ROLLS-ROYCE AND ABO WIND BRING FOURTH SOLAR FARM WITH mtu LARGE-SCALE BATTERY STORAGE INTO OPERATION

The plant can produce a total of 10,000 megawatt-hours of green electricity per year, which is equivalent to the demand of around 3,000 three-person households and the avoidance of around 6,300 tons of CO2.

The two companies are already working together successfully on three other projects of this type in the German states Rhineland-Palatinate and Hesse. Andreas Görtz, President Sustainable Power Solutions at Rolls-Royce Power Systems, explained: “We are delighted to have found a partner in Abo Wind with whom we can serve the energy market of the future in a trustworthy and competent manner”.

All plants are subsidized on the basis of the German government's innovation tenders due to their sustainable and innovative solution. They serve to stabilize the power grid and enable maximum use of renewable energies. The batteries charge electricity from the photovoltaic system when needed - for example, in times of high production of solar power with low demand.- and release it again at a later time. In this way, more electricity from renewable sources can be integrated into the power grid. Thomas Treiling, Head of Project Development Wind and Solar at ABO Wind, said: “The only way we can increase the share of renewables in the generated electricity and achieve the climate targets is with sufficient storage capacities. We are proud to be among the pioneers in Germany with these hybrid projects and to have a reliable partner at our side in Rolls-Royce”.

The business unit Power Systems of Rolls-Royce has supplied a mtu EnergyPack QG large-scale battery storage system with a capacity of 5.8 megawatt hours and an output of 2.9 megawatts for the latest Abo Wind solar farm in Bavaria. The large-scale storage solution can be flexibly adapted to project-specific outputs and capacities thanks to its modular design and high energy density.

For the three other joint plants in Rhineland-Palatinate and in Hesse, Rolls-Royce had supplied a total of three battery containers (twice 1.5 MW output and 2.13 MWh storage capacity, once 550 kW output and 0.71 MWh storage capacity).

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