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基于配电自动化系统的物联网平台设计

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配电网的自动化程度越高,对构建配电物联网平台的需求就越迫切。基于平台化的物联网体系结构,通过对整合配电自动化系统的物联网平台的需求和功能进行分析,文章提出了以微服务架构为基础,融合7 大功能、5 个层级的物联网平台总体架构设计。同时,文章设计了微服务构成微应用的框架。此外,文章采用Docker容器对微服务进行管理,提出了微服务动态部署方法,以满足平台高并发性、强实时性要求。最后,文章探究了基于配电网自动化系统的物联网平台新应用方向。
Design of IoT platform based on power distribution automation system
The higher the degree of automation in the distribution network is,the more urgent the need to build a power distribution IoT platform becomes.Based on IoT platform architecture,by analyzing the requirements and functions of the IoT platform combining power distribution automation system,the article proposes a design scheme for an IoT platform overall architecture which integrates 7 major functions and 5 levels based on microservice architecture.Meanwhile the article designs the frame of microapplications intigrated by microservices.Otherwise,the article adopts Docker container to manage microservices and proposes a method for dynamic deployment of microservices to meet the high concurrency and strong real-time requirements of the platform.Finally,the article discusses new application directions for IoT platforms based on power distribution automation systems.

Internet of Things platformdistribution automation systemmicro-services architecture

孟溪、倪阳旦

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太原理工大学,山西 太原 030024

浙江思极科技服务有限公司,浙江 杭州 310020

物联网平台 配电自动化系统 微服务架构

2024

无线互联科技
江苏省科学技术情报研究所

无线互联科技

影响因子:0.263
ISSN:1672-6944
年,卷(期):2024.21(24)