synchronous generator set. The study authors have vydodu that the developed mathematical model can be used in the
development and study of marine valogeneratornyh units with differential drives with their work in the electric power source mode or in an emergency propulsion system mode.
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