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Performance improvement of IEEE-30 bus system using UPFC and TCSC on PSAT

机译:PSAT上使用UPFC和TCSC的IEEE-30总线系统的性能改进

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Due to rapid growth in industrialization and urbanization more capable transmission and distribution system is required to overcome the growing demand for electricity. So to meet up the demand of increasing power recent new technology, i.e., Flexible AC Transmission System devices (FACTS), has been developed in recent decades. The goal of the paper is to improve the voltage of a test system and compare the performance of two FACTS devices UPFC and TCSC. In this paper, we have used an IEEE- 30 bus as a test system and modeled it using PSAT software. First, we find the critical bus having a low voltage profile and then by trial and error method we searched for more efficient FACTS device at the appropriate location for maximum voltage enhancement of that critical bus.
机译:由于工业化和城市化的快速增长,需要更能的传动系统和分配系统来克服日益增长的电力需求。因此,近几十年来满足近期电力近期新技术的需求,即灵活的AC传输系统设备(事实)。本文的目标是提高测试系统的电压,并比较两个事实设备UPFC和TCSC的性能。在本文中,我们使用IEEE-30总线作为测试系统,并使用PSAT软件建模。首先,我们发现具有低电压曲线的关键总线,然后通过试验和错误方法,我们在适当的位置搜索更有效的事实设备,以实现该关键总线的最大电压增强。

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