摘要
静止无功发生器的响应速度更快、不但可作为系统的无功电源,也可作为无功负载,且产生的高次谐波量小、调节范围更广、损耗与噪音小。本文研究一种应用于低压配电系统的静止无功发生器。本文对现有无功补偿方式进行了系统深入的分析,完成了静止无功发生器的模拟系统主电路设计,控制系统的硬件电路设计。
The speed of SVG response faster, not only can act as reactive power supply but also can act as reactive power load, generate few high- order harmonic, the range of regulate is wider, consumption and noise are small. This paper studies a static var generator （SVG） which applies in low voltage distribution system. This paper carries through deep going systemic analysis about reactive power compensation technology, main circuit of SVG simulation system; hardware circuit of control system is designed.
出处
《微计算机信息》
2009年第11期303-305,共3页
Control & Automation
关键词
静止无功功率发生器
配电系统
谐波
Static Vat Generator
Voltage. Distribution System
Harmonic
