Freight Train Trackers and other IoT Railway Solutions
Railway companies are another industry looking to benefit from IoT. They are investing in sensors and other connectivity tools with integrative capability so they can better understand operations, increase revenues and improve their safety standards. In America, half of their tracks operate in unknown territory, unable to be tracked by railway controllers. There are no viable signals in these areas. IoT technology can solve these issues and more, but how?
Freight train trackers
When it comes to automobiles, location positioning is almost standard. But in the world of freight trains, it’s still a relatively underutilized technology. Now, many railway companies are using freight train trackers through sensors and linking them with the Internet. Due to the rough nature of the track, these sensors have to be durable, with long battery life. This is especially true in the remote areas where many of America’s tracks are located. That’s why these freight train trackers also have to be adapted to withstand certain vibration frequencies as well as extreme temperature fluctuations.
This creates a connected freight train. It utilizes a system that generates and analyzes a large data set. This is valuable for conductors and transport operators who can use the cloud to view the status of the individual railways cars as well as the on-board cargo. Thanks to corresponding hardware on the train itself, these cars can be located to within a metre of their actual positioning.
Making trains faster and safer
Reaching optimal train speed is another way railway conductors are utilizing data and the cloud. Due to ignorance of train locations and congestion, it’s hard for operators to know exactly at what speed to drive the train. What’s more, unexpected maintenance issues cause downtime that further slows down the train. Thanks to connectivity software though, all of this information is collected and aggregated in a cloud database. These variables are accounted for and optimal speeds for every part of the train’s journey are produced, ultimately helping trains decrease travel time.
While IoT is making trains faster, it’s also making railways safer thanks to positive train control (PTC). A detailed predictive system, PTC oversees a train’s location and speed. It can also inform switch operators of incoming trains, and adjust a train’s speed in case of a conductor’s error. By collecting all that information, analyzing it and then optimizing performance with it, trains run more efficiently and with less risk.
Railway travel and freight trains specifically can improve many aspects of their operations thanks to the IoT. Look into incorporating one of the many technical solutions available and boost your railway today.
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