To run a train massive volumes of data as well as critical parameters related to rail traffic and interior ambience need to be processed, controlled and distributed. Also, many systems are controlled in a specific time frame such as the application of brakes, opening and closing of doors, delivering accurate traffic information to the passengers, transfer of surveillance to the cockpit or security control centers, diagnostics of reading and many other countless tasks related to systems and subsystems.
The train control management systems or TCMS is the effective solution for train communication network. This system enables single point control and monitoring system over all the subsystems and functions such as brakes, doors, video surveillance, passenger information system, etc. with the help of train control and management systems several processes can be automated which has simplified as well as optimized the operations.
The train control management systems also diagnose the systems and the sub-segments during operation which also increased reliability and response time. Also, it helps to cut the operational cost by decreasing the maintenance cost as the regular check of all the systems the maintenance can be provided as soon as the fault occurs. Train control and management system also help to predict service need accurately for optimum operational output.
Implementation of train control management systems in railways will decrease the operational cost of railways and also contribute towards the improvement of the transportation system. Also, Government funding to improve the transportation services will impact the train control management systems market positively. Also, growth in the high-speed rail sector is also expected to drive the market of train control management systems significantly.
Rapid technological advancement coupled with growing rail transport market is expected to favourably impact the market growth. Moreover, growing safety concern will also impact the global train control management systems market positively in the forecast period. However, the presence of alternatives such as conventional railway system can act as restraints to this market.
All type of railways including high-speed train, trams, trolleybuses, monorails, wagon and metro trains, are using this system. This trend in the global train control management systems market is expected to create immense opportunity and growth during the forecast period.
Train Control And Management Systems (TCMS) Market Segmentation By Type – EMU (Electric Multiple Unit), DMU (Diesel Multiple Unit), Subway/Metro Trains, Bullet Trains; By Solution – Positive Train Control, Integrated Train Control, Communication Based Train Control; By Component – Computer Control Units, Modular Input/ Output Devices, Mobile Communication Gateway, Human Machine Interface; By Network Type – MVB (Multifunctional Vehicle Bus), ECN (Ethernet Consist Network), WTB (Wired Train Bus),
North America holds a substantial share in the global train control and management systems market in terms of revenue. The train control and management systems market in Europe and Asia Pacific is expected to grow significantly over the forecast period. Growth in Asia-Pacific train control and management systems market is mainly due to the rapid growth in the railway’s sector.
Furthermore, increase in investment for development of new lines and expansion of the existing railway network in countries such as China and India will bolster the train control and management systems market. The growth in the train control and management systems market in North America is chiefly due to the government support and funding in the field of development and implementation of high-speed trains. Rest of the world market is estimated to account for a relatively small share of the train control and management systems market.
Some of the examples of the major market participants in the global train control and management systems market, identified across the value chain are:, Siemens AG, Toshiba Corporation, Bombardier Inc., Mitsubishi Electric Corporation, Hitachi Ltd., Knorr-Bremse AG, Thales Group, DEUTA-WERKE GmbH, MEN Mikro Elektronik GmbHABB
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