New crisis radio network at Schwerin: Routed world after power failure!

New crisis radio network at Schwerin: Routed world after power failure!

In times when the electricity of volatile energy sources such as sun and wind is becoming increasingly important, the operation of a stable power grid is a real challenge. But in the region around Schwerin there is now a promising new addition that not only ensures security, but also shape the future of energy supply. Schweriner Wemag has put a new radio network into operation, which works smoothly even in the event of power failures. What does that mean for the region?

The innovative radio network operates on a frequency of 450 megahertz, which enables to work regardless of mobile communications. As ndr.de, Wemag has invested a proud 20 million euros in this project. With an area of ​​8,000 square kilometers and 34 masts, comprehensive coverage is guaranteed. And the best thing about it: in the event of a power failure, the network's batteries can remain in operation for up to 72 hours.

radio network for critical infrastructures

A great advantage of the new radio network is the low energy consumption that ensures excellent penetration in buildings. It not only makes communication for emergency services easier, but also enables wind turbines to be switched on and off and reading data from digital current meters by network operators. The project is an essential step to strengthen the critical infrastructure in the region.

The challenge of coordinating millions of small electricity producers should not be underestimated. Many operators therefore call for an exclusive communication channel from the federal government in order to give regional electricity networks stability. According to [en-Former.com] (https://www.en-form.com/450-megahertz- towards-blackouts/), the 450 Megahertz network could help to significantly reduce the consequences and duration of power outputs.

step into the digital future

like ovag-netz.de, the expansion of this technology is also in full swing in other regions. Especially in the Wetterau and Vogelsberg, a network of 17 radio stations will be built by the end of 2025 to further promote the digital future of energy supply. The 450 MHz radio network enables efficient network monitoring and the integration of decentralized energy generation systems, which is essential for the successful implementation of the energy transition.

If you follow the forecasts, the number of electricity generators from renewable sources will continue to increase in the coming years. It is all the more important to create the technical requirements that ensure stable feed -in into the public network. The 450 MHz radio network has the potential not only to revolutionize communication between power plants and network operators, but also to serve as a backbone for the energy infrastructure of the future.