摘要
文章探讨了电力工程技术在智能电网建设中的关键作用。通过介绍智能电网的基本架构,包括层次结构和关键组成部件,重点讨论了智能电网的核心技术,包括传感器与智能计量技术、通信与信息技术集成以及自动化与控制技术,并详细阐述了电力工程技术在智能电网中的集成应用,包括智能变电站技术、高级配电管理系统(Advanced Distribution Management System,ADMS)、电力系统保护与自动化以及信息物理系统(Cyber Physical Systems,CPS)的应用。通过文章的研究,旨在推动电力系统朝着智能化、可持续发展的方向发展,为智能电网的安全高效运行提供支撑。
This paper explores the key role of electrical engineering technology in the construction of smart grids.By introducing the basic architecture of smart grids,including hierarchical structure and key components,it focuses on discussing the core technologies of smart grids,including sensor and smart metering technology,integration of communication and information technology,as well as automation and control technology.Furthermore,it elaborates on the integrated application of electrical engineering technology in smart grids,including smart substation technology,Advanced Distribution Management Systems(ADMS),power system protection and automation,and the application of Cyber Physical Systems(CPS).Through this research,the aim is to promote the development of power systems towards intelligence and sustainable development,providing support for the safe and efficient operation of smart grids.
作者
柴玉硕
王潇洋
CHAI Yushuo;WANG Xiaoyang(State Grid Shandong Electric Extrahigh Voltage Company,Jinan 250000,China)
出处
《通信电源技术》
2024年第16期64-66,共3页
Telecom Power Technology
关键词
智能电网
电力工程技术
传感器
通信技术
自动化技术
smart grid
electrical engineering technology
sensor
communication technology
automation technology
