• Deutsch
  • English


Funding Sponsor: BMBF

Contact partner : Sophie Sachse

Summary of the overall project:

The aim of the “HighEnergy” project in the ProZell cluster is to increase the performance of lithium-ion cells while simultaneously retrenchments material and manufacturing costs and thus establishing the prerequisites for technological and cost leadership in large-scale battery production in Germany. The project pursues a dual approach and combines the expertise of process- and process-engineering working groups with well-founded know-how of researchers in the field of electrochemical and structure-based simulation and modelling of batteries.

Fig.: Charge transport processes within an electrode coating

Objectives and tasks of the iPAT

  • Process and product development for high-energy electrodes suitable for continuous and cost-efficient production
  • Significant increase in energy density through realization of high area capacities (3 – 9 mAh/cm2) – -Minimization of local depletion of charge carriers for maximization of area capacity through hierarchical structuring concepts
  • Structuring: Material side – binder, conductive additives, active material particle size, Si-content Process side – focus on mixing and calendering process
  • Focus in the development of graphite-silicon anodes: Identification of the optimum of the highest possible capacity and sufficient cycle stability for technical applications
    Project partners

    TU Braunschweig – Institute of Energy and Process Systems Engineering (InES); Karlsruhe Institute of Technology – Institute of Thermal Process Engineering (Thin Film Technology TFT) and Institute for Production engineering wbk; ZSW – Accumulators Materials Research (ECM); Uni Ulm – Institute of Stochastics; DLR at the HIU Ulm for Electrochemical Energy Storage – Electrochemical Multiphysics Modeling

    Team Members


    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