Entry requirements

Basic programming and thermodynamics or energy technology

Learning outcomes

On completion of the course the student shall be able to:

• use thermodynamics and fluid mechanics to explain the most important aspects of sustainable energy conversion
• describe basic processes and systems for sustainable conversion and storage of energy,
• compare energy systems taking into account their efficiency and environmental sustainability,
• carry out a project within the area of sustainable conversion or storage of energy

Content

Thermodynamics of open systems, mechanisms of heat transfer, fluid mechanics. Thermal power plants (Rankine cycle), heat engines, heat pumps. Basic principles for geothermal heat production. Solar, hydro and wind power. Energy storage, efficiency, exergy, climate impact and energy safety.

Instruction

Lectures, group discussions and supervised project work. This is a distance-course.

Assessment

Written project report.