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Polymers for energy storage

The research in this field is dedicated in two projects to (1) chemical and morphological modification including characterization of separator membranes (Optilyt), and (2) to the development of polymer electrolytes based on ionic liquids as well as to polymeric conducting films for lithium ion batteries (EMBATT2.0).

SEM image of a polyolefin membrane (non-modified)

Contact:“

PD Dr. D. Pospiech

Coworkers:

M.Sc. Sebastian Beyer (PhD student, AIF project Optilyt)
M.Sc. Eike Thomas Röchow (PhD student, BMBF project EMBATT2.0)
Dipl. Ing. Oliver Kobsch (AIF-Project Optilyt)

Projects:“

Development of tailor-made separator/electrode systems for omptimized electrolyte filling of lithium ion batteries - Optilyt (AiF-Projekt Forschungskuratorium Maschinenbau e.V., AiF 18380 BR/2)

Material and process development  for the efficient fabrication of the bipolar battery EMBATT2.0
(BMBF-Projekt 03XP0068E)
Projekt partners: Glatt Ingenieurtechnik GmbH; IAV GmbH; Fraunhofer IKTS; Isocoll Chemie GmbH; KMS Technology Center; Litarion GmbH; thyssenkrupp System Engineering GmbH; ULT AG; IPF

Cooperations:
Dr. P. Pötschke, Dr. K. Kunz (IPF, Dept. NB)
Dr. F. Simon (IPF, Dept. PG)
Dr. U. Gohs (IPF, Dept. VW)
Dr. M. Wolter and coworkers, Fraunhofer IKTS

 

Graduation Thesis:

M. Händler: "Synthese polymerer ionischer Flüssigkeiten für Lithium-Ionen-Batterien", MSc Thesis, HTW Dresden (2016)