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Optimal location for series FACTS devices to transient stability constrained congestion management

机译:串联FACTS设备的最佳位置以实现瞬态稳定性,从而限制了拥塞管理

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Nowadays, congestion management is one of major tasks in power system field. Congestion in transmission line imposes additional cost to power system costumers. One efficient solution to relieve congestion is locating facts devices, especially series Facts device like TCSC. Although many efficient approaches have been represented for locating FACTS devices, most of them neglect stability issues during optimization. In this paper the impact of locating series FACTS devices on transient stability margin is considered during conduct of optimization. To realize this goal corrected transient energy margin (CTEM) which is well-known transient stability index is applied as additional security transient constrain to control transient stability after locating FACTS devices. Proposed approach is tested for locating TCSC in New England 39-bus test system to prove efficiency of suggested method.
机译:如今,拥塞管理已成为电力系统领域的重要任务之一。输电线路的拥挤给电力系统用户带来了额外的成本。缓解拥塞的一种有效解决方案是定位事实设备,尤其是诸如TCSC之类的Facts系列设备。尽管已经提出了许多有效的方法来定位FACTS设备,但大多数方法都忽略了优化过程中的稳定性问题。本文在优化过程中考虑了放置串联FACTS器件对暂态稳定裕度的影响。为了实现该目标,在定位FACTS装置后,将众所周知的瞬态稳定度指标(CTEM)(众所周知的瞬态稳定度指标)用作附加的安全性瞬态约束,以控制瞬态稳定性。通过对新英格兰39总线测试系统中TCSC的定位,对提出的方法进行了测试,以证明所提出方法的有效性。

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