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引用次数: 19
摘要
本文研究了基于可控硅开关电抗器的静态无功补偿器(SVC)作为柔性交流输电系统(FACTS)控制器的一种，在三相系统静态负载和动态负载条件下对负载电压的影响。利用MATLAB/Simulink 7.04reg和Power Systems Toolbox验证了基于TS r的SVC的设计和测试。结果表明，基于tsr的SVC可以显著改善无功补偿和母线电压调节。此外，基于tsr的SVC产生的谐波电平不会导致测试系统不稳定。
Analysis of TSR-based SVC for a Three-Phase System with Static and Dynamic Loads
In this paper, the effect of the thyristor switched reactor-based static VAr compensator (SVC), which is one of flexible AC transmission systems (FACTS) controllers, to load voltages has been proposed in the three-phase system at static load and dynamic load conditions. The design and testing of TS R-based SVC are verified using the MATLAB/Simulink 7.04reg and Power Systems Toolbox. The results show that significant improvement on reactive power compensation and bus voltage regulation could be achieved by using the TSR-based SVC. Also, harmonic levels generated by TSR-based SVC do not cause to instability in the test system.
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