From wind to validation: Measurements on the AD8 turbine in Bremerhaven

As the dimensions of wind turbines continue to increase in size, so do the mechanical loads acting on their components. The incoming wind field also covers an increasingly larger area. As such, models play an important role in the development…

Can fiber optics bring light into the darkness? – Grout monitoring on offshore wind turbines

Safe and reliable operation and a long service life of offshore wind turbines are key targets on the road to achieving climate neutrality, and the implementation of a predictive maintenance strategy is particularly relevant when it comes to reducing the…

Fraunhofer IWES Wind Lidar Buoy achieves Stage-3 maturity level

The Fraunhofer IWES has presented a series of proofs of the quality and reliability of its FLS wind measurements. By achieving maturity level 3, the Fraunhofer IWES ZX wind lidar buoy joins the short list of stringently validated FLS types…

Active for a sustainable future: challenges in the production of green hydrogen from wind and solar energy

Authors: Telsche Nielsen, Viktor Deleski At Fraunhofer IWES, we are actively committed to renewable energies. Day in, day out, we support and further the development of technologies in the fields of wind energy and hydrogen. As an institute for applied…

Might stick around: IWES tackles rotor blade production challenges with the Variable Glue Applicator

The longer the rotor blade, the more glue is needed to bond the blade shells together. IWES scientists have developed the Variable Glue Applicator to simplify and improve the application of adhesive.

Offshore installations: Weather and project risk analysis at IWES

Here at IWES, we assess weather risks using the Advanced Weather Time Series Scheduling (AdWaTSS) method, which is more precise than just statistics, and frequencies of tasks. For the offshore wind industry, we analyze and verify the time schedules of…

The step to the digital test procedures: hybrid testing of wind turbines

The requirements for wind turbine test benches are continuously increasing and demand, in turn, investments in test bench expansions or new test benches. Fraunhofer IWES has developed a hybrid test procedure to expand the capacity of existing testing facilities and…

Nacelle Testing for Future Wind Turbines – What Lies Ahead?

Over the years, we have witnessed rapid growth in both onshore and offshore wind turbine systems. At the same time, the entire wind industry has become even more competitive, as wind turbine manufacturers aim to launch their product on the…

What Happened to You, Buddy? The Evaluation of Blade Bearings

Authors: Dr.-Ing. Matthias Stammler, Karsten Behnke Whenever we have the opportunity to look at damaged bearings, we as scientists love to do so. Be it the bearings we tested in our own lab or bearings directly from the field, it…

Andreas Reuter vor roten Stühlen

Wind energy: Next generation

For me, energy is an essential key for a sustainable world. Prof. Andreas Reuter, Managing Director of Fraunhofer Institute for Wind Energy Systems IWES “For me, energy is an essential key for a sustainable world” – in an interview with…