基于5G的水泥行业数字矿山应用场景及网络建设难点

doi:10.11959/j.issn.1000-0801.2021098

Abstract

Abstract:

The application and development of 5G in the field of cement mining has drawn attention.Cement factories, usually built around limestone mines, in which 5G network shows great value to be used for safe inspection by drones, UAV 3D modeling of mines, unmanned driving and remote control of mining vehicles, of excavators and other mobile services.Firstly, the main business scenarios and network requirements of 5G in cement industry mines was analyzed.Secondly, via the analysis of practical cases and test data of 5G cement mine network deployment, the difficulty of 5G network coverage in mines lies in the poor coverage rate and signal strength of 5G network in limestone mines, which are due to mountain shielding effect mined by hillside terraced fields.Finally, the difficulties of 5G mine network coverage were summarized from the aspects of supporting facilities, planning simulation and environmental dynamic change, and preliminary suggestions were given correspondingly.

Key words: 5G customized private network, mine network simulation, wireless coverage

CLC Number:

TN929.5

Huijie ZHAO, Xuezhi ZHANG, Dong XIE. Application scenarios and difficulties in network construction of digital mines in cement industry based on 5G[J]. Telecommunications Science, 2021, 37(7): 142-147.

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References 11

[1]	张蜀晋, 宋文渊, 南嵩 ,等. 5G 室内外结合覆盖在智慧矿山中的应用[J]. 山西建筑, 2021,47(1): 193-196.
	ZHANG S J , SONG W Y , NAN S ,et al. The application of 5G indoor and outdoor combined coverage in smart mines[J]. Shanxi Architecture, 2021,47(1): 193-196.
[2]	靳丽丽 . 5G技术在远程智慧采矿中的应用[J]. 集成电路应用, 2020,37(11): 70-71.
	JIN L L . Application of 5G technology in remote intelligent mining[J]. Application of IC, 2020,37(11): 70-71.
[3]	轩红新 . 5G技术在煤矿的应用研究:评《5G移动通信系统及关键技术》[J]. 矿业研究与开发, 2020,40(10): 186-187.
	XUAN H X . Research on application of 5G technology in coal mine:comment on “5G mobile communication system and key technologies”[J]. Mining Research and Development, 2020,40(10): 186-187.
[4]	张涛 . 5G智能助力绿色矿山建设:焦作千业水泥有限责任公司转型发展纪实[J]. 资源导刊, 2020(9): 32.
	ZHANG T . 5G intelligent assistance for green mine construction:documentary of transformation and development of Jiaozuo qianye cement Co.,Ltd[J]. Resources Guide, 2020(9): 32.
[5]	赵国瑞. 矿山5G及应用[EB]. 2020.
	ZHAO G R . Mire 5G and application[EB]. 2020.
[6]	王莉 . 航天科工成功研制5G网络智能110吨无人驾驶矿用车[J]. 中国设备工程, 2019(21): 10.
	WANG L . China has successfully developed a 110-ton unmanned mining vehicle with 5G network intelligence[J]. China Plant Engineering, 2019(21): 10.
[7]	赵鑫彦 . 面向 5G 的无线网络评估及测试方法研究[J]. 电信快报, 2019(11): 38-39.
	ZHAO X Y . Research on 5G-oriented wireless network evaluation and testing method[J]. Telecommunications Information, 2019(11): 38-39.
[8]	贺军, 高怡平 . 5G时代的射频前端技术分析[J]. 集成电路应用, 2017,34(12): 68-71.
	HE J , GAO Y P . Analysis of RF front-end technology in 5G[J]. Application of IC, 2017,34(12): 68-71.
[9]	樊丽珍 . 移动通信基站设备及网络的测试[J]. 通讯世界, 2017(19): 105.
	FAN L Z . Mobile communication base station equipment and network testing[J]. Telecom World, 2017(19): 105.
[10]	李庆新 . 移动通信基站铁塔的选型及设计[J]. 城市建设理论研究(电子版), 2016(32): 89-90.
	LI Q X . Selection and design of tower for mobile communication base station[J]. Urban Construction Theory Research, 2016(32): 89-90.
[11]	张宇, 吴翔, 刘罡 ,等. 天线一体化基站设备评估[J]. 现代电信科技, 2016,46(3): 41-44.
	ZHANG Y , WU X , LIU G ,et al. Evaluation of antenna integrated base station equipment[J]. Modern Science ＆ Technology of Telecommunications, 2016,46(3): 41-44.

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业务场景	性能指标				其他要求
业务场景	上行速率	下行速率	时延	可靠性要求	其他要求
高清视频传输	4K：30 Mbit/s	—	<200 ms	99.9%	对空覆盖30～100 m
无人机飞控	—	—	<20 ms	99.999%	对空覆盖30～100 m

业务场景	性能指标				其他要求
业务场景	上行速率	下行速率	时延	可靠性要求	其他要求
高清视频传输	1080P：4 Mbit/s	—	—	99.9%	对空覆盖30～100 m
无人机飞控	—	—	<30 ms	99.999%	对空覆盖30～100 m

业务场景	性能指标				其他要求
业务场景	上行速率	下行速率	时延	可靠性要求	其他要求
状态数据采集	>2 Mbit/s	—	<50 ms	99.99%
视频图像（单车）	720P:10～14 Mbit/s 1080P:20～28 Mbit/s	—	<20 ms	99.9%	通过部署MEC实现网络超低时延
控制信号	—	1 Mbit/s	<30 ms	99.999%

测试区域	SSB-RSRP/dBm	SSB-SINR/dBm	上行吞吐率/ (Mbit·s^-1)	下行吞吐率/(Mbit·s^-1)	覆盖率
矿山	-87.90	22.73	90.26	425.2	99.87%
厂区	-80.13	21.64	92.34	398.49	100.00%

Application scenarios and difficulties in network construction of digital mines in cement industry based on 5G

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