pre051 Renewable Energy Systems Laboratory and Modelling (Vollständige Modulbeschreibung)

Modulbezeichnung

Renewable Energy Systems Laboratory and Modelling

Modulkürzel

pre051

Kreditpunkte

6,0 KP

Verantwortliche Einrichtung

Institut für Physik

Zuständige Personen

Modulverantwortung:

Joachim Peinke, Martin Knipper

Prüfungsberechtigt:

Tanja Behrendt, Andreas Günther, Martin Knipper, Michael Hölling, Herena Torio

Teilnahmevoraussetzungen

Unterrichtsprachen

Lernergebnisse/Kompetenzen

After successful completion of the module students should be able to:

implement as well as critically analyse and discuss models and their limitations using various methods
develop research questions and approaches to answer them
perform laboratory measurements or simulations in a university environment
analyse and interpret their results using relevant and widely used software tools
communicate their results with international and interdisciplinary partners according to scientific standards
write and evaluate scientific papers

Modulinhalte

In this module the students obtain the knowledge and skills on programming, modelling and critically analysing simulations and apply those in a topic on renewable energies of their choice. Students have the choice to simulate specific renewable energy components or systems which are later investigated in hands-on laboratories. Through this students learn to critically discuss the results of their simulations and compare them to real measurements as well the results from differently implemented simulations from which they deduce the limits and validity of the respective models.

Modelling and Simulation of Renewable Energy Systems (Lecture & Seminar - 90 h workload)

numerical concepts
differential equations
discrete models
statistical modeling
algorithms to develop simulations
building a simple model from the field of renewable energies
various tools to implement and critically analyse the performance and limits of a model
examples of various simulation approaches

Laboratory on Renewable Energy Systems (Lab work - 90 h workload)

Theory, Hands-on experience and reporting on either:

PV System
Wind Energy Systems
Meteorological Resource Assessment

Write and review a paper; Present own paper at student conference on the Performance of Renewable Energy Systems

Literaturempfehlungen

T. Agami-Reddy, Applied Data Analysis and Modeling for Energy Engineers and Scientists, 2011, SpringerScience+BusinessMedia, LLC2011

Zu erbringende Leistungen

Prüfungsart, -umfang, -dauer

Portfolio (conference Presentation (approx. 15 min) and conference article (6 pages)

Prüfungszeiten

Student conference at the end of the semester

Dauer in Semestern

1 Semester

Angebotsrhythmus

Sommersemester

Workload

Arbeitsaufwand gesamt	Davon Präsenzzeit
180 h	180 hours

Lehrveranstaltungsform

Veranstaltungsart	SWS	Angebotsrhythmus	Workload Präsenzzeit
Vorlesung	2	SoSe und WiSe	28 h
Werkstatt/Labor	2	SoSe und WiSe	28 h

Zusätzliche Hinweise

Aufnahmekapazität:
unbegrenzt

Lehr-/Lernform:
Lecture and Laboratory

Verwendbarkeit des Moduls

Master Sustainable Renewable Energy Technologies > Mastermodule
Master Sustainable Renewable Energy Technologies > Pflichtmodule