Integration of wind power in the electricity supply system
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
Studying the diploma course 'Integration of Wind Power in the Electricity Supply System' requires the successful completion of the diploma course 'Scientifically Oriented Fundamentals of Wind Energy Systems`.
The decentralized generation of wind power and its fluctuation entail that complex solutions are required in order to ensure successful grid integration. The diploma course 'Integration of Wind Power in the Electricity Supply System' provides participants with an opportunity to study this increasingly important issue. The diploma course focuses on the technical, administrative and legal challenges that must be considered in order to ensure a successful integration of wind power and other renewable and conventional sources of energy.
| 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 | Every semester |
| Tuition fees | EUR 6.000,- |
Qualification
We recommend the diploma course 'Integration of Wind Power in the Electricity Supply System’ to engineers who want to work for local or regional utilities, grid operators or consultant companies that deal with the planning and integration of wind farms and who want to specialize in the integration of wind energy. On the basis of wind power forecasting, students will learn how to optimize the scheduling of the conventional and renewable energies power stations mix. Another learning outcome will be the planning of future electricity grids of power supply systems with a large amount of renewables.
| Winter semester | Summer semester |
|---|---|
| Control and Operational Management of Wind Turbines an Wind Farms (6 ECTS) | Wind Energy Meteorology (6 ECTS) |
| Energy Storage (6 ECTS) | Business Administration of Wind Turbines and Wind Farms (3 ECTS) |
| Technical and Economic Aspects of Grid Integration (6 ECTS) | |
| Energy Law (3 ECTS) |
