远程监控的自主浅海环境参数采集系统设计与实现

Design and implementation of the collection system for remote monitoring and autonomous shallow sea environmental parameters

为了实现浅海环境更加及时、准确的监测,设计了一种面向浅海环境的参数采集系统.该系统通过STM32驱动多种传感器获取所测区域的浅海环境参数,并将其进行存储;NB-IoT模块将数据上传到远程控制中心后,对数据进行分析处理,及时在用户端完成数据可视化.此外,将数据采集终端搭载在自动巡航的监测平台上,实现大面积海域采集,提高数据准确性.最后,经湖上测试验证,其系统运行稳定,功能完善,具有低功耗、可靠性高等优点,能够及时获取所测区域的环境参数,满足浅海监测要求,为数据的采集和处理提供了一个有效的解决方案.

In order to achieve more timely and accurate monitoring of the shallow sea environment,a parameter acquisition system for the shallow sea environment has been designed.The system uses STM32 to drive a variety of sensors to obtain the shallow sea environmental parameters of the measured area and store them.After the NB-IoT module uploads the data to the remote control center,it analyzes the data and realizes the data visualization on the user terminal in time.In addition,the data collection terminal is mounted on the automatic cruise-monitoring platform,which can realize the collection of large areas of sea and improve the accuracy of the data.Finally,after testing and verification,the system has been proved to have stable operation,perfect functions,low power consumption and high reliability.It can obtain the environmental parameters of the measured area in time,meet the requirements of shallow sea monitoring,and provide an effective method for data collection and processing.