基于Web服务器的空气质量监测系统的物联网

Sumardi Sadi, Sri Mulyati, Perdana Bagaskara Setiawan
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引用次数: 0

摘要

导致全球变暖的空气污染量的增加以及对CO, PM 2.5和NO2等有害气体的缺乏关注会对健康产生负面影响,如果被呼吸它的人忽视,甚至可能导致死亡。当今最流行的信息媒体之一是网络,这是一种可以监测空气质量水平的工具,通过利用先进的技术,这种监测系统可以通过网络服务器进行监测。在本研究中,使用AVR微控制器atmega328p作为中央控制单元,ESP 8266-01作为控制器处理微控制器与互联网网络之间的通信。此外,本系统使用C语言作为微控制器与以太网系统之间的组态。空气污染水平由MQ 07传感器测量CO水平,MQ 135测量NO2水平,粉尘传感器测量PM 2.5。测试结果获得PPM(百万分率)值,CO水平为0.25 PPM, NO2为0.83 PPM, PM 2.5为0.10 g/m3,温度可以通过仪表板直接看到。
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Internet of Things on the Air Quality Monitoring System Using a Web Server
The increase in the amount of air pollution that causes global warming and the lack of attention to harmful gases, such as CO, PM 2.5, and NO2 can have a negative impact, on health and can even cause death, if it is ignored by people who breathe it. One of the popular information media today is the web, a tool that can monitor air quality levels and by utilizing advances in technology this monitoring system can be monitored via a Web Server. In this study, using an AVR microcontroller type ATmega 328p as a central control unit, and an ESP 8266-01 as a controller that handles communication between the microcontroller and the internet network. In addition, this system uses the C language as a configuration between the microcontroller and the ethernet system. The level of air pollution is measured by the MQ 07 sensor which functions to measure CO levels, MQ 135 to measure NO2 levels, and the Dust Sensor to measure PM 2.5. Test results Obtain PPM (parts per million) values ​​for CO levels of 0.25 ppm, NO2 of 0.83 ppm, PM 2.5 of 0.10 g/m3 and the temperature can be seen directly through the dashboard thingboard.
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