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近年来国内油田油水井数字化研究与应用不断实施,但现场数据采集传输抗干扰性不强,遇恶劣天气、障碍物等影响因素时,数据传输不及时;偏远单井数据无法直接传送至采油站;同时产生较高的传输费用。因此,现场急需传输稳定,不受气候影响的网络传输技术服务于生产现场,同时与准确的油井优化诊断系统相融合,有效地辅助员工完成油井的分析管理工作,提升油井的现场管理水平。
In recent years, the digital research and application of oil and water wells in domestic oilfields has been continuously implemented. However, the data collection and transmission in the field are not strong in anti-interference. In case of adverse weather, obstacles and other influencing factors, the data transmission is not timely. Remote single well data can not be directly transmitted to the oil production station ; At the same time have a higher transmission costs. Therefore, the urgent need to transmit a stable, climate-free network transmission technology to serve the production site at the scene, and at the same time with the accurate optimization of oil well diagnosis system integration, effectively assist staff to complete the analysis and management of oil wells to enhance the site management level.