Wind Power Technology
Current situation and development opportunities for energy production with wind power. The energy in the wind. Wind power in the energy system. Current research and development. The history of wind power. Structure of the plants. Turbine types and efficiency. Aerodynamics. Power control. Mechanical dimensioning. Generators and electrical systems. Control system and operational monitoring. Industrial production. Build wind turbines. Design. Production calculations. Wind measurements. Location - planning issues - building permit.
Environmental impact. Foundation and road connection. Electrical connection. Wind power economy Profitability calculations. Company forms. The wind power market. Operation and maintenance.
Level:
Basic level
Application code:
X0639
Entry requirements:
Mathematics 15 credits, Mechanics 5 credits, Electricity 5 credits or Energy Engineering 30 credits. English 6.
Selection rules:
Available for exchange students. Limited numbers of seats.
Start week:
week: 12
Instructional time:
Daytime
Language of instruction:
Teaching is in English.
Level:
Basic level
Application code:
X0639
Entry requirements:
Mathematics 15 credits, Mechanics 5 credits, Electricity 5 credits or Energy Engineering 30 credits. English 6.
Selection rules:
Available for exchange students. Limited numbers of seats.
Start week:
week: 14
Instructional time:
Daytime
Language of instruction:
Teaching is in English.
