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A Novel Dynamic Var Compensator

机译:一种新型动态VAR补偿器

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摘要

This paper proposed a novel dynamic reactive power compensation circuit topology which is applicable to low voltage distribution system. It described the composition, features, and working principle of dynamic reactive power compensation system. Open-loop SPWM control strategy is applied for the inverter, by adjusting the inverter output voltage to dynamically regulate the absorption or emission of reactive power by SVC, zero reactive power compensation of the system can be achieved. With the combination of fixed compensation capacitor the capacity of the inverter can be smaller when it compensates the reactive power dynamically, it can improve the power factor and voltage level fast, efficiently and reliably. It overcomes the switching oscillation and the shortcomings of inadequate compensation, at the same time, reduce power loss and improve the voltage quality.
机译:本文提出了一种新型动态无功补偿电路拓扑,适用于低压配电系统。它描述了动态无功补偿系统的组成,特征和工作原理。通过调节逆变器输出电压来动态调节反相输出电压,通过SVC调节逆变器输出电压,可以实现系统的零无功补偿。通过固定补偿电容的组合,当动态补偿无功功率时,逆变器的容量可以更小,可以快速,有效可靠地提高功率因数和电压电平。它克服了切换振荡和补偿不足的缺点,同时降低功率损耗并提高电压质量。

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