Germany Builds World's Tallest Wind Turbine to Double Clean Energy Yield
Schippkau, Thursday, 1 October 2026.
Reaching 365 meters, Germany’s record-breaking wind turbine captures higher, stronger winds, promising to double energy yields without using additional land as testing begins ahead of November 2026 operations.
Record-Breaking Infrastructure in Lusatia
A new era for renewable energy infrastructure commenced in eastern Germany during the week of September 27–30, 2026, as the world’s tallest wind turbine reached its full structural height [1]. Located in Schipkau within the Lusatia region, the tower stands at a total height of 365 meters, surpassing the 330-meter height of the Eiffel Tower [1][2]. The hub height alone measures 300 meters, significantly exceeding the industry standard of below 200 meters for conventional turbines [1][2]. This milestone positions the structure as the second-tallest building in Germany, exceeded only by the Berlin TV Tower at 368 meters [2][4]. The project is being developed by the Dresden-based engineering company Gicon in collaboration with the Federal Agency for Disruptive Innovation (SPRIND) [2][3].
Engineering and Construction Methodology
The construction utilizes a specialized two-part system featuring a wide outer steel lattice tower and a slimmer inner tower that was lifted using a strand jack system [2][4]. This telescopic lifting process occurred at a speed of approximately 9 meters per hour, allowing the inner tower to reach its final altitude without the need for cranes capable of reaching such extreme heights [2][8]. The outer support structure stands approximately 160 meters high and consists of five segments constructed from over 2,000 tons of steel [4]. Work on the tower was temporarily halted due to strong wind gusts prior to completion, adhering to the principle that safety takes precedence over speed [2][7]. Final remaining work on the tower structure was scheduled for completion in the days following September 28, 2026 [2].
Energy Yield and Economic Viability
Meteorological measurements conducted in Schipkau indicate average wind speeds of 8.51 meters per second at 300 meters compared to 6.66 meters per second at 150 meters [2]. This increase in wind velocity is projected to raise turbine capacity utilization from 26.8% to 43.8%, representing a capacity increase calculated as 63.433 percent [2]. The pilot plant currently utilizes a 3.8 MW turbine, though Gicon plans for serial production towers to exceed 7 MW to improve economic feasibility [2][4]. Construction costs for the prototype are estimated at €25 million with an additional €5 million in development costs, making it significantly more expensive than standard 2025 wind turbines [5]. Despite higher initial costs, the developer anticipates the turbine will yield approximately double the energy output of a standard-height turbine with an equivalent rotor [5][7].
Operational Timeline and Strategic Outlook
The official inauguration of the turbine is scheduled for mid-November 2026, with internal wiring installation currently underway [1][3]. Gicon CEO Jochen Großmann has indicated that a grid connection as early as late October 2026 remains possible, though the November target remains the primary schedule [2][5]. Following the completion of this pilot plant, Gicon intends to evaluate data to develop a wind farm consisting of three to five extra-tall turbines [1]. The company estimates a potential to retrofit up to 4,000 high-altitude wind towers as a second tier within existing German wind farms to increase energy yield without additional land consumption [3][8]. This expansion aims to support national decarbonization efforts following the decommissioning of Germany’s final nuclear power plants [1].
Sources
- apnews.com
- www.cleanthinking.de
- www.gicon.de
- www.ingenieur.de
- www.swr.de
- www.georesources.net
- www.zeit.de
- www.drweb.de