World's Tallest Wind Turbine: 365-Meter Structure Stands in Brandenburg

TVS News KI redaktionell betreut präsentiert Höchstes Windrad der Welt: 365-Meter-Anlage steht in Brandenburg.

In Schipkau in the south of Brandenburg, the world's tallest wind turbine has recently been standing. With a total height of 365 meters, the installation towers above all previously known wind turbines – and that after five years of construction.

That puts an end to the notion that record-breaking structures of this magnitude only get built abroad. The installation was erected in Germany and sets a new benchmark for the wind energy industry.

What makes it special: The 365 meters almost suffice to crack another record too – because only a single German structure stands higher than this colossus of steel and concrete.

World Record at 365 Meters

Wind turbines have been getting taller for years, because taller installations capture more wind and can therefore generate more electricity. With its 365 meters, the facility in Schipkau sets the new benchmark.

The previous leader among wind turbines is clearly outclassed. Exactly how big the gap to former record holders is cannot be determined from the available information.

Five Years of Construction – and a Second Record Within Reach

From planning to commissioning, the project took around five years, according to Stern Panorama. Such a long construction period is not uncommon for major projects of this category – approval procedures, foundation work, and the assembly of components weighing many tons all take time.

Almost more exciting than the wind turbine world record is the side note: At 365 meters, the turbine narrowly misses the height of the tallest structure in Germany. Which structure that exactly is, is reported by the Stern – according to that, there is only one structure in the Federal Republic that rises higher than this wind turbine.

What the Record Means

For Germany's energy transition, the installation is a visible sign: wind power can be implemented in ever larger dimensions. At the same time, the nearly achieved second record shows how close modern technology has come to classic structural limits.