MJ1402 Introduction to Energy Technology

Basic knowledge in mathematics, thermodynamics, fluid mechanics and heat transfer

The aim of the course is to give students basic knowledge of central energy technologies. This includes how the systems function, how they can be evaluated quantitatively, what they cost and what is their benefits for or effects on the natural environment. A secondary aim is to give the students an overview of the contexts in which these systems are used and developed today and in the future.

The focus of the course lies on presentation of course literature during seminars and it includes tools to understand energy systems, a discussion about sustainable development, climate changes and accessibility for fossil fuels, as well as a number of techniques to generate energy in stationary applications, including combustion of fossil fuels, carbon dioxide storage, nuclear power, solar energy, wind power and energy transformation for use in transport systems.

After the course, the students should be able to:

• describe and analyse the relation between energy use, the gross national product, GDP, and ”Human Development Index”, HDI values
• describe and analyse the occurrence of multiple aims, multiple stakeholders and an abundance of technical solutions concerning energy systems
• describe and analyse different tools for energy systems including the concept sustainable development, a systems view on energy, and economy tools for evaluation of energy systems
• describe and analyse climate changes and availability of fossil fuels
• describe and analyse different technologies to generate energy in stationary applications, including combustion of fossil fuels, carbon dioxide storage, nuclear power, solar energy, bioenergy and wind power
• describe and analyse energy transformation for use in transport systems