Entry requirements

Bachelor's degree in engineering, natural or social science. Introduction to Wind Energy as well as Wind Turbine Concepts and Applications.

Learning outcomes

After approved course the student should be able to:

• describe how a wind turbine functions in the power system,
• describe aerodynamic and mechatronical level of wind turbine efficiency,
• analyse the implications of wind power integration on power system planning, operation and design with emphasis on grid regulations and electricity markets,
• perform energy production forecasting in concert with weather forecasting systems,
• write a full project report.

Content

The course covers the application of turbine generated electrical output using aerodynamic and mechatronical systems. This course brings together the engineering and economical aspects of distributed and bulk power generation. The course covers wind power energy technology and systems integration by highlighting the key principles behind each technology, its state of development and its relevance in the power industry with emphasis on operational, system connection and market aspects.

Instruction

Lectures, seminars, group and field work.

Assessment

Written hand-in assignments 2 credits and a written project report with oral presentation 3 credits.