Page Content
content
Development of solutions for practical tasks in the field of batteries in teams. Application and extension of the knowledge and methods learned so far, e.g. usage of simulation software for solving scientific-technical questions, development of electronic circuits, measurements on batteries etc. Basic methods for planning and organisation of projects (definition of mile stones, schedules, structuring a task in work packages, development of interfaces, ...). Documentation and presentation of his/her own work (presentations, final report, minutes). Acquisition of team work, guidance to independent definition of work processes with the other team members.
You find the presentation of the projects from 12.04.2019 in the H0110 here.
| Title | Advisor | Type | Begin |
|---|---|---|---|
| Simulation and modeling of a lithium-ion battery | M.Sc. Steven Neupert | BA | now |
| Development of a battery system laboratory experiment | M.Sc. Robert Franke-Lang | BA / MA | now |
| Comparison of modelbased State-of-Charge estimation algorithms | M.Sc. Steven Neupert | BA / MA | now |
| Reconstruction of impedance spectrum using time domain data | M.Sc. Steven Neupert | BA / MA | now |
| Comparison of impedance spectrim obtained via multisine and sine excitations | M.Sc. Steven Neupert | BA | now |
Zusatzinformationen / Extras
Quick Access:
Schnellnavigation zur Seite über Nummerneingabe