Merit Holdorf, M.Sc.

Room:	247/248
Telephone:	+49 531 391 7763
Telefax:	+49 531 391 8106
E-Mail:
Officehours:	jederzeit nach Vereinbarung
Workgroup:	Energietechnologien

Research

• Increasing the safety of lithium-ion batteries through metal-polymer Composite Power Collectors
• Collaboration in the focus group electric mobility in the research group battery technology

Studentic theses

Finished

• Model-based analysis of the pressure resistance of separators and its impact on the performance of lithium-ion cells
• Investigation of separator-dependent formation strategies for pouch cells using pressure profiles
• Methodological Study of a Characterization Strategy for Anode-Side Coating Components in Lithium-Ion Cells
• Investigation of the calendar and cyclic aging of sodium-ion batteries
• Development of a characterization strategy for battery components using symmetrical cells
• Investigation of print-optimized forming strategies using print profiles
• Methodical investigation of the degassing time of lithium-ion pouch cells during formation
• Pressure-optimized formation and cyclic aging of lithium-ion pouch cells under consideration of varying separator materials

Publications

• Kwade, A., Dröder, K., Kandula, M., Kurrat, M., Dilger, K., Oertel, C., Schwieger, J., Lidtke, M., Gruhn, H., Holdorf, M.: PolySafe - Steigerung der Sicherheit von Lithium-Ionen-Batterien durch Metall-Polymer-Komposit-Stromkollektoren, Abschlussbericht PolySafe , Jg.(2025). DOI: 10.34657/25255
• Holdorf, M., Kurrat, M.: InForm - Entwicklung intelligenter Formieranlagen zur Optimierung und Diagnose von Zelleigenschaften, Unter Mitarbeit von Technische Informationsbibliothek (TIB) , Jg.(2025). DOI: 10.34657/23756
• Holdorf, M., Jackmann, C., Lienesch, F., Kurrat, M.: Investigating the Influence of Separator Types in Lithium-Ion Batteries on Cell Performance and Aging, Journal of The Electrochemical Society 172 (11) , Jg.(2025). DOI: 10.1149/1945-7111/ae1be0