Wind Energy

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Wind energy has become an important cornerstone for a successful energy transition. Without a massive conversion and expansion of onshore and offshore wind energy, Germany will not be able to achieve its climate protection goals and ensure a secure supply of sustainable electricity. The performance of complex wind turbines has increased enormously in recent decades, not least thanks to intensive research.

Wind energy research at LUH is part of ForWind, the joint center for wind energy research at the universities of Oldenburg, Hanover and Bremen. Together with the German Aerospace Center (DLR) and the Fraunhofer Institute for Wind Energy Systems IWES, ForWind forms the Wind Energy Research Alliance.

The Collaborative Research Center Offshore Megastructures (SFB 1463) was launched in 2021. Using the concept of a digital twin, an integrated design and operating methodology for offshore megastructures is being researched and demonstration examples of an offshore wind turbine with an output of more than 20 MW, with a focus on support structures and rotor blades. Further information on the SFB can be found on the corresponding project page zu finden.

 

Selected infrastructures and laboratories related to wind energy research

Selected projects from the field of wind energy research

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Collaborative Research Centre 1463/2, sub-project B03: Sustainable design and design verification of ultra-slim rotor blades

Balzani, C. (Principal Investigator), Khan, A. W. (Project staff) & Hühne, C. (Principal Investigator)

1 Jan 202531 Dec 2028

Project: Research

URL: https://www.sfb1463.uni-hannover.de/de/forschung/projektbereich-b/teilprojekt-b3

ReliaBlade2: Verbundvorhaben: Entwicklung neuer Auslegungsmethoden für Rotorblätter; Teilvorhaben: Charakterisierung und Modellierung von Ermüdungsschädigung in Rotorblättern sowie Entwicklung eines probabilistischen digitalen Zwillings

Balzani, C. (Principal Investigator), Muyan, M. C. (Project staff), Rajjoub, B. (Project staff), Rolfes, R. (Principal Investigator) & Scheffler, S. S. (Co-Principal Investigator)

1 Jan 202531 Dec 2028

Project: Research

Multi-scale strain energy-based fatigue damage modeling of fibre reinforced polymers

Rolfes, R. (Principal Investigator)

1 Nov 202331 Oct 2026

Project: Research

Online-Monitoring des Schädigungsverhaltens bei zyklisch hochbeanspruchten Offshore-Strukturen mittels ZfP-Prüftechniken

Barton, S. (Principal Investigator) & Collmann, M. (Principal Investigator)

1 Oct 202331 Mar 2026

Project: Research

TopoPro: Verbesserte numerische Standortanalyse und Lastberechnung für komplexe Topografien; Teilvorhaben: LES-basierte Standortanalyse und Industrialisierung

Maronga, B. (Principal Investigator)

1 Jun 202331 May 2026

Project: Research


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