Integration of Wind Power in the Electricity Supply System
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Profile
Participation in the certificate 'Integration of Wind Power in the Electricity Supply System' requires the successful completion of the certificate 'Scientifically Oriented Fundamentals of Wind Energy Systems'.
The fluctuation and decentralized production of wind energy require complex solutions for successful grid integration. The 'Integration of Wind Power in the Electricity Supply System' certificate gives you the opportunity to study the increasingly important topic of integrating wind energy into the electricity supply system. The certificate focuses on the technical, administrative and legal barriers and challenges that need to be considered for the successful integration of wind power and other renewable energy and conventional technologies into the grid.
Profiles
Studying the certificate 'Computational Wind Energy Systems' requires the successful completion of the certificate<link>'Scientifically Oriented Fundamentals of Wind Energy Systems'.
The decentralized generation of wind power and its fluctuation mean that complex solutions are required in order to ensure successful grid integration. The certificate in 'Integration of Wind Power in the Electricity Supply System' provides participants with an opporunity to study this increasingly important issue. The certificate 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.
Certificate Modules
Selection of 30 credits:
| Control and Operational management of Wind Turbines and Wind Farms | <media 10944 - - "TEXT, WES Module Micro Meteorology Wind Engineers, WES_Module_Micro_Meteorology_Wind_Engineers.pdf, 147 KB">Description</media> | |
| Energy Meteorology | <media 8436 - - "TEXT, Module WES Wind Energy Meteorology, Module_WES_Wind_Energy_Meteorology.pdf, 97 KB">Description</media> | |
| Energy Storage | <media 8702 - - "TEXT, Module WES Energy Storage, Module_WES_Energy_Storage.pdf, 91 KB">Description</media> | |
| Technical and Economic Aspects of Grid Integration | <media 8435 - - "TEXT, Module WES Technica Economic Aspect Grid Integration, Module_WES_Technica_Economic_Aspect_Grid_Integration.pdf, 92 KB">Description</media> | |
| Energy Law | <media 8439 - - "TEXT, Module WES Energy Law, Module_WES_Energy_Law.pdf, 90 KB">Description</media> | |
| Business Administration and Management of Wind Turbines and Wind Farms | <media 8437 - - "TEXT, Module WES Administration Management Wind Turbines Wind Farms, Module_WES_Administration_Management_Wind_Turbines_Wind_Farms.pdf, 93 KB">Description</media> |
Qualification
The certificate 'Integration of Wind Power in the Electricity Supply System' is recommended for 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 you learn how to optimize the scheduling of the conventional and renewable energies power stations mix. Another learning outcome is the planning of future electricity grids of power supply systems with a large amount of renewables.
Certificate Fee
€6,000 (30 credits)
How this fits into the master's program
Crediting
All 30 credits of the certificate 'Integration of Wind Power in the Electricity Supply System' will be accepted for the complete master's study program Online M.Sc. Wind Energy Systems.
Certificate modules
Selection of 30 credits:
| Control and Operational Management of Wind Turbines and Wind Farms | <media 10944 - - "TEXT, WES Module Micro Meteorology Wind Engineers, WES_Module_Micro_Meteorology_Wind_Engineers.pdf, 147 KB">Course Description</media> | |
| Energy Meteorology | <media 8436 - - "TEXT, Module WES Wind Energy Meteorology, Module_WES_Wind_Energy_Meteorology.pdf, 97 KB">Description</media> | |
| Energy Storage | <media 8702 - - "TEXT, Module WES Energy Storage, Module_WES_Energy_Storage.pdf, 91 KB">Description</media> | |
| Technical and Economic Aspects of Grid Integration | <media 8435 - - "TEXT, Module WES Technica Economic Aspect Grid Integration, Module_WES_Technica_Economic_Aspect_Grid_Integration.pdf, 92 KB">Description</media> | |
| Energy Law | <media 8439 - - "TEXT, Module WES Energy Law, Module_WES_Energy_Law.pdf, 90 KB">Description</media> | |
| Business Administration and Management of Wind Turbines and Wind Farms | <media 8437 - - "TEXT, Module WES Administration Management Wind Turbines Wind Farms, Module_WES_Administration_Management_Wind_Turbines_Wind_Farms.pdf, 93 KB">Description</media> |
Qualification
The certificate 'Integration of Wind Power in the Electricity Supply System' is recommended for engineers who want to work for local or regional energy suppliers, for grid operators or for consulting companies that deal with the planning of wind farms and want to specialize in the integration of wind energy. Using wind energy forecasts, you will learn how to optimize the scheduling of conventional and renewable energy power plants. Another learning objective is the planning of future power grids of energy supply systems with a large amount of renewable energy.
Certificate fees
6,000 € (30 ECTS credits)
Classification in the Master's program
Crediting
All 30 credits of the certificate 'Integration of Wind Power in the Electricity Supply System' are recognized for the Master's degree program Online M.Sc. Wind Energy Systems.
Certificate Director
Prof. Dr.-Ing. Kurt Rohrig
<link mail>write an email
<link>apply for certificate
Certificate Director
Prof. Dr.-Ing. Kurt Rohrig
<link mail>Send e-mail
<link>Application for the certificate