Electrical engineering of wind energy systems
Navigation
- Diplomas of Advanced Studies Wind Energy Systems
- Scientifically oriented fundamentals of wind energy systems
- Electrical engineering of wind energy systems
- Computational wind energy systems
- Integration of wind power in the electricity supply system
- Fluid mechanics of wind energy systems
- Structural mechanics of wind energy systems
- Wind energy converter systems
- Autonomous Wind Energy Production and Supply
Electrical Engineering of Wind Energy Systems
One of the todays most important topics is the integration of renewables into the power grid. One aspect of interest is the immediate impact of the volatile generation on the grid which is impacted by the different designs of the components and systems. If you are interested to learn more about the challenges related to local grid integration and about different possibilities to achieve the smooth and reliable operation of the local grid, then the diploma course Electrical Engineering of Wind Energy Systems is the perfect choice for you.
| Degree | Diploma of Advanced Studies |
|---|---|
| Type of program | Part-time online diploma course |
| Standard period of study | 2 semesters |
| Language | English |
| Total credits | 30 |
| Start of studies | Winter semester |
| Tuition fees | EUR 6.000,- |
Qualification
We recommend to study the diploma course 'Electrical Engineering of Wind Energy Systems' to engineers who want to work for manufacturers that deal with the design of the electrical system of a wind turbine or who would like to work for consultant company that deals with the operation and maintenance of wind farms. Participants of this diploma course learn to analyze requirements for grid connections from wind farms to the electricity grid and to design the internal wind farm grid. Further, they learn how to conduct all the necessary grid compatibility studies and prepare an optimized and economical grid connection plan as a consultant.
| Winter semester | Summer semester |
|---|---|
| Electrical Engineering (6 ECTS) | |
| Design of Mechanical and Electrical Components (6 ECTS) | |
| Control and Operational Management of Wind Turbines and Wind Farms (6 ECTS) | |
| Energy Storage (6 ECTS) | |
| Technical and Economic Aspects of Grid Integration (6 ECTS) |
