新能源大数据平台物联网数据接入架构设计与实现
摘要:为解决新能源行业工业物联网云边协同平台的设备上云问题，设计了物连接架构，将物连接模块分为设备对象、物接入中心、应用服务三个层次。在此架构上设计了规则引擎、设备中心、协议中心、信息模型中心、异构时序、对象、关系数据接入功能区，并在中国大唐集团新能源大数据平台项目上实践了物连接架构和功能模块。实践表明该架构能在同一的操作界面下完成新能源设备可靠、安全接入大数据平台，为新能源大数据平台异构设备的接入提供了有效的方法，为新能源智慧风电、智慧光伏的云边协同平台建设提供了基础研究。
Abstract：In order to solve the cloud problem on devices of the cloud edge collaborative platform of the industrial internet of things(IOT) in the new energy industry, the IOT connection architecture is designed. The IOT Connection module is divided into three levels: device object, access center and application service. Based on this architecture, the rules engine, equipment center, protocol center, information model center, heterogeneous timing sequence, object and relational data access functional area are designed, and the object connection architecture and function modules are practiced in the new energy big data platform project of Datang Group. Practice shows that this architecture can achieve reliable and safe access to the big data platform of new energy equipment under the same operation interface, which provides an effective method for the access to heterogeneous devices of the new energy big data platform, and provides basic research for the construction of cloud edge collaborative platform of new energy smart wind power and smart photovoltaic.
标题：新能源大数据平台物联网数据接入架构设计与实现
title:Design and Implementation of Data Access Architecture of Internet of Things for New Energy Big Data Platform
作者：张喜平,赵维,王丽杰
authors:ZHANG Xiping,ZHAO Wei,WANG Lijie
关键词：新能源大数据平台,物连接,数据接入架构,
keywords:new energy big data platform,material connection,data access architecture,
发表日期：2021-01-04
- 文件大小:
- 4.93 MB
- 下载次数:
- 60
-
高速下载
|
|
