Infrared thermal imaging technology has a broad and profound application in the AIoT (Artificial Intelligence of Things) field, helping AIoT systems to gain robust data collection, analysis, and decision-making support capabilities.

Infrared thermal imaging technology can monitor ambient temperatures in real-time for buildings, homes, and cities, providing critical data for smart building and smart home systems. The technology can detect minutes temperature changes caused by heat leaks, insulation gaps and other hidden issues, thereby enabling timely interventions for improvement.

AIoT-enabled energy management systems can use infrared thermal imaging technology to monitor energy consumption, identify energy loss areas and optimize energy efficiency. Infrared thermal cameras can identify energy wastage due to equipment malfunction, pipe breakage, etc. and provide smart energy saving suggestions through AI algorithms to reduce energy wastage and cut costs. 

Infrared thermal imaging devices integrated with infrared detectors play a crucial role in AIoT-based security solutions. These devices can detect human infrared radiation to monitor entry into designated spaces and identify potential threats. Using AI algorithms, infrared data can be analyzed in real time to distinguish intruders and trigger appropriate alerts or actions to enhance security. 

Infrared thermal imaging technology is also widely applied in smart manufacturing, smart parks, smart campuses, smart communities, and other fields. For example, in smart parks, it can be used to monitor environmental temperatures and equipment status; in smart campuses, it can monitor students' body temperature and health status.