Background:
With the rapid development of the society and industrialization, the ambient air pollution tends to get worse and worse. Therefore, it’s important to intensify the automatic monitoring of ambient air to record the features and rules of the changing ambient air quality. The automatic monitoring system of ambient air has continuity and can deal with a large quantity of data which are representative, integrated and accurate. Thus, it can provide better technique support for environment management.
Since the 1980s, some large cities in China have gradually begun to be equipped with automatic air monitoring systems, and the equipment is mainly dependent on imports, and the price and maintenance costs are very high. Due to the shortage of funds and other problems, coupled with the fact that the state does not have a unified and standardized requirement for the method of obtaining air quality monitoring data provided by cities, the automatic monitoring data of air quality has not been effectively used.
Technical Requirements:
Firstly, the amount of air quality data that needs to be collected in ambient air quality monitoring is large, and a variety of data processing needs to be completed. In the automatic monitoring system, these data processing is automatically completed by the computer, which greatly increases the reliability and work efficiency of the system. Secondly, ambient air quality monitoring needs to transmit a large number of parameters, in the traditional ambient air quality monitoring system these parameters are collected by the simulation port and sent to the central station, the amount of data is very large, and the reliability is not high. Third, in the automatic monitoring of ambient air quality, most of the control functions of the instrument, such as temperature control, valve switching are completed by the microprocessor, and the RS-232 interface is provided.
TAICENN Solutions for Air Quality Monitoring System (AQMS):
Based on the Internet of Things, the intelligent devices uses information technology to obtain various attribute information, then transmits it to the intelligent data center through the industrial computing hardware to statically centralize the data, analysis, management, sharing and utilization to provide industrial computing hardware support for environmental air automatic monitoring system. TAICENN is an industrial computing hardware solution provider and manufacturer, its hardware configuration can meet the interfaces required to achieve the above functions. After our consult and discussion with our customers, we deliver TPC-DCM156C1 model Industrial PC.
Product key features:
● Magnesium aluminum panel, sheet-metal box structure;
● Widescreen 15.6″ TFT LCD, LED backlit, resolution 1366*768;
● Intel Baytrail J1900 2.0Ghz, burst to 2.4Ghz processors;
● Multi-points projective capacitive touch, EETI controller;
● Fanless & slim design, front IP65 rated protection;
● Panel mount, support VESA 75/100 mount;
● DC 9~24V input, with over-current, over-voltage protection;
● 2*Intel GLAN, 2*RS232 (Optional 1*RS485), 4*USB (1*USB3.0);
● Expansional with 3G/4G/LTE, Wi-Fi/BT wireless;
● Optional with 2 x 2w mini speaker;
● I/O: 4x USB, 2x GLAN, 2x COM, 1x HDMI, Audio.
Writing at the end:
In 2022 the continued spread of the COVID-19 has a profound impact on the overall development of the environmental monitoring industry, and it will also bring new opportunities. The emergence of the epidemic has guided the monitoring of the ecological environment from the routine monitoring of physical and chemical indicators to the field of ecological safety monitoring and emergency rapid monitoring of life and health safety, and new application scenarios have brought new monitoring needs. The depth and breadth of environmental monitoring will be further strengthened.
