首页|基于工业物联网通信协议的高炉热负荷监测系统设计研究

基于工业物联网通信协议的高炉热负荷监测系统设计研究

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钢铁行业作为我国国民经济的支柱性产业,为公共设施建设提供了重要的基础性原材料,因此钢铁行业的产业链运行与其他重要行业的发展存在着密切的关系性.工业物联网通信协议是通过协议方式形成的一种无线自组织网络.工业物联网通信协议能够实现温度数据的汇总以及上传,从而实现高炉冷却水温差的热负荷监测.热负荷监测系统重点用于对高炉炉缸内热负荷进行监测,帮助工业企业的精细化管理,提高高炉的生产效率及产量.同时对于高炉的使用稳定性以及消除事故隐患方面也存在重要意义.探讨了高炉热负荷监测系统的设计原理,介绍了高炉热负荷监测系统设计方案,分别从硬件以及软件设计两部分进行分析,能够实现对高炉热负荷的监测,延长高炉使用寿命,提升高炉热负荷监测管理水平.
Design of Blast Furnace Heat Load Monitoring System Based on Industrial IOT Communication Protocol
As a pillar industry of China's national economy,the iron and steel industry has provided basic raw materials for the construction of public facilities,so there is a close relationship between the industrial chain of the iron and steel industry and the development of other impor-tant industries.The communication protocol of Industrial Internet of Things is a kind of wireless self-organizing network formed by means of pro-tocol.The industrial Internet of Things communication protocol can realize the summary and upload of temperature data,so as to realize the heat load monitoring of the temperature difference of blast furnace cooling water.The heat load monitoring system is mainly used to monitor the heat load in the furnace cylinder,help the fine management of industrial enterprises,and improve the production efficiency and output of the blast furnace.At the same time,it is also of great significance for the stability of blast furnace and the elimination of the hidden danger of acci-dents.The design principle of blast furnace heat load monitoring system is discussed,the design scheme of blast furnace heat load monitoring system is introduce,the hardware and software design respectively is analyzed,which can realize the monitoring of blast furnace heat load,ex-tend the service life of blast furnace,and improve the monitoring and management level of blast furnace heat load.

industrial internet of Thingscommunication protocolblast furnace heat load monitoringsystem design

叶竹辉

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陕西交通职业技术学院,陕西 西安 710018

工业物联网 通信协议 高炉热负荷监测 系统设计

陕西高等教育教学改革研究项目

21GG005

2024

工业加热
西安电炉研究所有限公司

工业加热

CSTPCD
影响因子:0.257
ISSN:1002-1639
年,卷(期):2024.53(1)
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