基于5G授时的计量时钟增强技术及新业务应用

Wu Shaocheng, Ma Yue, Wang Bo, Chen Xiaowei, You Zilin, Huang Shukai, Huang Zhiyuan
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引用次数: 0

摘要

随着数字电网概念的出现,目前采用PTP (Precise Time Protocol,精确时间协议)时钟同步技术的计量系统无法提供全网统一的设备时钟系统,影响了新能源的双向实时控制。并且很难满足时钟对于新业务事务同步精度的要求。在原有计量时钟系统的基础上,提出了以5G通信模块作为参考时钟的多源时钟加权融合技术,利用卡尔曼滤波完成各级网络节点的分步时钟校正,实现不同外部参考时钟的协同校正。时钟同步精度高,保证实时数据采集时钟的一致性。基于深圳市供电局采集的现场测试数据,结果表明,时钟同步优化处理后的电费结算更接近现场结算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metering Clock Enhancement Technology and New Service Applications Based on 5G Timing
With the emergence of digital grid concept, the current metering system using PTP (Precise Time Protocol) clock synchronization technology cannot provide a unified device clock system across entire network, which affects two-way real-time control of new energy. And it is difficult to meet the clock for new business transactions synchronization accuracy requirements. Under the original metering clock system, a multi-source clock weighted fusion technology was proposed that used 5G communication modules as reference clocks, and used Kalman filtering to complete step-by-step clock correction at all levels of network nodes to achieve coordinated correction of different external reference clocks. The highest clock synchronization accuracy ensure the consistency of real-time data collection clock. Based on field test data collected by the Shenzhen Power Supply Bureau, the results showed that the electricity bill settlement after clock synchronization optimization processing is closer to field settlement.
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