Electrical Engineering of Wind Energy Systems
Profil
Das Zertifikat 'Electrical Engineering of Wind Energy Systems' befasst sich mit den Hauptkomponenten des elektrischen Systems. Es werden Themen wie das Design, die Steuerung und der Betrieb der elektrischen Anlage in einer Windenergieanlage behandelt. In diesem Zusammenhang werden Fragen zu den technischen Herausforderungen und Randbedingungen für das Design und seine Interaktion mit dem Antrieb und der gesamten Windenergieanlage und dem Windpark beantwortet.
Profile
The certificate in 'Electrical Engineering of Wind Energy Systems' deals with the main components of the electrical system. Issues such as how to design, control and operate the electrical system in a wind energy converter will be covered. This will focus on the technical challenges and boundary conditions of the design process and how it interacts with the drive train and the whole wind energy converter system and the wind farm.
Certificate Modules
| Design of Mechanical and Electrical Components | <media 8414 - - "TEXT, Module WES Design Mechanical Electrical Components, Module_WES_Design_Mechanical_Electrical_Components.pdf, 103 KB">Description</media> | |
| Electrical Engineering | <media 11952 - - "TEXT, WES Module Electrical Engineering, WES_Module_Electrical_Engineering.pdf, 92 KB">Description</media> | |
| Control and Operational Management for Wind Turbines and Wind Farms | <media 8432 - - "TEXT, Module WES Simulation Control Operational Management Wind Turbines Wind Farms, Module_WES_Simulation_Control_Operational_Management_Wind_Turbines_Wind_Farms.pdf, 90 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> |
Qualification
The certificate 'Electrical Engineering of Wind Energy Systems' is recommended 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 companies that deal with the operation and maintenance of wind farms. Certificate participants learn to analyze requirements for grid connections from wind farms to the electricity grid and to design the internal wind farm grid. They learn also to conduct all the necessary grid compatibility studies and prepare an optimized and economical grid connection plan as a consultant.
Certificate Fee
€6,000 (30 credits)
How this fits into the master's program
Crediting
All 30 credits of the certificate 'Electrical Engineering of Wind Energy Systems' will be accepted for the complete master's study program Online M.Sc. Wind Energy Systems.
Certificate Director
Dr.-Ing.
Sasa Aleksandra
Bukvic-Schäfer
<link mail>write an email
<link>apply for certificate
Zertifikatsmodule
| Design of Mechanical and Electrical Components | <media 8414 - - "TEXT, Module WES Design Mechanical Electrical Components, Module_WES_Design_Mechanical_Electrical_Components.pdf, 103 KB">Description</media> | |
| Electrical Engineering | <media 11952 - - "TEXT, WES Module Electrical Engineering, WES_Module_Electrical_Engineering.pdf, 92 KB">Description</media> | |
| Control and Operational Management for Wind Turbines and Wind Farms | <media 8432 - - "TEXT, Module WES Simulation Control Operational Management Wind Turbines Wind Farms, Module_WES_Simulation_Control_Operational_Management_Wind_Turbines_Wind_Farms.pdf, 90 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> |
Qualifikation
Das Zertifikat 'Electrical Engineering of Wind Energy Systems' wird IngenieurInnen empfohlen, die für Hersteller, die sich mit der Auslegung des elektrischen Systems einer Windturbine beschäftigen, oder für Beratungsunternehmen, die sich mit dem Betrieb und der Wartung von Windturbinen und Windparks beschäftigen, arbeiten wollen. ZertifikatsteilnehmerInnen lernen, Anforderungen für die Netzanbindung von Windparks an das Stromnetz zu analysieren und das interne Windparknetz zu gestalten. Sie lernen auch, alle notwendigen Netzverträglichkeitsstudien durchzuführen und einen optimierten und wirtschaftlichen Netzschlussplan als BeraterIn zu erstellen.
Zertifikatsgebühren
6.000 € (30 ECTS-Credits)
Einordnung im Masterprogramm
Anrechnung
Alle 30 Credits des Zertifikats 'Electrical Engineering of Wind Energy Systems' werden für den Masterstudiengang Online M.Sc. Wind Energy Systems anerkannt.
Zertifikatsdirektorin
Dr.-Ing.
Sasa Aleksandra
Bukvic-Schäfer
<link mail>E-Mail schreiben
<link>Bewerbung für das Zertifikat