[China Instrument Network Instrument R&D] Recently, the “Beijing Aerospace Microelectronics Technology Co., Ltd.â€, a subsidiary of the 23rd institute of the China Aerospace Science and Industry Corporation, has independently developed a miniature environmental monitoring system that uses high-precision sensors to achieve rapid and accurate Get local real-time air quality.
According to reports, the micro-environmental monitoring system relies on solar power supply or mains power supply. The sensors have high accuracy, high time resolution, compact size, and low cost. The cost of monitoring points is only one-tenth that of similar foreign products. Its data is uploaded on the cloud computing platform, which can accurately represent the air conditions of the city in real time, dynamically track the pollution process, and combine weather parameters for early warning and forecasting. In addition, the public can understand the surrounding environmental quality in real time through web search or APP query.
At present, there are few sites in China's urban environmental monitoring center. Taking Haidian District in Beijing as an example, there are only three monitoring stations in the region. Although it can reflect the overall air quality in urban areas from a macro perspective, it is difficult to realize the air quality in specific locations such as communities, schools, and units. The extensive construction of environmental monitoring sites requires huge capital and space investment. The single set of air quality environmental monitoring system for foreign companies, with a price of more than one million yuan, requires special space placement equipment, and large-scale promotion is not realistic.
To this end, the aerospace science and technology subordinate "Beijing Aerospace Microelectronics Technology Co., Ltd.", this micro-environmental monitoring system independently developed, the sensor is installed on street lights, poles or on the wall, the data collected through the GPRS technology will be transmitted in real time To the data center of the cloud computing database, on-line monitoring of PM10, PM2.5, SO2, NO2, ozone, temperature, humidity, and other information parameters in the atmosphere can meet the monitoring needs of micro-environments such as communities and enterprises.
(Original title: Airspace Micro-environmental Monitoring System for Rapid Acquisition of Regional Air Quality)
According to reports, the micro-environmental monitoring system relies on solar power supply or mains power supply. The sensors have high accuracy, high time resolution, compact size, and low cost. The cost of monitoring points is only one-tenth that of similar foreign products. Its data is uploaded on the cloud computing platform, which can accurately represent the air conditions of the city in real time, dynamically track the pollution process, and combine weather parameters for early warning and forecasting. In addition, the public can understand the surrounding environmental quality in real time through web search or APP query.
At present, there are few sites in China's urban environmental monitoring center. Taking Haidian District in Beijing as an example, there are only three monitoring stations in the region. Although it can reflect the overall air quality in urban areas from a macro perspective, it is difficult to realize the air quality in specific locations such as communities, schools, and units. The extensive construction of environmental monitoring sites requires huge capital and space investment. The single set of air quality environmental monitoring system for foreign companies, with a price of more than one million yuan, requires special space placement equipment, and large-scale promotion is not realistic.
To this end, the aerospace science and technology subordinate "Beijing Aerospace Microelectronics Technology Co., Ltd.", this micro-environmental monitoring system independently developed, the sensor is installed on street lights, poles or on the wall, the data collected through the GPRS technology will be transmitted in real time To the data center of the cloud computing database, on-line monitoring of PM10, PM2.5, SO2, NO2, ozone, temperature, humidity, and other information parameters in the atmosphere can meet the monitoring needs of micro-environments such as communities and enterprises.
(Original title: Airspace Micro-environmental Monitoring System for Rapid Acquisition of Regional Air Quality)
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