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BenchBatt – Process based energy optimization and validation of Lithium-Ion and Lithium-Sulfur battery electrodes

Funded by BMBG

Contact Person : Paul Titscher

Summary of the project:

Content of the joint research project BenchBatt is the procedural optimization and validation of improved Lithium-Ion (LIB) and new Lithium-Sulfur (LiS) battery electrodes. Scope is the establishment of benchmarks to show the state of the art performance of LIB electrodes to compare it to materials of next generation LIB technologies.
For LiS technology, preferential for manufacturing of sulfur-cathodes in a continuous scale, current trend for materials as well as electrodes design are under examination. With this research potentials and key aspects of the LiS technology should be identified to qualify it for future fields of application.

Figure 1: Which battery technology will meet the requirements for future application?

Objectives and tasks of the iPAT

Lithium-Ion battery technology

  • Increase content of active materials and mass loading for LIB cathodes and anodes to raise the energy density
  • Special focus on the resulting limitations on electrode level with commercial available active materials
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    Lithium-Sulfur battery technology

  • Sulfur-cathodes manufactured in continuous scale to compare it to current published research
  • Validation of published materials potentials from a procedural point of view
  • Adaption of material concepts for continuous electrode manufacturing processes
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    Project partners
    WWU Münster (MEET, IfbM), Helmholtz-Institut Münster (Institut für Energie- und Klimaforschung), Forschungszentrum Jülich GmbH (Ionics in Energy Storage), TU Braunschweig (iPAT, IWF)


    Team Members

    Projects

    Cooperative project: Project results database and communication management for the battery cell production cluster ProZell (EMKoZell) more

    BaSS – BatterieSicherheitsStandardisierung more

    BenchBatt – Process based energy optimization and validation of Lithium-Ion and Lithium-Sulfur battery electrodes more

    EVOLi²S – Evaluation of the technical and economic advantages of the open-cell module for lithium-ion and lithium-sulphur batteries with regard to stationary and mobile applications more

    MultiDis – Multiscale approach for the description of carbon black deagglomeration in the dispersion process for a process and performance-optimized process control more

    Process modeling of the calendering of energy-rich electrodes (ProKal) more

    Roll-It more

    INSIDER – metal free Dual Ion energy storage technology utilizing anionic -intercalation more

    GEENI – Graduate Program for Energy Storage and Electromobility more

    LoCoTroP – Low cost dry coating of battery electrodes for energy efficient and environmentally friendly production processes more

    LithoRec II more

    Academic Initiative for e-Mobility – Education and Training in the University Network MOBIL4e more

    Functional Materials and Material Analysis for High Power Lithium-Ion Batteries more

    ZiLsicher – Zink-Air-Accumulators as safe electrochemical storage for low emission and explosion proof industrial applications more

    Finished Projects

    ProLiEMo – Produktionsforschung für Hochleistungs-Lithium-Ionen-Batterien für ElektroMobilität  mehr

    LithoRec – Recycling von Lithium-Ionen-Batterien mehr

    LiVe – Lithium-Verbundstrukturen mehr