Smart Windpark Laboratory
With the Paris Agreement in 2015, the German Federal Government has acknowledged the global challenges of climate change and made the commitment to contribute to an environment-friendly electricity supply by decarbonization. A sustainable solution can only be achieved by utilizing renewable energy sources. Due to the technological advances, wind power plants are one of the promising technologies to deal with the social challenges of climate change and contribute to a secure and reliable energy supply.
Under the supervision of Prof. Dr.-Ing. Constantinos Sourkounis, in this project, the first stage of the research infrastructure “Smart Windpark Laboratory” (SWiPLab) will be conceptualized, build up and validated with the main objective to allow new investigations for an application-oriented research in the field of wind energy.
The planned research infrastructure SWiPLab complements existing research expertise in the field of wind energy at Ruhr University Bochum by a modular and flexible laboratory. In its first stage, the SWiPLab-concept comprises of a laboratory-scale wind farm including the interconnected power network. In addition to the laboratory-concept, real-time capable super computer systems emulate the wind rotor as well as aerodynamic conditions within the wind farm to allow investigations under controlled and reproducible conditions.
The main investigation objectives will be focusing on the mutual impacts of Wind Energy Converters (WEC) in the wind farm as well as the interaction of the overall wind farm with the interconnected power network. Contrary to other funded projects which focus on large individual WEC systems or individual optimization of single components, SWiPLab’s basic approach is to pursue a holistic and system-wide investigation: The analysis, test and optimization of individual WEC components, WEC and wind farm control and management systems are conducted considering interactions of all components in the electromechanical drivetrain as well as interactions between each WEC in variable grid structures.
- Fraunhofer Institute for
Wind Energy Systems (IWES)
- Avasition GmbH
This project is funded by the European Union and the German state of North Rhine-Westphalia in the frame of the funding competition “Forschungsinfrastrukturen” using funds from the European Regional Development Fund (ERDF) 2014-2020 “Investment in growth and employment”.
Research project inVETra
In the joint project inVETra, funded by the Federel Ministry of Economic Affairs and Energy (BMWi), an innovative condition monitoring system based on novel sensor technology will be developed for its application in wind turbines.
The cooperation is now official. With the establishment of a Fraunhofer-IWES branch office under the direction of Prof. Dr.-Ing. Sourkounis, a new competence center for wind energy is created in Bochum.
Research project SmartWind
New algorithms based on artificial intelligence to optimize operation and maintenance activities in wind farms are investigated within the European Joint Project SmartWind.
Three-dimensional Wind Model
A three-dimensional wind model has been developed to emulate the complex aerodynamic conditions within wind farms.
Strong Partnership for Optimal Wind Power
To research wind power conversion systems a laboratory-scale wind park will be build in Bochum, Germany. Now, one milestone has been achieved.
Workshop on Thursday, 22nd March 2018, 9 am, Ruhr-University Bochum
Smart Windpark Laboratory
(click to enlarge)
Ruhr University Bochum
Institute for Power Systems Technology
and Power Mechatronics
Building ID 1 / PO box no. 40
Universitätsstr. 150, 44801 Bochum, Germany
Tel.: +49 234 32-23956 / Fax: -14597
office (at) enesys.rub.de