Nachhaltigkeit und Kohlendioxid-Fußabdruck
sowie Lithium-Ionen-Batterien im Betrieb
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NH01
Induction-Based Dry Delamination of LFP Cathodes: An Innovative Approach to Direct Recycling
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NH02
Combined environmental sustainability assessment with raw material criticality assessment for aluminum-ion, sodium-ion, and rechargeable alkaline batteries
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NH03
Comparative Sustainability Assessment of Sodium-Ion Batteries: Benchmarking Against NMC, LFP, and LMFP Across Value Chains
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NH04
Navigating the future of sustainability: A multidimensional patent analysis of lithium-ion battery recycling technologies
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NH05
Fast charging profile design for sustainable and durable batteries
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NH06
Aqueous Delamination of LFP Cathodes: A Path to Direct Recycling of Production Scrap and End-of-Life Materials
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NH07
Digital Cell Designer for the Ecological and economic assessment of (drop-in) battery technologies
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NH08
Development of specification tests for fluorine-free binder systems in cathodes and for their suitability for use in cylindrical lithium-ion battery cells
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NH09
Combined environmental sustainability assessment with raw material criticality assessment for aluminum-ion, sodium-ion, and rechargeable alkaline batteries
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NH10
Leveraging Fleet Data Analytics: Unveiling Behavioral Patterns in BEV Operation to Derive Test Cases
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NH11
Batteriediagnose für Elektrofahrzeuge: DVA & ICA auf der Fahrzeugebene
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NH12
Method for parameterizing ECMs considering degradation