摘要
传统的电力通信支撑网主要依靠光纤网络等有线接入技术实现生产控制与信息管理,随着配电自动化、精准负荷控制、用电信息智能采集、输变电巡检监测、充电桩管理以及视频监控等数字化、智能化业务的需求日益旺盛,采用移动通信技术配合光纤技术共同实现的可智能感知、灵活组网且成本可控的新一代电力通信支撑网逐渐被电力行业客户所认可。移动通信技术经过多年发展,目前已经迈入了第五代发展时代(5G移动通信技术),并在技术层面逐步成熟,我国基本形成了5G、4G移动通信网以及由频分双工-长期演进(Frequency Division Duplexing-Long Term Evolution,FDD-LTE)技术演进而来的窄带物联网(Narrow Band Internet of Things,NB-IoT)协同发展的新局面。结合自身工作实践,就5G移动通信技术在新一代电力通信支撑网中的应用展开部分探讨性分析。
The traditional power communication support network mainly relies on optical fiber network and other wired access technologies to achieve production control and information management.With the growing demand for digital and intelligent services such as distribution automation,accurate load control,intelligent collection of power information,transmission and transformation inspection monitoring,charging pile management,and video monitoring,smart sensing The new generation power communication support network with flexible networking and controllable cost is gradually recognized by customers in the power industry.After years of development,mobile communication technology has entered the era of the fifth generation development(5G mobile communication technology),and has gradually matured in the technical level.In China,a new situation of coordinated development of 5G,4G mobile communication networks and Narrow Band Internet of Things(NB-IoT)narrowband Internet of Things evolved from Frequency Division Duplexing-Long Term Evolution(FDD-LTE)technology has basically taken shape.In this paper,the author discusses the application of 5G mobile communication technology in the new generation power communication support network based on his own work experience.
作者
崔颖强
王拓
CUI Yingqiang;WANG Tuo(China Information Consulting&Designing Institute Co.,Ltd.,Nanjing 210009,China;China Communications Construction Second Engineering Bureau Co.,Ltd.,Xi'an 710119,China)
出处
《通信电源技术》
2022年第23期140-142,共3页
Telecom Power Technology
关键词
5G移动通信技术
新一代电力通信支撑网
光纤网络
精准负荷控制
5G mobile communication technology
new generation power communication support network
fiber network
accurate load control
