It is crucial to build an efficient fire warning system for ancient buildings. In the long river of history, ancient buildings are like bright stars, witnessing the development and change of civilisation. Ancient buildings are not only an important part of cultural heritage, but also a valuable resource for tourism development.
However, with the accelerated process of urbanisation and the rise of the tourism industry, ancient buildings are facing increasing fire pressure. A fire is enough to turn a thousand years of heritage into ashes, and the traditional manual patrol has many limitations, can not be achieved 24 hours a day, and monitoring and response speed are limited by the time to find the source of the fire.
Pijnpunten in de sector
1. Insufficient Monitoring: Many ancient buildings are scattered, manual inspection and maintenance is time-consuming and laborious, the lack of effective real-time monitoring tools.
2. Untimely Alarm: Inspection work is tiring, relying on manual discovery of fire often miss the best time to extinguish the fire.
3. Lagging Data Decision-making: The lack of scientific data support, resulting in the development of fire prevention measures more blind.
Fire Warning System
To address these challenges, IOTROUTER offers fire safety monitoring and fire warning system solutions specifically designed for ancient buildings. By strategically placing fire equipment, smoke sensors, temperature sensors, and cameras throughout these structures, the IOTROUTER edge gateway facilitates real-time collection of environmental parameters.
This data is transmitted to a cloud platform and can also be forwarded to management departments, enabling visual monitoring of fire conditions in ancient buildings. The fire warning system supports automatic alarms and remote control functionalities, effectively enhancing fire safety measures. Additionally, fire warning system improves anomaly response capabilities and boosts inspection efficiency, ensuring a safer environment for these historic structures.
Functions of Fire Warning System
1. Intelligent Perception: Collect equipment data to monitor temperature, smoke and other indicators around the clock, and form data reports and graphs and other visual interfaces on the platform.
2. Instant Alert: When abnormal over-limit data is detected, the alarm is activated immediately and relevant personnel are notified through multi-channel, supporting WeChat, SMS, email, etc. 3.
3. Remote Control: The visual interface allows operators to remotely control the emergency equipment, such as remotely starting and stopping water pumps, switching power supply, etc., to improve response efficiency.
4. On-line Inspection: On-line inspection of environmental parameters, real-time monitoring, maintenance records, etc. of multiple ancient buildings through mobile phones and computers, saving inspection time and reducing workload.
5. Operation And Maintenance Management: Establish the alarm maintenance process records and queries, quickly form work orders and solve problems to ensure the safe and stable operation of fire safety equipment.
6. Data Analysis: Relying on the big data platform, we can deeply explore potential risk factors and provide predictive maintenance recommendations to make scientific and reasonable decisions.