Abstract
The article presents a simulation model of a dynamic voltage stabilizer utilized in autonomous power supply systems. The proposed simulation model allows developers to test at the design stage the parameters of a real device for compliance with the requirements of the Interstate standards. Models of individual units of the dynamic voltage stabilizer and their key elements modes of operation are described. Graphs of control pulses and a pulse-width modulation are presented. The device implemented based on the proposed simulation model stabilizes the output voltage of an autonomous generator and corrects its shape bringing it closer to the ideal sine wave with the amplitude and frequency parameters of 2202V and 50kHz, respectively.
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