Applications of industrial touch monitor in public transportation

With the increasing awareness of the application of new-generation information technologies such as AI and big data, public transportation systems, including buses, airports, and subway systems, have become an indispensable part of smart city development. Industrial displays in modern transportation systems are no longer simple information display windows, but rather intelligent interactive nodes integrating multiple functions. They must cope with the continuous vibrations, temperature fluctuations, and harsh weather conditions during vehicle operation, while ensuring the accuracy and timeliness of information transmission.

Public Transportation Bus Stop Displays

In public transportation applications, industrial displays face three key challenges: visibility in sunlight, stable power supply and shock resistance, and maintaining high brightness.

Green Touch's GT-TM2CGL high-brightness display is specifically optimized for these needs, featuring high brightness, multiple interfaces, remote control, and HDMI high-definition input, and is widely used in public transportation content display.

Rail Transit Applications

In the rail transit sector, the requirements for industrial displays are even more stringent. These displays need to meet high-quality standards and have a longer lifespan, providing high-performance capabilities for critical transportation tasks.

In transportation hubs, such as the Kaohsiung Gushan Ferry Terminal, the application of industrial displays is also widespread. The station's energy-saving mobile display solution, implemented this year, uses outdoor semi-reflective LCD screens at the entrances and exits of the vehicle lanes. These screens are visible in strong sunlight and feature flexible backlight switching, resulting in excellent energy efficiency.

Airport/High-Speed Rail Waiting Room Applications

The visibility of promotional content requires displays with high clarity. The Green Touch GT-6C display boasts 500 INTS brightness, 90% NTSC high color gamut, and UDH/FHD image quality, ensuring passengers can easily read information even in noisy environments.

Energy conservation and environmental protection are also crucial considerations for modern transportation displays. Low-power design reduces operating costs, minimizes environmental impact, and promotes sustainable development. These new display technologies break the limitations of traditional display forms, offering more possibilities for the interior space design of transportation vehicles.

Gateway and Self-Service Terminal Applications

Currently, intelligent transportation equipment with interactive touch designs, such as ticket vending machines, airport self-service systems, and passenger information systems, are widely used in train stations, subway stations, bus stations, high-speed rail stations, and airports. The integration of intelligent technology with commercial terminals, through functions such as facial recognition, target recognition, intelligent sensors, environmental sensing, facial payment, and facial recognition entry, contributes to the new era of smart cities and enhances the user experience.

This technological innovation solves problems such as labor costs and station congestion, representing the in-depth professional development of industrial displays in the transportation sector. The application of industrial displays not only reduces operating costs but also minimizes environmental impact, contributing to the transportation industry's sustainable development goals.

From energy-saving AI smart display solutions at the Kaohsiung Gushan Ferry Terminal to automatic facial recognition verification of travel information at turnstiles, industrial displays are integrating into every corner of transportation at an unprecedented pace.

They are no longer merely passive information display windows but have become comprehensive platforms for environmental perception, intelligent interaction, and interconnectivity. Future transportation displays will seamlessly integrate into our travel experience, becoming indispensable nerve endings in smart cities.