The World's Highest Wind Turbine Reaches 365 Meters in Germany
· AI Applications · Cem Koyluoglu
The wind turbine, approximately 365 meters tall, built in East Germany, has reached its planned final height. The project offers a new approach to harness wind energy at high altitudes where winds are stronger and more stable.
TL;DR Germany’s GICON has built a 365‑metre wind turbine that has reached its planned height, aiming to double power output by tapping stronger winds at higher altitudes. The pilot, located in Schipkau, could pave the way for adding tall turbines to existing wind farms without new sites. Data from its upcoming November commissioning will test the projected gains and engineering feasibility.
Key Highlights • 365‑metre turbine reaches target height, Germany’s second‑tallest structure. • Design aims to double power output by accessing stronger, steadier winds at high altitudes. • Potential to retrofit up to 4,000 tall turbines onto existing farms, boosting capacity without new land. • Construction used a telescopic tower and specialized lifting mechanism to avoid a traditional crane.
A 365‑meter Wind Turbine Reaches Its Target Height
In eastern Germany, a wind turbine that stands approximately 365 metres tall has finally reached its planned maximum height. The project offers a new approach to harnessing wind energy at higher altitudes, where winds are typically stronger and more consistent.
The Pilot Project Developed by GICON
German engineering firm GICON built the pilot turbine in Schipkau for the Federal Disruptive Innovation Agency (SPRIND). The turbine was designed to test whether operating at greater heights would significantly increase electricity production using the same scale of wind infrastructure. With its blades included, the structure now ranks as Germany’s second‑tallest building after the Berlin Television Tower.
GICON estimates that, compared to a conventional turbine with the same rotor diameter, the new design could generate roughly twice as much power. However, this projection has yet to be confirmed under real‑world operating conditions.
Design Philosophy: Reaching Higher for Better Wind
The core idea behind GICON’s design is to operate at elevations where wind conditions are more favourable. Wind speed generally rises with altitude, and higher levels can offer more stable flow. Consequently, a turbine that functions hundreds of metres above ground can tap into a larger and potentially more reliable wind resource than a traditional turbine.
The Schipkau pilot has a nominal capacity of 3.8 MW, with future versions expected to exceed 7 MW. The company’s claim of a two‑fold increase in energy output refers to the total electricity that the turbine would generate over time, rather than its peak nominal power.
Innovative Construction Techniques
Reaching such a height required GICON to rethink conventional construction methods. Instead of using a traditional crane that could reach the tower’s apex, the company employed a telescopic tower design. A specialized lifting mechanism raised the inner tower through the surrounding cage structure and then secured it at its final height. Jochen Grosmann, GICON’s founder and CEO, described the 365‑metre milestone as a pivotal moment for a project that began as an idea and evolved into a full‑scale pilot facility.
Expanding Production Without New Wind Farms
One of the most intriguing possibilities is that high‑tower turbines could be added to existing wind farms rather than necessitating entirely new sites. GICON and SPRIND anticipate that these systems would create a second, higher layer of wind energy production. In this configuration, the taller turbines would operate at higher altitudes while the existing lower‑height turbines would continue generating power below.
Current assessments suggest that up to 4,000 high‑tower turbines could be integrated into Germany’s existing wind farms. If the concept proves effective, additional electricity could be produced without expanding into new areas, making better use of existing grid connections and the infrastructure already in place.
Next Steps and Expected Data
Although reaching full height marks a significant milestone, the primary test has yet to commence. After completing the remaining construction work, the turbine is slated to be commissioned in November. Data gathered once the turbine becomes operational will determine whether the added height delivers the anticipated increase in energy output and whether the engineering complexities are justified.
Source: https://interestingengineering.com/energy/worlds-tallest-wind-turbine-germany