Sorry, item "offcanvas-col1" does not exist.

Sorry, item "offcanvas-col2" does not exist.

Sorry, item "offcanvas-col3" does not exist.

Sorry, item "offcanvas-col4" does not exist.


The extraordinary synergistic effects between departments combined with our worldwide playing field provide us with a unique market sense and ample knowhow to support our customers along the whole value chain of wind energy projects. For more than 15 years, WindGuard has been supporting projects from the word go. In this time, we have worked in over 60 countries worldwide for a countless number of projects in over 40 service sectors. Our list of references below provides you with an overview of this work.

For more than 15 years, we have been working tirelessly towards our vision: a responsible, secure and cost efficient energy supply from 90% renewable energies. To get there, WindGuard is a part of a number of international cooperations and R&D projects.

On this page you find a selection of our ongoing publicly funded flagship-projects.


Dr. Dennis Kruse

Dr. Dennis Kruse
+49 4451 9515 287

AKaWind - Automated Calibration of Wind Sensors

The calibration of anemometers (sensors for measuring wind speed) is the core service of Deutsche WindGuard Wind Tunnel Services GmbH. Annually, up to 20,000 sensors are calibrated in the company's four accredited wind tunnels. During a calibration, the sensors are compared against a known and traceable wind speed and adjusted if necessary.

Currently, mounting/dismounting of the sensor as well as the alignment at the measuring position within the measuring section and the electrical connection of the sensors take place manually prior to each measurement.

The aim of the project is to develop an automated positioning system and implement it in a wind tunnel, which will improve both the calibration procedure and the operational processes in the wind tunnel area. While complying with all quality standards, multiple sensors shall be mounted on individual transport devices measurement section and subsequently positioned and calibrated automatically in the measurement section.

  • Funded by EFRE – Europäischer Fonds für regionale Entwicklung (European Regional Development Fund) –
    and SER – Land Niedersachsen Programmgebiet Stärker entwickelte Region (Land of Lower Saxony Programme Stronger Developed Region)
  • Funding reference number: ZW 3-85205574
  • Duration: September 2021 – June 2022

ENaQ – Energetic Neighbourhood Fliegerhorst Oldenburg

aims to design and realize an energy efficient neighbourhood on parts of the Fliegerhorst Oldenburg (former military area).

Deutsche WindGuard is one of 21 mostly regional partners and contributes to the integration of decentralized energy sources, the analysis of economic and regulatory frameworks, and the assessment of energy usage.

  • Funded by Federal Ministry for Economic Affairs and Energy
    and Federal Ministry of Education and Research
  • Funding reference number: 03SBE111H
  • Duration: January 2018 – December 2023
  • Website:



In the joint project "GEOWISOL2 - Analysis of the geographic distribution of wind and solar feed-in and their influences on the power grid", Deutsche WindGuard primarily compiles data analyses and various expansion scenarios. Due to natural fluctuation of renewable energies such as wind and solar power, the dynamic load on the German power grid increases with their share of power generation.

In order to create precise local and time-resolved knowledge of feed-in and demand quantities, a database was developed as part of the preceding project GEOWISOL, which provides these as 15-minute averages and with a local resolution in the 2-digit postal code range nationwide.

The goal of the follow-up project GEOWISOL2 is to expand the database to include feed-in data from additional energy sources (e.g. offshore wind energy, biogas, hydropower and conventional power plants) and stationary storage facilities, as well as to map optimized energy distribution between regions on real power lines available in the grid. Based on this, transmission volumes in the current development status as well as for future expansion scenarios will be analyzed and evaluated over time. In particular, the integration of offshore wind energy will be taken into account. The tool created will be used for local evaluation of future energy transition infrastructure projects (e.g. sector coupling, grid expansion, energy storage, etc.).

The sub-project 'Data Analysis and Expansion Scenarios' deals with the acquisition of newer and more comprehensive data sets for the feed-in from wind turbines and photovoltaic systems as well as the improvement of the data basis of electricity consumption. Particularly standardized data offered by the Association of European Transmission Grid Operators (ENTSO-E) is used for this purpose.Correlation studies regarding the temporal and geographic relationship of the feed-ins to each other as well as the question of regional correspondence of generation and consumption will be carried out.  The results of these investigations will be used as a basis for the development of expansion scenarios.

  • Funded by the Federal Ministry for Economic Affairs and Energy
  • Funding reference number: 0350033B
  • Duration: January 2019 – March 2022

Logo BMWi


In the joint project "WindIO - Concept and setup of a cyber-physical system for the holistic development of wind turbines", Deutsche WindGuard is involved in a sub-project dealing with the application analysis and operational management strategies for the use of a digital twin of a wind turbine (WT).

The goal of WindIO is to build a cyber-physical system based on a digital twin of the research wind turbine currently in operation in Bremen, to create standardized interfaces for holistic configuration management and thus to generate a development tool for the further wind energy technology development.

By continuously feeding in real, but also already interlinked, virtual sensor data from ongoing operation and the real ambient, wind and weather data in real time, the aim is to ensure the recording of a precise actual state of the turbine and its components. A reciprocal data flow results in a continuous alignment between physical and virtual WT, so that both systems can be equally enhanced, thereby significantly increasing the accuracy of forecasts and the informative value of simulations.

  • Funded by the Federal Ministry for Economic Affairs and Energy
  • Funding reference number: 03EE2015C
  • Duration: June 2020 – May 2023
  • Website:


Wind energy is an important pillar for achieving the energy transition in Germany. Electricity production costs are still high in relation to the market remuneration, so that there is a need for development in this field. Against this background, the end-of-life topic of wind turbines (WT) 'i.e. the analysis and design of the time after the end of support under the Renewable Energy Sources Act (EEG) respectively after design lifetime expiry' is currently of particular interest.

In order to develop technically and economically sustainable strategies for post-EEG WTGs, a joint and at least unilaterally coupled consideration of diverse aspects of structural dynamics, process technology, logistics, spatial planning and economics is indispensable. For example, it only makes sense to analyze the economic feasibility of continued operation through retrofitting if this is also technically feasible.

Therefore, in the joint project "TransWind - Transdisciplinary End-of-Life Analysis of Wind Turbines for the Development of Techno-Economically Optimal Retrofit Strategies; Subproject: Cost models for wind turbine end-of-life strategies", a probabilistic, structural-dynamic model of a wind turbine will be combined with site-specific wind simulations, spatial planning tools and economic analyses in an interlinked modeling approach.

To enable the automated application of this transdisciplinary approach, the modeling will also be implemented in a software solution, thereby taking advantage of the increasing digitalization in the energy industry. Deutsche WindGuard focuses on the development of cost models for the transdisciplinary end-of-life analysis of wind turbines as well as the evaluation and validation of the lifetime modeling and end-of-life concepts.

  • Funded by the Federal Ministry for Economic Affairs and Energy
  • Funding reference numbers: 03EE3029D and 03EE3029E
  • Duration: November 2020 – October 2023

Logo BMWi

Copyright 2024: Deutsche WindGuard GmbH