摘要
随着智能化工业技术的不断进步,冶金企业中出现了越来越多的新型电气设备,加之自身负荷设备非线性、冲击性的特点,使得无功功率补偿的重要性更加凸显。本文介绍了无功功率补偿的必要性,详细解释了无功功率补偿容量的计算方法。在阐述了各类无功功率补偿装置特点的基础上,针对冶金企业配电系统特点提出将TCR和TSC装置进行结合的SVC无功功率补偿方式,建立仿真模型并在MATALAB环境中进行分析验证。
With the continuous progress of intelligent industrial technology,there are more and more new electrical equipment in metallurgical enterprises.In addition,the nonlinear and impact characteristics of load equipment make the importance of reactive power compensation more prominent.This paper introduces the necessity of reactive power compensation and explains the calculation method of reactive power compensation capacity in detail.On the basis of expounding the characteristics of various reactive power compensation devices,aiming at the characteristics of distribution system in metallurgical enterprises,a SVC reactive power compensation method combining TCR and TSC devices is proposed.The simulation model is established and analyzed and verified in MATALAB environment.
作者
赵乘康
范佳
郭进喜
Zhao Chengkang;Fan Jia;Guo Jinxi(Handan Iron&Steel Design Institute Ltd of Hegang Group,Handan Hebei 056000;Technology Center of Handan Group of Hegang Group,Handan Hebei 056000;College of Mechanical and Equipment Engineering,Hebei University of Engineering,Handan Hebei 056000)
出处
《山西冶金》
CAS
2021年第3期30-33,共4页
Shanxi Metallurgy
关键词
冶金企业
静止无功补偿
TCR与TSC相结合
metallurgical enterprises
static reactive power compensation
the combination of TCR and TSC
