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作 者:李俊秋[1] 王克琼[1] 李海莉 刘婷[1] 胡洋[1] 羊映 邓启志 LI Junqiu;WANG Keqiong;LI Haili;LIU Ting;HU Yang;YANG Ying;DENG Qizhi(Southwest Oil and Gas Field Branch Sichuan Northwest Gas Mine)
机构地区:[1]西南油气田分公司川西北气矿
出 处:《石油石化节能》2021年第11期16-17,21,I0003,I0004,共5页Energy Conservation in Petroleum & PetroChemical Industry
摘 要:随着油气田企业数字化建设及转型工作的全面推进,实现生产数据的集中监视和集中管理是企业未来发展趋势的必然选择。然而油气田井站、阀室点多面广且偏远的现状造成了数字化建设资金需求大、建设周期长等问题,这无疑对当前油气田企业的发展是一种挑战。就当前油气田井口数据采集及数据传输中的不足,通过低功耗无线仪表新技术为载体,将传统油气田仪表与当前新兴物联网通信技术结合在一起,构建了一个低功耗的物联网仪表数据传输系统,从而能够达到减少传输链路层级、降本增效的目的。With the overall promotion of digital construction and transformation of oilfield enterprises,centralized monitoring and management of production data is the inevitable choice for the future development of oilfield enterprises.However,the wide and remote situation of well sites causes problems such as large capital demand and long construction period for digital construction,which is undoubtedly a challenge to the development of oilfield enterprises.Aiming at the deficiency of current oilfield wellhead data acquisition and data transmission,with low power wireless meter new technology as the carrier,a low-power internet of things instrument data transmission system is constructed by combining traditional oilfield instrument and emerging internet of things communication technology,so as to reduce transmission link level,reduce cost and increase efficiency.
分 类 号:TE974.7[石油与天然气工程—石油机械设备]
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