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Research on Real-time Condition Monitoring and Dynamic Capacity-increase of Transmission Lines

机译:输电线路实时状况监测与动态容量的研究

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Smart grid emphasizes identifiability, controllability, unified coordination ability, safety and stability of power grids. In the process of building smart grids, the requirements of transmission lines are mainly reflected in two aspects: state monitoring and transmission capacity of line. Realizing the monitoring of transmission line status, could timely discover hidden failure of transmission line and reduce the number of power failure, ensuring safe and stable operation of transmission lines. The excavation of the transmission capacity is reflected in timely adjustment of the current capacity to maximize the capacity of the transmission line. This paper proposed from the demand of smart grid construction, and combine the output status information of smart substation to realize the real-time status monitoring of transmission lines, and then supporting the condition maintenance of transmission lines and improving the management level of transmission assets. At the same time, through the on-line monitoring of the line temperature and the meteorological environment of the transmission line, comprehensively collect data for calculation analysis and verification to achieve the purpose of dynamic capacity-increase of the transmission line.
机译:智能电网强调了电网的可识别性,可控性,统一的协调能力,安全性和稳定性。在构建智能电网的过程中,传输线的要求主要反映在两个方面:状态监测和线路传输能力。实现了传输线路状态的监控,可以及时发现传输线的隐藏失效,减少电源故障的数量,确保传输线的安全稳定运行。传输容量的挖掘以及时调整电流容量以最大化传输线的容量。本文提出了智能电网建设的需求,并结合了智能变电站的输出状态信息,实现了传输线的实时状态监控,然后支持传输线的状态维护,提高传输资产管理水平。同时,通过线路温度的在线监测和传输线的气象环境,全面收集数据进行计算分析和验证,实现动态容量的动态容量 - 增加输电线路。

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