The goal of smart homes like air purifiers is to provide users with a comfortable, safe, and efficient living environment. To optimize people's quality of life, the importance of environment monitoring systems becomes prominent. Currently, smart home environmental monitoring systems mainly include indoor temperature and humidity detection, indoor air quality detection, outdoor climate detection, and outdoor noise detection. The Luftmy editor has learned that a complete home environment monitoring system mainly includes three parts: environmental information collection, environmental information analysis, and control and execution mechanisms. Its system components include temperature and humidity sensors, air quality sensors, light detectors for the ambient environment, outdoor wind speed detectors, and wireless noise sensors.

Through integrated temperature and humidity sensors, indoor temperature and humidity are collected to provide control basis for equipment such as air conditioners and underfloor heating. Outdoor climate information is collected through solar radiation sensors, outdoor wind speed detectors, and raindrop sensors to provide basis for controlling electric curtains. Noise information is collected through wireless noise sensors to provide basis for controlling electric window openers or background music. The Luftmy editor has learned that indoor air pollution information is collected through air quality sensors and PM2.5 particulate matter sensors to provide basis for purifiers and electronically controlled window openers for automatic ventilation or decontamination.

Current smart environment monitoring products on the market include air quality sensors, air quality controller sensors, air quality detectors, curtain control motors, electric window openers, solar radiation sensors, outdoor wind speed detectors, raindrop sensors, wireless noise detectors, and integrated temperature and humidity sensors.

Regarding how to build and design a home environment monitoring system, one should first design the indoor system according to the quality of the external living environment. For example, if located in an area with serious air pollution, the monitoring system should focus on indoor air quality using detectors with dust particle sensors; if in an area with low temperatures and year-round humidity, indoor temperature and humidity monitoring should be the priority; if in a busy downtown area, noise monitoring should be the focus; and if in an area with changeable climate, outdoor climate monitoring should be prioritized. In summary, building an indoor environment monitoring system should prioritize practicality, applicability, and stability.