While the national transporter is already using this technique to detect flaws or problems in the signalling system on a real-time basis and rectifying it in order to avoid possible delays and mishaps, this is the first time that such a technology will be used in a tunnel in the country. The system will control air circulation in the system, along with other aspects. It will alert the passenger in case of fire and help us in quick evacuation in case of an issue.
This tunnel is especially unique as it also has a safety tunnel at every 500 meters,” said Yogesh Verma, deputy chief, construction, Northeast Frontier Railway. “So, in case of an accident or any mishap, all a passenger has to do is go 500 meters into the safety tunnel and through signages find his way out. The entire thing will be controlled by artificial intelligence, Verma said.
This tunnel is one of 47 such tunnels in the Jiribam-Imphal line and part of the railways’ project to bring connectivity to the capital city. The system will continuously monitor signals, track circuits, axle counters and their sub-systems of interlocking, power supply systems, including the voltage and current levels, relays, timers collect the data on a predetermined interval and send them to a central location. While it will help run trains safely through the tunnel, it will also help its management and maintenance.
As tunnels deteriorate, officials said, they become more dangerous to the public and more costly to repair. By properly maintaining these tunnels, much of this unnecessary danger and cost can be avoided. AI will help engineers and inspectors organise and analyse data collected about specific tunnels. The results of this data can then be evaluated and used to predict future tunnel deterioration patterns and corresponding maintenance needs, officials said. This system will also be used in the Hyderabad, Mumbai and Ahmedabad metros.