Remote automatic hydrology and water quality monitoring system platform

Abstract

The invention relates to a remote automatic hydrology and water quality monitoring system platform, which belongs to the technical field of remote river, lake and reservoir hydrology and water quality environment monitoring and the field of automatic control. The platform comprises a hydrology sensor, a water quality sensor, a data collector, a solar power supply. a control system, a server, and a terminal device, wherein the data collector is respectively connected with the hydrology sensor and the water quality sensor; and the solar power supply is respectively connected with the data collector, the control system, the hydrology sensor and the water quality sensor. The platform is characterized by further comprising a GPS / Beidou positioning system for positioning a remotely-monitored position. The GPS / Beidou positioning system is connected with the data collector and the solar power supply. A destination can be marked on a backstage map, the system platform can intelligently control the system to move to a new displacement destination via the GPS / Beidou navigation module on the platform, the system has certain artificial intelligence, and the most proper line can be chosen from a specific line selection.

Description

technical field [0001] The invention relates to a remote hydrology and water quality automatic monitoring system platform, which belongs to the technical field of remote environmental monitoring of hydrology and water quality of rivers, lakes and reservoirs and the field of automatic control. Background technique [0002] The hydrology and water resource information monitoring system integrates computer network technology, communication technology, automatic control technology and sensor technology to realize the monitoring of rainfall, water level, evaporation, flow, water quality, soil moisture and wind of rivers and reservoirs in the jurisdiction. Real-time monitoring, collection, processing and transmission of weather, gate opening data and other operations provide effective basic data for the rational use of water resources, accurate prediction of flood disasters, and research on the regularity of flood disasters. The conventional parameters for water quality monitoring...

AI Technical Summary

Problems solved by technology

[0008] 1) At present, most of the pollution sources in my country are mainly concentrated in the sewage outlets of chemical plants. The location of the sewage outlets is basically a swamp, where the field environment is complex and the installation of equipment is difficult.

[0009] 2) In the existing remote automatic monitoring system, the measurement parameters are relatively single, and the hydrological parameters and water quality parameters are often not compatible at the same time, and the direct relationship between the parameters is difficult to comprehensively analyze

[0010] 3) Data collection is mostly single-item control, and remote control of sampling frequency and forecast frequency cannot be realized at any time

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