The integrated monitoring system for cable tunnels is designed for the safety monitoring of cable tunnels, and its main goal is to ensure the safe operation of cable tunnels and prevent accidents. The integrated monitoring system includes multiple aspects of monitoring to ensure the safe, stable and efficient operation of the cable tunnel.
First of all, the integrated monitoring system needs to monitor the operating status of the cable tunnel in real time. This includes the monitoring of environmental parameters such as temperature, humidity, oxygen content, carbon monoxide content, hydrogen sulfide content in the tunnel, as well as the monitoring of electrical parameters such as cable condition, cable temperature, cable insulation, etc. in the tunnel. The real-time monitoring of these parameters can detect anomalies in time, prevent accidents, and ensure the safe operation of cable tunnels.
Secondly, the integrated monitoring system needs to monitor the equipment of the cable tunnel. This includes real-time monitoring and recording of the status and operation of key equipment such as ventilation equipment, drainage equipment, and fire-fighting equipment in the tunnel. The normal operation of these equipment is an important guarantee to ensure the safe operation of the cable tunnel, and the failure and abnormal situation of the equipment can be found in time through the integrated monitoring system to avoid safety accidents caused by equipment failure.
Third, the integrated monitoring system needs to monitor and alarm in real time for intrusion and security events in cable tunnels. By setting up first-class monitoring, infrared radiation and other equipment, the integrated monitoring system can monitor and alarm the intrusion and security events in the tunnel in real time, find and deal with security events in time, and ensure the safety in the tunnel.
Fourth, the integrated monitoring system needs to monitor and control the power of the cable tunnel. This includes real-time monitoring and recording of the operating status and power** of the power equipment in the tunnel, as well as remote control and regulation of the power equipment. Through the integrated monitoring system, the abnormal situation of power can be detected in time to ensure the normal operation of the tunnel.
Finally, an integrated monitoring system needs to have powerful data collection, processing, and storage capabilities. The data collected by various sensors, detectors, and monitoring devices needs to be processed, analyzed, and stored in real time for subsequent data mining and decision support. The integrated monitoring system needs to have efficient data processing capabilities and strong storage capabilities to ensure the accuracy and reliability of data.
To sum up, the integrated monitoring system of cable tunnel is a complex system that includes multiple aspects of monitoring content. Through real-time monitoring of the environmental parameters, electrical parameters, equipment status, intrusion and security events, and power conditions of the cable tunnel, the integrated monitoring system can detect abnormal conditions in time and take corresponding measures to ensure the safe, stable and efficient operation of the cable tunnel. At the same time, the integrated monitoring system also needs to have powerful data collection, processing and storage functions in order to provide an accurate and reliable data foundation for subsequent data analysis and decision support. Through continuous technological innovation and application expansion, the function and performance of the cable tunnel integrated monitoring system will be continuously improved and improved, providing a more reliable guarantee for the safe and stable operation of the power system.