3104.18 - Introduction to Renewable Energy


Course number
3104.18
Title
Introduction to Renewable Energy
ECTS
7.5
Prerequisites
The students are expected to be well versed with the basics of mechanics and basic electrical circuits
Purpose
To enable students to understand how energy can be generated from renewable energy sources.
Content
The focus of this course is on energy generation from renewable sources. Wherever possible the learning will be related to the challenges faced by the Faroese society. The course covers both, characterization of the renewable sources – solar, wind, conventional hydro and wave and tidal stream – and the main technologies for their conversion to electricity and heat. Concerning the electricity path, the challenges of integration of the renewable generation into the actual power system are introduced as well as the problem of the necessary energy storage and its technological options as pumped-storage hydro and batteries. The learning is enhanced by the analysis of measured data on the renewable resources and on the performance of selected systems
Learning and teaching approaches
Lectures, group work, problem solving, laboratory exercises, project based learning, and excursions
Learning outcomes
On completion of the learning, the successful student will be able to: - Describe the basics of the renewable energy flows - Describe how energy can be gained from the different renewable flows - Describe the functionality and purpose of the most commonly used renewable energy systems - Analyze relevant measured time series using Exel - perform measurements on laboratory scale renewable energy systems - Evaluate energy capture from wind turbines, photovoltaic systems, and hydro power generators as a function of environmental conditions - Report experimental findings in a concise and clear way - Work effectively as part of a team
Assessment method
project report and written test.
Examination
External
Marking scale
7-
Bibliography
Volker Quaschning , Understanding Renewable Energy Systems , Second Edition, 2016 and selected material distributed during the course.
Contact
Hans-Georg Bayer