Unmanned Aerial Vehicles (drones) equipped with sensors, deployed on overhead power lines of high electrical tension
EVO AG, an energy supplier in the city and district of Offenbach, is pioneering the use of drone technology for real-time monitoring of its high-voltage network. The goal is to create transparency, improve efficiency, and contribute to higher supply security in the region.
The project, led by Daniel Schröder, involves using an AI-controlled drone to install 15 autonomous, maintenance-free sensors directly on live power lines. These sensors measure data such as current strength, voltage, conductor temperature, humidity, and solar radiation in real-time. The data collected will form the basis for a smart grid that can be monitored continuously.
The use of drones for this purpose represents an important step towards a smart grid. The drone installation can be done while the network is live, reducing the need for power shutdowns. Moreover, the sensors can be updated wirelessly, ensuring they remain up-to-date and functional.
The project is a potential building block for EVO's future network. If successful, the drone technology will be used permanently. According to Schröder, the line monitoring could be an important step towards EVO's 110-kV future network.
The test phase of the project is planned to last approximately a year. However, no specific timeline beyond this has been provided. The line monitoring is expected to create transparency, improve efficiency, and contribute to higher supply security in the region.
At present, there are no relevant search results regarding the progress or potential impact of EVO AG using drone technology for real-time monitoring of high-voltage networks in Offenbach. For the latest and precise information, direct sources such as EVO AG’s official communications or local industry news would be recommended.
What role does the drone technology play in EVO AG's project for real-time monitoring of high-voltage networks? It will serve as a crucial tool for installing maintenance-free sensors on live power lines, providing real-time data about current strength, voltage, conductor temperature, and more, ultimately contributing to a smart grid and improving supply security in Offenbach.
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