These Wireless Sensors Are Powered By Vibrations From Railway Tracks
Rahul Kalvapalle — August 18, 2016 — Autos
References: www2.hud.ac.uk & newatlas
A group of scientists and engineers working out of the University of Huddersfield in the United Kingdom have developed a wireless warning system, designed for railway tracks, that work by drawing their power from the vibrations generated by trains when they're rolling away on railway tracks.
The sensors are capable of communicating with each other in order to form a special network, with each sensor making use of energy drawn from the vibrations made by approaching trains.The system is capable of being installed for less than $26,000 per crossing, which is a lot more economical than currently existing railway warning systems.
By making use of existing energy in the form of railway tracks, this wireless warning system boosts safety outcomes in an inventive manner.
The sensors are capable of communicating with each other in order to form a special network, with each sensor making use of energy drawn from the vibrations made by approaching trains.The system is capable of being installed for less than $26,000 per crossing, which is a lot more economical than currently existing railway warning systems.
By making use of existing energy in the form of railway tracks, this wireless warning system boosts safety outcomes in an inventive manner.
Trend Themes
1. Wireless Warning Systems - This trend leverages wireless technology to enhance safety and improve warning systems.
2. Energy Harvesting - This trend focuses on utilizing existing energy sources to power innovative devices and systems.
3. Networked Sensors - This trend revolves around the use of interconnected sensors to create efficient and effective networks.
Industry Implications
1. Railway Transportation - This industry can benefit from implementing wireless warning systems that draw energy from vibrations generated by trains.
2. Iot and Sensor Technology - This industry can capitalize on the trend of networked sensors and energy harvesting to develop advanced sensor networks.
3. Safety and Security Solutions - This industry can explore disruptive innovation opportunities by integrating wireless warning systems powered by vibrations into their product offerings.
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