System Overview
With a deeper understanding of the concept of preventive protection, research on the preservation environment of cultural relics in collections has become an indispensable key area in the scientific and technological work of cultural relics protection at home and abroad. The collection industry such as museums and exhibition halls has an increasingly urgent demand for environmental monitoring. A high-quality collection environment is a necessary environmental foundation to ensure the preservation quality, physical lifespan, pest and mold prevention of cultural relics.
Based on people's higher requirements for cultural relics protection equipment in the collection industry, in order to effectively, real-time, and accurately monitor the spatial environment of cultural relics warehouses, exhibition halls, display cabinets, storage cabinets (boxes, boxes), etc., according to the technical requirements for cultural relics protection environmental monitoring equipment in the "Compilation of Cultural Relic Protection Equipment Standards (1)", a large number of sensor nodes are deployed in the monitoring area to form a multi hop network system through wireless communication, thereby realizing the collection, quantification, processing, fusion, and transmission application of temperature and humidity, carbon dioxide concentration, light intensity, ultraviolet intensity, volatile organic compound concentration and other information of sensing objects in the monitoring area.

system architecture
This system is an IoT high-tech system product that integrates wireless sensing technology, wireless communication technology, computer control technology, and network technology.


System Advantages

1. Real time monitoring: Real time monitoring of the spatial environment of cultural relics warehouses, exhibition halls, display cabinets, storage cabinets (boxes, boxes), etc;
2. Ultra low power consumption: Designed with low-power technology, the system can operate stably for a long time, enhancing its lifespan;
3. Wireless networking: Wireless self-organizing network technology, strong anti-interference ability, stable and reliable data transmission;
4. Super protection: The system equipment is suitable for various library application environments and can work stably, reliably, and continuously;
5. Convenient and flexible: relying on wireless sensor network technology, utilizing wireless sensor devices for quick installation and deployment;
6. Quick response: Real time perception, real-time collection, real-time release and notification of warning information in the first time;
7. Stable and reliable: High precision and stable monitoring equipment is used to ensure the integrity, accuracy, reliability, and stability of monitoring data;
8. Provide basis: Store the data information collected from each monitoring area to provide reliable quantitative basis for related applications and evaluations;
9. Improving efficiency: Real time monitoring through wireless means can significantly reduce personnel workload, lower labor costs and project cycles, and enhance monitoring efficiency.