Other studies investigate the effect of process configurations and yield by modeling the material flow with published data or the effects of recycled materials in battery cell production with economic and environmental focus . Work based on experimental data is currently limited by low recycling rates of batteries after the use phase and low maturity level of recycling technologies. The multilevel physics-based modeling approach, developed for battery cell production, could be extended to recycling processes to support the investigation and comparison of different recycling routes in the yield and quality material. As there is currently limited experimental data on recycling processes, especially in larger scales, the advantages of mechanistic modeling could be transferred to recycling and thus used to consider new scenarios for which there is still a lack of information. Moreover, the linking of process chain models for battery cell recycling and production in a circular approach could support the investigation of usage of recycled material. This investigation has so far only been carried out as part of work focusing on the circular economy and there is a lack of further analysis on the exact impact of recyclates on battery cell quality and process configurations. With this, the percentage of used recycled materials could be determined considering their quality and impact on the final battery cell properties and resource consumption