Schipkau GICON Wind Turbine, whose construction started on September 19, 2024, will be the tallest wind turbine in the world and the second tallest structure in Germany when completed. It will consist of a 300-meter-high lattice tower, on which a Vensys 126 wind turbine with a nominal power of 3.8 MW and a rotor diameter of 126 meters will be ...

2022年2月21日 · A pilot plant of the patented GICON® high-altitude wind tower with hub heights of 200 - 300m is planned to be built in Schipkau, Brandenburg, in 2023. With the realization of the GICON® high-altitude wind tower as well as new findings from GICON® wind measurements, Germany's ambitious expansion target in the wind sector can become reality in ...

Die patentierte GICON®-Technologie gepaart mit optimalen Windverhältnissen in 300 Metern Höhe ermöglicht eine deutliche höhere Energiegewinnung als bisher. Mit dem GICON®-Höhenwindrad ist im Vergleich zu herkömmlichen Windanlagen eine gesteigerte Leistung von bis zu 220% möglich.

2024年10月15日 · The foundation stone for the world's tallest wind turbine was laid in Klettwitz, Brandenburg. The GICON® high-altitude wind turbine represents a significant milestone in the expansion of renewable energies.

2024年9月25日 · The commissioning company Beventum and project developer Gicon measured high altitude wind speeds with a 300-metre-high measuring tower at the site, according to MDR. The companies said the height will increase wind energy yield by 40 percent, which equates to twice as much electricity yield with the same rotor diameter.

2022年2月4日 · Eine Pilotanlage des patentierten GICON®-Höhenwindturms mit Nabenhöhen von 200 – 300m soll 2023 im brandenburgischen Schipkau gebaut werden. Mit der Realisierung des GICON®-Höhenwindturms sowie neuen Erkenntnissen aus den Windmessungen der GICON® kann das ambitionierte Ausbauziel Deutschlands im …

2024年9月27日 · The iconic Fernsehturm TV tower in Berlin is the tallest structure in Germany. But sky-high wind turbines could soon surpass it. Dresden-based engineering company Gicon laid the foundation stone for its first one. The site is some 130 …

By using the GICON®-SOF in areas with high wind conditions at water depths of 45 to 350 meters and more, higher revenues can be generated than with fixed foundations. A standardized system design can be used for each location, which reduces manufacturing costs.

2024年9月26日 · The commissioning company Beventum and project developer Gicon measured wind speeds using a 300 m high measuring tower at the site, according to regional broadcaster MDR. The developers believe this elevation will substantially increase wind energy yield, perhaps by as much as 40 %.

2024年10月2日 · 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.