Remote-sensing comprehensive monitoring and management system for water resource lake

Abstract

The invention discloses a remote-sensing comprehensive monitoring and management system for a water resource lake. The system comprises a plurality of monitoring data acquisition subsystems at different water resource lake monitoring points, each monitoring data acquisition subsystem is in wireless communication connection with a data processing and output system and comprises a controller, a water detection unit, a rainfall detection unit, a video acquisition unit, a geographical location information acquisition unit and a solar power supply unit, and each solar power supply unit is electrically connected with the corresponding controller. The system has advantages that all-around monitoring of hydrology and water resources can be realized to make it convenient to comprehensively know whether water resources are polluted or not and pollution degrees, monitoring analysis reports can be automatically generated through cloud computation data analysis, and monitoring statistics data in each period of the analysis report are comparatively analyzed along with historical monitoring data and sent to a remote host for a monitoring worker, so that the monitoring worker can conveniently check through the remote host and take corresponding management measures.

Description

technical field [0001] The invention belongs to the field of monitoring and management of water resources, and in particular relates to a remote sensing comprehensive monitoring and management system for water conservancy lakes. Background technique [0002] Water resource is a basic material related to human life and production, a limited and irreplaceable precious resource, and an important guarantee for sustainable economic and social development. At present, with the rapid economic development and population growth of lakes, rivers and coastal watersheds, water pollution and eutrophication in reservoirs, lakes, rivers and oceans are becoming more and more serious. Under the guidance of the national sustainable development strategy, People are also paying more and more attention to the protection of water resources and the monitoring of water quality. [0003] The existing monitoring of hydrology and water resources is mainly carried out in the way of manual sampling. Th...

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Problems solved by technology

[0003] The existing monitoring of hydrology and water resources is mainly carried out in the way of manual sampling. The water quality is sampled through manual testing equipment, and conclusions are drawn and recorded after manual analysis. The data is relatively limited, not comprehensive enough, and the accuracy is low. In the recording process, there will inevitably be errors caused by human operations, which is inconvenient for the management and statistics of the regulatory authorities.

In addition, for the complicated monitoring data, it is difficult to effectively analyze and find problems in time through manual calculation and comparison, making it difficult to take corresponding management actions in a timely manner

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