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引用次数: 1
摘要
传统的保护系统仅利用来自各个设备的电信号来检测故障并保护设备。因此,在保护系统中存在一些薄弱环节。广域保护系统(Wide Area Protection system, wap)利用ied继电器之间的通信和传输数据来识别故障,可以提高保护系统的性能。为了提高保护系统的性能,本文提出了wap的概念设计结构、区域划分和检测算法。实例分析表明,所提出的wap概念可以消除传统输电系统保护系统的一些缺点,如减少跳闸设备和停电面积。
Conceptual design of Wide Area Protection in transmission system
Conventional protection system uses only electric signal from each device to detect fault and protect equipment. Thus, there are some weak points in the protection system. Wide Area Protection system (WAPs) can improve the performance of protection system because it uses the communication and transferred data between IED-relays to identify fault. This paper proposes the conceptual design structure of the WAPs, zone partitioning and detecting algorithm in order to improve the performance of the protection system. Analysis of the case study shows that the proposed concept of WAPs can eliminate some weaknesses of conventional protection system in transmission system such as reduce tripping equipment and outage area.