Research of Dynamic Operation Modes of Transformer Voltage Regulator on Mathematical Model

A. Dar'enkov, V. Sokolov, Dmitry Badugin, I. Lipuzhin
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Abstract

Transformer voltage regulator can be used to regulate the voltage in the electrical network. The authors developed a voltage regulator prototype. Transformer regulator introduces a boost or buck voltage in the line and allows one to adjust the network voltage in amplitude (longitudinal voltage control) and phase (transversal voltage control). Mathematical models of the network with transformer voltage regulator developed in SamSim. The simulation results allowed determining the parameters of the longitudinal and transverse perturbations that can be compensated by voltage regulator. The influence of the transformer regulator model parameters on its dynamic characteristics has been investigated.
基于数学模型的变压器稳压器动态运行模式研究
变压器稳压器可以用来调节电网中的电压。作者开发了一个电压调节器原型。变压器稳压器在线路中引入升压或降压电压,并允许在幅度(纵向电压控制)和相位(横向电压控制)上调整网络电压。在SamSim中建立了带变压器调压器的电网数学模型。仿真结果允许确定可由电压调节器补偿的纵向和横向扰动的参数。研究了变压器稳压器模型参数对其动态特性的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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