Study on Clock Synchronization Model in Low Voltage Station

Zhan Shi, Yutu Liang, Xiuzhu Wang, Zhenyu Zhong
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Abstract

At present, the requirements for smart and digital power grids continue to increase. As a unique communication method for power grids, power line communication has the advantages of low-cost and wide coverage. However, the low-voltage station topology is complicated and the clock synchronization problem needs to be solved urgently. This article first analyzes the low-voltage station area. The hierarchical structure of power line on-air communication, and then the clock synchronization Precision Time Protocol is studied. Finally, the modularization scheme of low-voltage power line carrier clock synchronization is designed, which is of great significance for improving the accuracy of low-voltage station power line carrier clock synchronization and reducing costs.
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低压电站时钟同步模型的研究
目前,对电网智能化、数字化的要求不断提高。电力线通信作为电网特有的通信方式,具有成本低、覆盖范围广等优点。但低压站拓扑结构复杂,时钟同步问题亟待解决。本文首先对低压站区进行了分析。研究了电力线空中通信的分层结构,并在此基础上对时钟同步精确时间协议进行了研究。最后,设计了低压电力线载波时钟同步的模块化方案,这对于提高低压站电力线载波时钟同步的精度和降低成本具有重要意义。
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