基于STATCOM的系统网络传输系统可靠性评估

A. Yadav, V. Mahajan
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引用次数: 4

摘要

随着负荷需求的不断增加,现有电网必须保持其可靠性。因此,为了使系统更加可靠,在系统网络中最常用的是FACTS设备。本文讨论了静态同步补偿器(STATCOM)的潮流模型,以评估每次可能的传输线切换时的总可用容量,从而确定系统网络的可靠性状况。利用容量中断概率估计与线路切换和切换率有关的可靠性指标。根据可用和不可用单元强制中断率(FOR)评估单个和累积概率。在基本情况下,比较了纳入STATCOM后的可靠性指标EDNS和LOLP。电压分布是电力系统网络中的一个重要问题。STATCOM是系统网络总线中较理想的FACTS器件,用于改善电压分布,提高系统安全性。对24总线IEEE可靠性测试系统(IEEE- rts -1979)进行了仿真,对可靠性和潮流参数进行了评估和对比。负载流与STATCOM在改善电压分布和减少损耗方面提供了更好的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transmission System Reliability Evaluation by Incorporating STATCOM in the System Network
As load demand is increasing, the existing power system network has to maintain its reliability. So to make system more reliable, FACTS devices are most commonly used in the system network. Here, Static Synchronous Compensator (STATCOM) load flow modelling is discussed to evaluate the total available capacity with each possible transmission line switching to determine the reliability condition of system network. Capacity outage probability is used to estimate the reliability indices with respect to line switching and switching rate. Individual and cumulative probability are evaluated according to available and unavailable units forced outage rate (FOR). Reliability indices EDNS and LOLP are compared with incorporation of STATCOM with respect to base case. Voltage profile is major concern in power system network. STATCOM is more preferable FACTS device used in the system network buses for improving the voltage profile and making the system more secure. The 24 bus IEEE Reliability Test System (IEEE-RTS-1979) is simulate for evaluation and contrast of the reliability and power flow parameter. Load flow with STATCOM gives better results in terms of improved voltage profile and reduction in loss.
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