Atmospheric environment intelligent management system based on integration of space and air and earth

Abstract

The invention discloses an atmospheric environment intelligent management system based on integration of space and air and earth. The atmospheric environment intelligent management system comprises multiple discrete ground air quality automatic monitoring stations, multiple environment monitoring satellites and ground satellite stations, laser radar sensor groups which are networked and arranged according to the pollution transmission characteristics, air quality sensing monitors which are distributed in the key pollution area according to the dense grid and distributed in the sub-key pollution area according to the sparse grid, mobile navigation monitoring vehicles which are organized according to the heavy pollution event and unmanned aerial vehicle monitoring sensors. The monitoring data of the ground air quality automatic monitoring stations, the ground satellite stations, the laser radar sensor groups, the air quality sensing monitors, the mobile navigation monitoring vehicles andthe unmanned aerial vehicle monitoring sensors are summarized to form an overall service system of the pollution layout. The mode of combination of the present ground monitoring network and network monitoring is used so that the disadvantage of the conventional ground monitoring network random distribution can be further improved and the data support can be provided for accurate haze treatment.

Description

technical field [0001] The present disclosure generally relates to the field of environmental monitoring, and specifically relates to an intelligent atmospheric environment management system based on air-space-ground integration. Background technique [0002] At present, my country's air pollution situation is relatively severe, showing a trend of compound development, and there are overall problems such as complex causes, difficult tracking, low forecast accuracy, and insufficient precision governance. Traditional monitoring methods mainly use ground networking to carry out monitoring. Since 2010, my country has gradually established an atmospheric environment ground monitoring network system covering county-level areas. In recent years, it has gradually developed new types of satellite remote sensing, laser radar, and mobile navigation. Monitoring technology, serving air pollution control, has achieved certain results. [0003] The current air pollution monitoring and cont...

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Problems solved by technology

[0010] (1) Ground monitoring stations are randomly distributed, which is not conducive to real-time and fast tracking of pollution sources

[0011] (2) The degree of integration is not high. Although the current three-dimensional monitoring method has given full play to the advantages of various monitoring methods to a certain extent, the problems of closedness, isolation and self-consistency between monitoring systems have not been effectively resolved, and various monitoring data are still High degree of assimilation has not been achieved, lack of effective unified management and overall planning

[0012] (3) The degree of intelligence is not enough

The current comprehensive management system has not yet realized event-driven intelligent data distribution management, and the monitoring systems for heavy pollution incidents lack joint scheduling, dynamic coordination and information sharing capabilities, and the data utilization efficiency is relatively low

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