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Enabling the energy system of the future

Ericsson, Innogy and 450connect, Germany

Case  | 
Enabling the energy system of the future

Challenge

By 2050, renewable energy will increase to 80 percent in Germany. Numerous wind and solar plants must be integrated efficiently in the system of energy distribution grids to coordinate consumption, as well as provide safe and secure data and voice communications and to enable IoT innovation.

Solution

Provide a secure and blackout-resilient wireless communications network based on LTE-450MHz enabling high-level communication for smart grids and smart meters including IoT and emergency voice services for utilities with critical communication needs.

Impact

The integration of renewable energy sources in smart grids is helping to shape the energy system of the future, with decentralization, digitization and decarbonization through a secure and blackout-resilient wireless communications network based on LTE-450MHz.

More facts and reading

 

 

Innogy, 450connect and Ericsson test LTE450 in Germany

The companies innogy, 450connect and Ericsson have started a pilot project for the construction and operation of LTE450 mobile radio network. A first radio site is already on air in the area of the DSO Westnetz (part of innogy group) in Werne (North Rhine-Westphalia). In the upcoming months the parties plan to test voice communication and in particular the smart grid applications. These play a crucial role in the digitization of the electric grid power system. The aim of the joint project is to showcase the usability of the standardized LTE technology in the 450 MHz frequency band for the communication needs of the energy industry.

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Global goals

Supporting sustainability goals

The highlighted sustainability goals are included in the project.


“We have already achieved a lot in the energy transition, but the biggest challenges are still ahead of us. By 2030, the share of renewable energy will increase to 65 percent, by 2050 even to 80 percent. For this, in the coming decades, numerous new wind and solar plants will be built. In order to be efficient in the power distribution systems, to smoothly integrate the fluctuating power demand and to be able to communicate even in the black-out case, the energy industry needs a reliable communication network. The 450 MHz radio network is well suited for this due to its technical characteristics.”

- Dr. Oliver Schmitt, Head of Network Technology & Security at Innogy SE.