摘要
针对青海高原寒区地下水监测工作的现状,研制开发一种基于物联网技术的地下水自动监测系统,重点解决监测仪器在高海拔、低温环境下的可靠性。介绍了监测系统的结构组成及软硬件设计,并采取多项措施来提高监测仪器低功耗和稳定性。通过一年多的野外试验应用,系统运行状况良好。该系统的研究成功能更好地服务于青海高原寒区地下水监测方面的工作,为恶劣环境下的地下水监测提供先进的技术手段。
Aiming at the current status of underground water monitoring in Qinghai cold plateaus,the automatic underground water monitoring system based on Internet of things technology is researched and developed. The reliability of the monitoring instrument under high altitude and low temperature environment has to be solved emphatically. The structural composition and software and hardware design of the monitoring system are introduced,low power consumption and stability of the monitoring instrument are implemented by adopting multiple technical measures. Through more than a year of field testing applications,the operating situation of the system is good,The successful research can better service for underground water monitoring of Qinghai cold plateaus,and provide advanced technical measures for underground water monitoring under harsh environment.
出处
《自动化仪表》
CAS
2016年第2期54-56,60,共4页
Process Automation Instrumentation
基金
国土资源部公益性行业科研专项基金资助项目(编号:201411083-4)
关键词
物联网
高原寒区
地下水监测系统
数据传输
全球移动通信系统
低功耗
信息管理
控制软件
Internet of things
Cold plateau
Underground water monitoring system
Data transmission
GSM
Low power consumption
Information management
Control software
