摘要
电网基建规模的持续扩大,对其精益化管理提出了更高标准,驱动电网基建智慧物联体系建设不断深入。本文以边缘计算框架定位及其在工地现场的灵活应用为切入点,在归纳电网基建工程现场物联体系建设与管理需求的基础上,以国网公司智慧物联体系与边缘计算框架相关标准为指导依据,提出基于边缘计算框架的电网基建云边协同体系与层次架构方案,并从设计实践、应用实践和功能实践角度对电网基建智慧物联体系当前的建设情况进行分析和总结。
As the scale of power grid capital construction continues to expand, higher standards have been put forward for its lean management, driving the continuous deepening of the construction of the smart internet of things system for power grid capital construction. This paper takes the positioning of the edge computing framework and its flexible application on the construction site as the starting point. On the basis of summarizing the construction and management requirements of the on-site internet of things system for power grid capital construction, it is guided by the relevant standards of the State Grid Corporation’s smart internet of things system and edge computing framework. Based on this, a cloud-edge collaboration system and hierarchical architecture scheme for power grid capital construction based on the edge computing framework is proposed, and the current construction of the power grid capital construction smart internet of things system is analyzed and summarized from the perspectives of design practice, application practice and functional practice.
作者
王晓波
韩东兴
王东强
WANG Xiaobo;HAN Dongxing;WANG Dongqiang(Beijing Guodiantong Network Technology Co.,Ltd,State Grid Info&Telecom Group,Beijing 102200)
出处
《电气技术》
2022年第10期96-103,共8页
Electrical Engineering
关键词
智慧物联体系
边缘计算框架
云边协同
电网基建物联体系
工地感知
smart internet of things system
edge computing framework
cloud edge collaboration
grid infrastructure internet of things system
construction plant perception
