Internet of Things based water quality monitoring system data storage, wireless transmission and remote control method

Abstract

An Internet of Things based water quality monitoring system data storage, wireless transmission and remote control method is implemented on the basis of a water quality monitoring station and a remotemonitoring site. The water quality monitoring station comprises a data acquisition and processing system, a sensor group and a solar power source monitoring system, and the sensor group comprises atleast one sensor supportive to RS485 interface. The remote monitoring site comprises a water quality monitoring software system and a water quality information database. The data acquisition and processing system is communicated with the sensor group through the RS485 interface and an electric wire, and water quality information is transmitted to the remote monitoring site through the Internet ofThings. Information interaction between the remote monitoring site and the data acquisition and processing system can be realized through the Internet of Things, and remote control of the data acquisition and processing system is realized. The method has advantages that the problem of monitoring water quality parameters under multiple states including a non-icebound state, before and after an icebound state and an icebound state of a water source can be solved, storage safety and transmission stability of water quality data can be guaranteed, and a certain data analysis and monitoring functionis achieved.

Description

technical field [0001] The invention belongs to the technical field of water quality monitoring, and relates to a method for data storage, wireless transmission and remote control of a water quality monitoring system based on the Internet of Things. Background technique [0002] Water is the source of human life, and human life and production activities cannot do without water. With the rapid development of society, the problem of water pollution has become more and more serious along with the development of economy and has become a prominent problem that people are paying more and more attention to. In response to the increasingly serious problem of water resource pollution, the modernization and intelligent construction and renovation of reservoirs are becoming more and more urgent, which makes intelligent water quality monitoring the main and necessary method for water resource protection. [0003] Existing water quality monitoring methods mainly rely on on-site manual s...

AI Technical Summary

Problems solved by technology

[0005] The present invention aims to solve the problems of easy loss of water quality data, poor transmission stability and difficult data analysis existing in the data monitoring method of the existing water quality monitoring system, and provides a method that can continuously, automatically and real-time collect various water quality parameters in the special environment of the water source. , and realize the data monitoring method of data storage, wireless transmission and remote control

This method can solve the problem of water quality monitoring in the special environment of the water source, and will not cause pollution and ecological damage to the water source

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