Battery Course 02 – Modelling

Students are familiar with different modeling approaches. Students get to know the electrical equivalent circuit model and can simulate the transient voltage curve on the cell terminals in response to a current load. The students know the major types of heat generation in Li-ion cells.

Metadaten
Version
Bloomsche Taxonomy	K2 - verstehen K3 - anwenden
Sprache	Deutsch
Anzahl Lektionen	4
Art des Unterrichts	Vorlesung Übung (ohne Labor/Werkstätte)
Voraussetzungen	Battery Course 01 Grundlagen numerische Methoden für Differentialgleichungen
Vorbereitungen, Bedingungen	Python
Lernziele	Students are familiar with different modeling approaches. Students get to know the electrical equivalent circuit model and can simulate the transient voltage curve on the cell terminals in response to a current load. The students know the major types of heat generation in Li-ion cells. Students are introduced to different methods for model parameterization. The students implement individual parts of a cell model in Python and compare the simulations with measurements.
Autor	Christen, Rouven
Co-Autor:innen	Stöck, Martin
Original-Studiengang	Mechatronik Kein 4. Semester
Dateien	https://sf.infs.ch/wp-content/uploads/3422/Battery-Course-02-Modelling.pptx Battery Course 02 – Modelling (Typ: application/vnd.openxmlformats-officedocument.presentationml.presentation) https://sf.infs.ch/wp-content/uploads/3422/Python.zip Python (Typ: application/zip) https://sf.infs.ch/wp-content/uploads/3422/Metabeschreibung_BatteryCourse_02-1.pdf Metabeschreibung_BatteryCourse_02 (Typ: application/pdf)
Zip-Datei	3422 (Typ: application/zip)

Der Lerninhalt ist schwierig!/The learning content is difficult!

Der Lerninhalt ist praxisorientiert!/The learning content is practice-orientated!

Das Material unterstützt mich!/The learning material supports me!