Gridding air monitoring method and system, computer equipment and storage medium

Abstract

The invention discloses a gridding air monitoring method and system, computer equipment and a storage medium. The method comprises the steps that: monitors arranged in a monitoring region in a grid manner obtain air monitoring data, arrangement point information, meteorological information, wind speed and direction information and topographic data, and upload the data to a cloud platform; and the cloud platform carries out analysis and judgment, diffusion calculation and traceability processing on the data and carries out data visualization display. According to the method and system, early warning of arrangement points exceeding a preset threshold value can be carried out, air monitoring data are combined with topographic data, meteorological information and wind speed and direction information to carry out diffusion calculation of pollutants and locking of pollution sources, and the air monitoring data are applied more deeply, more accurate and refined management of air monitoring is realized, and more convenient support is provided for air quality supervision departments and air pollution prevention and control plans and supervision targets.

Description

technical field [0001] The invention relates to the technical field of air monitoring, in particular to a gridded air monitoring method, system, computer equipment and storage medium. Background technique [0002] With people's increasing emphasis on environmental protection, the demand for air quality monitoring, traffic road network emission monitoring, and industrial waste gas monitoring is gradually increasing, and it is imminent to improve the ecological environment and people's living conditions. However, traditional atmospheric monitoring equipment is bulky, expensive, and complex to install and maintain, making it difficult to meet increasingly high monitoring requirements. With the continuous improvement of the precision and refinement of atmospheric monitoring, how to realize grid-based atmospheric monitoring As well as the analysis of atmospheric monitoring data, the prediction of pollution diffusion, and the grid display and reminder of pollution traceability, it...

AI Technical Summary

Problems solved by technology

However, traditional atmospheric monitoring equipment is bulky, expensive, and complex to install and maintain, making it difficult to meet increasingly high monitoring requirements. With the continuous improvement of the precision and refinement of atmospheric monitoring, how to realize grid-based atmospheric monitoring As well as the analysis of atmospheric monitoring data, the prediction of pollution diffusion, and the grid display and reminder of pollution traceability, providing more convenient support for air pollution prevention and control plans and regulatory goals is an urgent problem to be solved

[0003] CN201710156381.6 proposes a multi-component atmospheric environment grid monitoring instrument, including the main body of the box, the upper cover of the box, a solar panel, a solar battery charging management unit, a storage battery, a switching power supply, a main board, a GPRS transmission module, and a GPRS antenna , GPS module, bulkhead adapter board, temperature and humidity sensor, protective cover, inlet humidity control unit, air guide fan, PM2.5 sensor, PM10 sensor, gas sensor unit and weather station, compared with traditional atmospheric monitoring equipment, the The monitor is reasonably selected among many sensors, and the humidity conditions measured by the sensors are controlled, so that the sensors have high accuracy, good stability, and strong comparability in the monitoring of atmospheric grid points. The application of monitoring data cannot effectively provide convenient support for air quality supervision departments and air pollution prevention and control plans and regulatory objectives

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