Construction has begun on the world’s tallest wind turbine in the municipality of Schipkau in the Lusatia region of Brandenburg, Germany. This imposing wind turbine , which will reach a height of 364 metres, promises to revolutionise the efficiency of renewable energy generation by capturing high-altitude winds, which will enable the generation of 40% more energy compared to traditional turbines.
The project is being carried out by the Dresden-based company Gicon, which has been developing high-altitude wind turbine technologies for years. According to Jochen Großmann, founder of Gicon, this new technology improves the use of wind currents and also significantly reduces construction and maintenance costs compared to offshore systems. This is due to the fact that the structure is located on land, which increases its economic viability.
What will the world’s tallest wind turbine be designed like?
The system features a unique construction based on an inner and outer tower, allowing the turbine to extend up to 300 metres in height. This innovative structure ensures that the rotors do not interfere with other nearby wind turbines, maximising energy production without requiring more space.
Tests carried out over a year confirmed that winds at this altitude have a higher average force and are more consistent, which means a greater number of hours of load for the turbine. This technology, according to its developers, could also be used in regions with little wind, which would significantly expand the use of wind energy in the world.
View of the wind turbine once completed. Source: Gicon
Commitment to the community
A highlight of the project is the acceptance of the local community. Gicon involved the neighbours from the beginning, ensuring that they were informed and engaged with the project. Furthermore, by taking advantage of the space between existing turbines, it has not been necessary to acquire additional land, which has contributed to greater acceptance of the project.
The first of these turbines is expected to be operational in 2025 , marking a milestone in the expansion of renewable energy and the harnessing of high-altitude wind power. Lusatia, a region traditionally known for lignite mining, is thus becoming an example of innovation and transition towards cleaner and more sustainable energy sources .
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Source: Heise Online
Photo: Shutterstock
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