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A system for alerting trains of other trains’ timetables is referred to as a “railway signalling system.” Train lines are maintained apart, which improves the direction of rail traffic.
By providing them with the timings, this gadget helps to prevent train crashes by decreasing the chance of an accident and assuring passenger safety.
Furthermore, it assists in finding trains and provides information about clear routes and stoppages. Railway signalling systems enhance train operations by providing train drivers with real-time information.
Additionally, as a consequence of increased developments in the global railway sector, more sophisticated and effective railway signalling systems have been deployed, which has supported the growth of the market for such systems.
The Russia Rail Signaling Market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2022 to 2027.
In the upcoming years, Alstom Transport will implement its signalling engineering project in Russia.
According to a contract signed by Alstom, Transmashholding, Research and the Design Institute for Information Technology, the Automation and Communication in Railway Transport (NIIAS), and the Skolkovo Foundation, an engineering centre will be established by the end of the year, and solutions for railroad signalling will be developed jointly using Alstom and NIIAS technologies.
The centre will be situated in the Skolkovo technology hub in Moscow and concentrate on the creation of cutting-edge railway traffic management systems to improve traffic safety via the use of digital communications and satellite navigation.
The brand-new signalling engineering centre will develop and test cutting-edge signalling systems for use on standard, high-speed, and very-high-speed lines.
