Fraunhofer Institute for Wind Energy Systems

Validation of Wind Energy Systems

The institute offers turbine manufacturers, suppliers, wind farm operators and power authorities industry relevant research services and target-oriented collaboration concerning the complete spectrum of technical wind energy utilization issues.

more info

Research turbine AD 8-180

Comparison of field survey results with the data obtained on the large-scale test rigs will significantly expand the opportunities for further optimization of measuring and testing methods as well as risk mitigation for new turbine designs.

more info

Dynamic is our strength

Prof. Andreas Reuter, Managing Director Fraunhofer IWES: "The wind energy industry stands for dynamic and change. We at Fraunhofer IWES have been a competent and innovative partner for technology development for more than ten years."




How does climate change impact wind farm yields?

Fraunhofer IWES and GERICS launch new research project to investigate climatic changes in wind and their influence on wind energy site assessment.



Joint project simulates wind and wave loads on the piles of offshore wind turbines

A joint project between the LUH and Fraunhofer IWES together with other partners is examining the properties of the current and next generation of offshore monopiles in order to develop a reliable calculation method to enable the longest possible service life.



Accelerated testing of rotor blade bearings: Test bench proves successful in regular operation

Fraunhofer IWES has completed a successful series of accelerated tests on rotor blade bearings at the test bench in Hamburg. Within the scope of research and industry projects, bearings were subjected to dynamic endurance tests to increase their reliability.



Fraunhofer IWES is carrying out an offshore survey in the German Baltic Sea for Iberdrola

Fraunhofer IWES is conducting a boulder detection and geohazard survey of 50 wind turbine locations and the associated OSS within the Baltic Eagle offshore wind farm on behalf of Iberdrola S.A. 



Optimizing the Grid Characteristics of Wind Turbines

More than € 30 million are set to be invested in expanding the testing infrastructure for electrical systems. In the first phase of the planned expansion, the Fraunhofer IWES is officially putting a new test bench into operation in the scope of the Hil-GridCoP project.



Better together: Biaxial rotor blade testing - New methods for more realistic test loads

Biaxial blade testing is central to future blade test concepts: Fraunhofer IWES combines two fatigue tests (in flapwise and edgewise direction) in one single test. 


What truly defines the “IWES spirit”

Describing the culture of an institute in words is no mean feat. It is often a matter of shared experiences, the development of extraordinary approaches, and a common understanding of the expected level of quality. 

Our work generates a practical added value and turns innovative ideas into reality. Find out more – from our employees themselves.

Upcoming events

25th-28th May 2021, digital
Wind Energy Science Conference
external page: workshop description

The Fraunhofer Institute for Wind Energy Systems IWES is certified according to the valid standards for quality, occupational safety, and environmental management.
Overview certificates



Accredited according to ISO 17025:2005 for determination of physical properties of fiber enhanced synthetic materials and fiber composite materials using mechanic-technological and thermal testing and testing of mechanical loads on wind turbines




The Fraunhofer-Gesellschaft is an award-winning employer. Latest studies by Randstad, trendence and Universum show that not only does Fraunhofer stand for top-level research; it is also one of the most popular employers in Germany.