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矿井智能通风系统的设计及应用

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为提高矿井传统通风设施的自动化控制水平,增强抗灾减灾能力,对通风系统进行智能化设计.首先,在现场总线CNA技术的基础上,利用以太网实现对井上井下通风设施和构筑物的远程自动化控制.然后,利用各类传感器采集通风参数信息,并进行数据分析处理.最后,设置操作执行、险情报警和冗余设计等功能化模块,实现各模块的相互独立操作运行.改进后的通风系统投入使用后,年度电费降低了572万元,人工成本降低了43.8万元,具有显著的经济效益.
Design and Application of Mine Intelligent Ventilation System
To improve the automation control level of traditional ventilation facilities in mines and enhance disaster resistance and reduction capabilities,intelligent design of ventilation systems is carried out.Firstly,based on the fieldbus CNA technology,remote automation control of ventilation facilities and structures above and below the mine is achieved using Ethernet.Then,various sensors are used to collect ventilation parameter information and perform data analysis and processing.Finally,functional modules such as operation execution,danger alarm,and redundancy design are set up to achieve independent operation and operation of each module.After the improved ventilation system was put into use,the annual electricity bill was reduced by 5.72 million yuan,and the labor cost was reduced by 438 000 yuan,which has significant economic benefits.

minesventilation systemssensorsautomation control

王一飞

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山西阳城阳泰集团白沟煤业有限公司,山西 晋城 048100

矿井 通风系统 传感器 自动化控制

2024

自动化应用
重庆西南信息有限公司

自动化应用

影响因子:0.156
ISSN:1674-778X
年,卷(期):2024.65(14)