Combined Facts Devices for Reactive Power Control by Using Optimization Technique

S. Marlin, S. Jebaseelan
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引用次数: 1

Abstract

Improving the voltage profile and controlling the losses during transmission will be achieve by using FACTS devices. In this effort, two FACTS devices for a better output. The motivation of this work is simulation proram for this thirty-bus system with combined UPFC and TCSC by carrying out using MATLAB. Here, UPFC is used since it has the potential to control real and reactive power and also for reducing the losses in this system. Since, there is a great demand of adequate transmission capacity to maintain the transmission network we use flexible AC transmission system which provides enough transmission capacity and controls the flow of power. The optimisation technique is used in finding the best position of the FACTS devices by improving the voltage magnitude.
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基于优化技术的无功控制组合装置
利用FACTS器件可以改善电压分布,控制传输过程中的损耗。在此努力中,两个FACTS设备可以获得更好的输出。本文的工作动机是利用MATLAB对UPFC和TCSC结合的30总线系统进行仿真程序设计。在这里,使用UPFC是因为它具有控制实际和无功功率的潜力,并且还可以减少系统中的损耗。由于需要足够的输电容量来维持输电网络,因此采用灵活的交流输电系统来提供足够的输电容量并控制潮流。优化技术通过提高电压幅值来寻找FACTS器件的最佳位置。
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