拥塞管理中最敏感区域的发电重调度

A. Khemani, N. Patel
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引用次数: 5

摘要

在竞争激烈的电力市场中,系统运营商的重要任务之一是管理输电线路的拥堵,因为它会导致违反网络安全限制。本文提出了一种有效的方法,供系统运营商识别最敏感区域,以缓解输电线路的拥塞。在这种方法中,利用灵敏度因子来执行将系统定义为no的任务。的区域。一旦这些区域形成,那么SO的任务就变得容易得多,因为他们必须集中在最敏感的区域,而不是整个系统。同时提出了期望发电调度的概念,对发电进行重新调度以缓解拥塞。通过这种方法,找出发电机对拥堵线路的贡献,然后利用这些贡献进行重新调度,以缓解拥堵。在这里,我们的任务是管理最敏感区域的拥塞,帮助在该特定区域的发电机重新调度。因此,我们试图在不干扰系统其他区域的发电机的情况下使系统免于拥塞,这只能通过自己区域的发电机来实现。本文给出了ieee30总线系统和ieee39总线新英格兰系统的网络过载缓解结果。在这种方法中,只考虑了实际潮流对线路的破坏。
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Generation rescheduling of most sensitive zone for congestion management
In competitive electricity markets, one of the important tasks of the system operator is to manage congestion of transmission lines as it leads to a violation of network security limits. This paper presents an effective approach for system operator to identify the most sensitive zone to relieve congestion in transmission lines. In this approach sensitivity factors are utilized to perform the task of defining the system into no. of zones. Once the zones are formed then the task of SO becomes much easier as they have to concentrate on most sensitive zone rather on the entire system. Also concept of desired generation scheduling is proposed for rescheduling generation in order to relieve congestion. By this method the contribution of generators to the congested line is to be found out which are thereafter utilized for rescheduling purpose of relieving congestion. Here our task is managing congestion of most sensitive zone with the help of rescheduling of generators in that particular zone only. Thus we are trying to make the system congestion free without disturbing the generators of the other zones of the system that is only by means of the generators of its own zone. Results obtained for network overload alleviation of IEEE 30 Bus System & IEEE 39 Bus New England System are presented for illustration purposes. Here in this approach only real power flow violations of lines has been considered.
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