IoT Tracking Technology For Railways

IoT (Internet of Things) tracking technology is revolutionizing the rail industry by providing real-time data and advanced tracking capabilities. IoT devices can be placed on trains, tracks, and other assets, allowing for real-time monitoring and tracking of their location and status.

In the rail industry, IoT tracking technology can be used to optimize routes and improve the efficiency of trains. This can help to reduce fuel consumption and emissions, while also improving on-time performance. The data collected by IoT devices can also be used to improve maintenance schedules, by providing insights into the condition of trains, tracks, and other assets.

IoT tracking technology can also be used to improve the safety of trains and passengers. The real-time tracking and monitoring capabilities of IoT devices can help to identify potential issues before they occur, allowing for proactive maintenance and repairs. Additionally, IoT tracking technology can be used to monitor the temperature and humidity inside the trains, ensuring the comfort and well-being of the passengers.

In addition, IoT tracking technology can be used to improve customer service by providing real-time tracking information to passengers, allowing them to monitor the status of their train and plan their journey accordingly.

Overall, the use of IoT tracking technology in the rail industry provides benefits such as real-time data, advanced tracking capabilities, improved efficiency, increased safety, and better customer service.

Usage In: Rail trailers, cars, and vehicles

How It Helps: 

  • Knowing your position and usage by tracking them
  • Allows Predictive maintenance on time
  • High data and low investment cost

Complete Overview Of Your Non-Powered Fleet By Using IoT trackers

Rail companies increasingly use IoT trackers to track their trailers and other assets. These devices typically use cellular or satellite networks to transmit location data, which can then be accessed via a web-based portal or mobile app. This data can be used to improve the efficiency of rail operations and monitor the location of trailers in case of theft. Additionally, some IoT trackers also offer other features, such as temperature monitoring and diagnostics. This allows companies to quickly identify potential problems with their trailers and take action to prevent them from becoming serious. As the use of IoT technology continues to grow, more and more rail companies will likely begin using IoT trackers to improve their operations.

Using the IoT tracking system in rail cars, trailers, and other vehicles can yield the following benefits:

  • IoT sensors offer positional data. As a result, it’s possible to discover abandoned trailers or rail cars that were left in yards, stations, or on side tracks.
  • You may make shipments safer by detecting undesirable shocks or tilting rail cars and goods from switchers/shunters or track bumps.
  • Place trackers on train cars, containers, and trailers carrying high-value commodities, consequently requiring additional security to prevent theft.
  • Create a heatmap of how cargo is affected by bumps on the rails using the shock sensor and G-sensor data.
  • Set up Geo locations to receive alerts when rail vehicles or trailers depart or arrive at a specified location.
  • You can keep an eye on cold chain transfers during rail carriage with the aid of sensors that measure temperature or humidity/moisture.
  • Hardware installation is a painless procedure. Trackers are simple to put on rail carriages, battery-powered, and incredibly robust.
  • Because of the long battery life, you don’t have to worry about maintaining or frequently changing the tracking devices.

Knowing Your Position And Usage By Tracking Them:

IoT tracking is becoming increasingly popular among rail firms to find answers to some of their most challenging problems.

Using rail vehicle tracking, you can respond to the following:

  • How can we maintain control over a complicated fleet of non-powered rail cars?
  • Do we use some rail cars excessively while leaving others idle?
  • When is the service due?
  • How can we carry out preventive maintenance efficiently?

These issues and many others can be effectively resolved with a comparatively cheap investment in IoT tracking devices.

Track Your Non-Powered Vehicles By Tracking Rail Cars And Trailers:

With the use of a tracking solution, managers have excellent options for streamlining their everyday tasks:

  • Get a detailed overview of your whole fleet to start the day. Log in to the software platform to get a map with all tracking devices.
  • Knowing precise locations enables managers to locate lost rail cars, spot those that are idle, and maximize fleet utilization.
  • In order to keep everything organized, the software platform’s tracking devices enable the sorting and grouping of train vehicles.
  • Managers can create additional users to grant access to other staff.

Long-lasting tracking devices, like the Trusted T10LTE, have a battery life of several years. IoT tracking is a game-changer that is perfect for the rail industry by combining this compact, sophisticated tracking hardware with a multi-platform software solution.

Allows Predictive Maintenance On Time:

Tracking is a vital tool in and of itself for maintaining control over a complete fleet. However, there are even greater benefits to tracking your fleet.

Managers can view the actual utilization of each rail car in kilometers or miles through the software platform.

The tracking device’s sophisticated sensors use motion to measure asset use. This will show whether certain train carriages are being used excessively or not at all.

Based on factors like time of usage or distance traveled, you can also maintain control over when rail cars require repair or when service is required.

Set alerts to alert you to save time and money on inspections and breakdowns.

High Data And Low Investment Cost:

You only need to mount a tracking device to engage in the Internet of Things revolution.

When used on a rail car operating in a difficult environment, the Trusted IoT trackers show impressive amounts of data from non-powered assets.

For example, take a tracker that worked for 17 months; the tracker will successfully report back to our servers more than 6.050 times using a standard configuration based on the clever motion sensor.

The device registered and delivered to the server at user-specific intervals more than 13.000 battery-preserving data records in total throughout the same time frame.

Looking over the data, we can observe that the train car in issue has traveled about 52,000 kilometers during a total of 70 days and 16 hours of movement.

Additional information that can be used to optimize the use of the cart includes data on position, shocks and impacts, temperature, and light.

The Trusted online platform makes these previously unobtainable insights from non-powered assets available to customers.

An incredible amount of data at a reasonable price.

Contact us today to learn more about these IoT data loggers specifically designed to meet the requirements of the Rail companies.



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