摘要
文章深入探讨配电网通信技术在电能质量监测中的应用。通过增设通信基站或中继站来增强信号覆盖强度,以提升通信技术的稳定性和可靠性。采用4G、5G等移动通信技术来提高数据传输效率和实时性,满足电力系统运行的高需求。借助IEC61850标准,运用实地测量和测速工具评估优化效果,并与传统电能质量监测方法进行对比分析。优化后的通信技术在信号强度、覆盖范围、数据传输速率、设备连接成功率以及设备通信延迟等方面均有明显改善,能够提升电能质量监测的准确性,为电网运营商提供高效可靠的管理手段,进而推动配电网的高效化发展。
This paper discusses the application of distribution network communication technology in power quality monitoring.By adding communication base stations or relay stations to enhance signal coverage,the stability and reliability of communication technology can be improved.Mobile communication technologies such as 4G and 5G are adopted to improve the efficiency and real-time performance of data transmission and meet the high demand of power system operation.With the help of IEC 61850 standard,the optimization effect is evaluated by field measurement and speed measurement tools,and compared with traditional power quality monitoring methods.The optimized communication technology has obvious improvement in signal strength,coverage,data transmission rate,equipment connection success rate and equipment communication delay,which can improve the accuracy of power quality monitoring,provide efficient and reliable management means for power grid operators,and then promote the efficient development of distribution network.
作者
刘奇
殷会元
LIU Qi;YIN Huiyuan(Liaocheng Guangming Electric Power Service Co.,Ltd.,Gaotang Branch,Liaocheng 252800,China)
出处
《通信电源技术》
2024年第14期102-104,共3页
Telecom Power Technology
关键词
配电网
通信技术
电能质量监测
distribution network
communication technology
power quality monitoring
