KIT - Karlsruhe Institute of Technology image/svg+xml
Battery Technology Center
  • skip navigation
  • Home
  • Legals
  • Privacy Policy
  • Accessibility
  • Sitemap
  • KIT
  • de
search
  • About us
    • About us
    About us
    • Battery Technology Center
    • Staff
    • Partner
  • Research & Development
    • Research & Development
    Research & Development
    • Cell Development/Testing
    • Production Systems
    • Energy Storage Systems
  • Projects
  • Publications
    • Publications
    Publications
    • Journal Articles
    • Other Publications
    • Conference Contributions
    • Press Releases
      • Press Releases
      Press Releases
      • Commissioning ceremony BiFlow hybrid storage Oct. 2023
    • Other
  • Career
  • Startpage
  • Home
  • Legals
  • Privacy Policy
  • Accessibility
  • Sitemap
  • search
Battery Technology Center

 

  • Startpage
  • Career

 

  • Homepage
    • About us
    • Research & Development
    • Projects
    • Publications
    • Career
  • Career
Scientific/Technical Vacancies
Job Advertisement Starting Date Contact Person
Research Assistants
Job Advertisement Starting Date Contact Person

Sofort

Robert Schreier

Student Theses
Zusatzfeld Title Type Supervisor

Optimization-Based Operating Strategy for Battery Storage and Electrolyzer in a Sector-Coupled Energy System With Direct Air Capture Masterarbeit

Lukas Strobel

Analyse von Messdaten zur Bewertung der Performance von PV-Speichersystemen Bachelorarbeit

Robert Schreier

Entwicklung von Messvorschriften für den Vergleich von Notstromfähigen Speichersystemen Bachelorarbeit

Robert Schreier

Health-Aware Optimal Design and Scheduling of Multi-Use Lithium-Ion Energy Storage Systems Bachelor-/ Masterarbeit

Lixin Li

Development of Coupled Forecasts for Thermal and Electrical Loads in Heat Pump Building Systems Bachelor-/Masterarbeit

Lukas Strobel

Tim Kappler

Implementation of Artificial Intelligence Methods for Parameter Identification of Redox Flow Battery Models Bachelor/Master Thesis

Felix Schofer

Entwicklung einer Lastprognose für ein Energiemanagement im industriellen Umfeld Bachelor-/Masterarbeit

Robert Schreier

Batterietechnikum

Hermann-von-Helmholtz-Platz 1
D-76344 Eggenstein-Leopoldshafen
Gebäude 276

 

Tel.: +49 721 608 -26844
Fax: +49 721 608 -28284
office∂batterietechnikum kit edu

 

Anfahrt und Geländeplan

Credits cover image: KIT last change: 2026-04-13
KIT – The University in the Helmholtz Association
  • Home
  • Legals
  • Privacy Policy
  • Accessibility
  • Sitemap
  • KIT