A partition known as a platform screen door system is constructed at transit stations to separate passengers from the transit space, such as the platforms or airport runways. Platform screen door systems are made to provide passengers with safety and security while reducing the likelihood of mishaps caused by human contact. Platform screen door systems are a relatively recent addition to transit stations worldwide. Newer models are continually being created to improve platform screen door systems and reduce accidents. Modern platform screen doors have significantly improved thanks to businesses worldwide, encouraging widespread use.
Governments worldwide focus on improving their countries' transportation infrastructure and security and safety systems. This increasing focus has enabled several nations to update their current safety and security system through various contracts and agreements by top manufacturers. Transit station modifications are constantly carried out worldwide to improve passenger safety and security. Platform screen door systems with automatic operation are one of these modifications.
Brazil's transit stations do have platform screen doors, but by the end of 2021, the government plans to implement platform screen door systems at every station. The Greek driverless metro line is also getting platform screen doors, and construction should be concluded by November 2020. This hastens the adoption of these technologies, supporting the growth of the global market.
When a country's transportation infrastructure is developed, the transportation industry runs faster and more effectively. For instance, introducing autonomous trains has led to expanding the rail infrastructure in numerous countries worldwide. A significant investment is also required to ensure the passengers' security and safety. As a result, developing country governments are spending a lot of money to put the most up-to-date technological systems required to ensure the safety of passengers at various transit stations.
For instance, Greece will install platform screen doors on its driverless metro system starting in November 2020 to ensure that no accidents are caused by human error. Platform screen door manufacturers believe this will give them more opportunities to supply modern products to many countries. These developments in emerging countries present a chance for the platform screen door system market to grow.
North America is the most significant revenue contributor and is anticipated to exhibit a CAGR of 5.45% over the projection period. The study of North America includes the countries of the United States, Canada, and Mexico among its subjects. To reduce accidents and enhance passenger safety, the government has implemented various rules that promote the usage of platform screen door systems. North America, where the U.S. is currently ranked third in revenue generated for platform screen door systems, is led by the U.S. But during the predicted period, Mexico is expected to proliferate. Platform screen door systems can now be used at numerous locations thanks to the transportation sector's recent heightened emphasis on safety.
Asia-Pacific is the highest revenue contributor and is anticipated to exhibit a CAGR of 5.40% during the projection period. Due to increased demands for personal safety and security and population growth, the Asian-Pacific market is growing. Various technological advancements and infrastructure upgrades connected to metro stations, airports, and other transit stations are also happening due to government initiatives contributing to the growth. A significant growth potential exists in the Asia-Pacific region due to the rapidly expanding adoption of cutting-edge technology in countries like China and Japan. Numerous government initiatives to increase passenger safety are expected to help this region's platform screen door system market growth.
The global platform screen door system market's major key players are Gilgen Door Systems AG., Faiveley Transport, Fangda Group, Horton Automatics, Manusa, Panasonic Corporation, Toshi Automatic Systems Pvt. Ltd., Jiacheng Railway International, Stanley Access Technologies LLC., and Westinghouse Electric Corporation.