减小感应电动机起动电流的方法

M. Habyarimana, D. Dorrell
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引用次数: 20

摘要

当电负载接通时,会产生涌流。对于感应电机,这个电流可以达到满载电流的5-10倍。这种瞬态电流可能会导致连接到弱电网的大型机器出现问题。为保护电网连接,本文探讨了减小起动电流的方法。回顾了标准起动技术,并通过实例考察了起动能量和无功功率要求。这些表明,在某种程度上,可以通过调谐电容器组来减小启动电流;然而,为了更好地减少,则使用能量存储单元,例如电池或存储电容器,并且通过PWM逆变器进行充电和放电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methods to reduce the starting current of an induction motor
An inrush current is produced when an electric load is turned on. For an induction motor this current can reach 5–10 times the full-load current. This transient current can cause issues in large machines attached to weak grid connections. To protect the grid connection this paper explores ways that the starting current can be reduced. Standard starting techniques are reviewed then the starting energy and reactive power requirements are examined by way of example. These illustrate that to some degree the starting current can be reduced with a tuned capacitor bank; however, for better reduction then an energy storage unit is used, such as a battery or a storage capacitor, and this is accessed through a PWM inverter for charging and discharging.
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