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作 者:李鹏 LI Peng(Tang'an Coal Mine Branch Company,Shanxi Lanhua Sci-tech Venture Co.,Ltd.,Gaoping 048400,Shanxi,China)
机构地区:[1]山西兰花科技创业股份有限公司唐安煤矿分公司,山西高平048400
出 处:《能源与节能》2024年第6期254-256,共3页Energy and Energy Conservation
摘 要:近年来,煤矿生产机械化、自动化水平不断提高,参考监控平台具有的安全性价值,还需对煤矿监控平台进行5G无线通信的升级,使其具有更高效的监控及通信能力,以便降低事故的发生率。为此,结合A矿实际先阐述5G无线通信系统“三高、两低、一平”的设计目标,然后分析核心为TD-LTE技术的5G无线通信系统,同时对系统的传输组网、应用总体和硬件安装进行设计讨论。最后经过实际的试验,证实该监控平台的通信系统有着良好的监控调度及数据交互能力,整体的经济、安全效益较高,可以促进矿企的发展。In recent years,the mechanization and automation level of coal mine production has been continuously improved,referring to the safety value of the monitoring platform,it is also necessary to upgrade the 5G wireless communication of the coal mine monitoring platform,so that it has more efficient monitoring and communication capabilities,in order to reduce the incidence of accidents.Therefore,combined with the actual situation of A Mine,the design goal of"three highs,two lows,one flat"of 5G wireless communication system was first described,and then the 5G wireless communication system with TD-LTE technology as the core was analyzed.At the same time,the transmission network,application overall and hardware installation of the system were designed and discussed.Finally,through the actual test,it is proved that the communication system of the monitoring platform has good monitoring scheduling and data interaction capabilities,and the overall economic and security benefits are high,which can promote the development of mining enterprises.
分 类 号:TD76[矿业工程—矿井通风与安全]
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