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变耦电抗式可控串补(TCSCAC)的稳态分析和试验    

Steady State Analysis and Experiments of Thyristor Controlled Reactance Series Compensation by Adjustable Coupling

文献类型:期刊文献

中文题名:变耦电抗式可控串补(TCSCAC)的稳态分析和试验

英文题名:Steady State Analysis and Experiments of Thyristor Controlled Reactance Series Compensation by Adjustable Coupling

作者:王世蓉 李民族 王民慧 王武 明德刚

第一作者:王世蓉

机构:[1]贵州理工学院;[2]贵州大学

第一机构:贵州理工学院

年份:2017

卷号:44

期号:5

起止页码:54-61

中文期刊名:华北电力大学学报:自然科学版

收录:CSTPCD;;北大核心:【北大核心2014】;

基金:国家自然科学基金资助项目(50477056)

语种:中文

中文关键词:TCSCAC;变耦电抗装置;线路功率调节;稳态特性;动模试验;技术经济性

外文关键词:TCSCAC; thyristor controlled reactance series compensation by adjustable coupling; line power regulation; steady state performance; dynamic simulation test; technical and economic performance

摘要:为掌握了解TCSCAC的正常运行性能,必须对它进行稳态分析。提出了考虑电抗器漏抗后的变耦电抗装置的等效电抗公式,得出了理论电抗特性;以伊―冯500 kV输电系统为应用背景,进行单回输电的功率调节仿真分析,得出了输电系统状态参数及串补装置各组成设备的电流、电压及工作容量的变化规律,为TCSCAC的各组成设备的选择设计运行提供了依据。同时还进行了动态模拟试验,并对变耦电抗装置的实际电抗特性进行了测试,试验和测试结果表明,实际特性和理论分析特性基本一致。更确切地和TCSC从理论上进行了经济性能比较分析,其结果是TCSCAC所需主设备元件的最大工作容量要比TCSC大幅度降低。
An analysis of steady-state of TCSCAC is necessary to grasp its working performance. Thus this paper proposes the equivalent reactance formula of adjustable coupling reactance devices with reactance leakage of reactors,figuring out the theoretic reactance characteristic. Based on Yimin-Fengtun 500 kV transmission system,simulations and analyses of single transmission line are conducted,and attain the state parameters of transmission system and the change law of the current,voltage and working capacity of the series compensation devices. This provides the basis for selecting,designing and running the TCSCAC device components. Besides,the research has made dynamic simulation tests and detected the practical reactance performances of adjustable coupling reactance devices. The results show that practical performance accords with that based on theoretical analysis. A more accurate theoretic analysis of its( TCSCAC) economic performance compared with TCSC is conducted. And the analysis result shows that the max capacity needed by TCSCAC' s main device components,is decreased significantly than that of TCSC.

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