基于多区晶体管交流稳压器的感应电机软起动器研究

E. Kosykh, A. Udovichenko
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引用次数: 2

摘要

感应电动机(IM)广泛用于家庭和工业用途是由简单明了的结构决定的。高压IM节能软启动结构的开发和生产非常复杂,这与直接连接的大启动电流在市电中造成的深压降有关。目前使用的是电阻式和频率式启动电路。多区调节是基于供电平稳增加的原则。本文提出了一种限制异步电动机起动电流的算法,以及一种基于多区晶体管交流稳压器的异步电动机软起动器的电磁过程分析方法。
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Research of a Soft Starter of an Induction Motor Based on Multi-Zone Transistor AC Voltage Regulator
The widespread use of induction motors (IM) for domestic and industrial purposes is determined by a simple and clear structure. The complexity of the development and production of energy-saving soft-start structures for high-voltage IM is relevant due to the presence of deep voltage drops in the mains caused by large starting currents with direct connection. Currently, resistive and frequency start-up circuits are used. Multi-zone regulation is based on the principle of a smooth increase in power supply. In this paper, we propose an algorithm for limiting the starting current of induction motors and a method for developing a soft starter of induction motors based on a multi-zone transistor AC voltage regulator (RAV) by means of electromagnetic process analysis.
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