CHALLENGE
Challenge
Next-generation batteries need higher energy density, stronger safety, and longer life without sacrificing manufacturability.
Next-Generation Rechargeable Battery Strategic Technologies
Next-generation battery materials and systems with enhanced energy density, safety, and durability.
CP4
Next-Generation Rechargeable Battery Strategic Technologies
Next-generation battery materials and systems with enhanced energy density, safety, and durability.
RESEARCH GOAL
Research Goal
Advance rechargeable battery materials, interfaces, and systems through multiscale analysis and AI-assisted design.
RESEARCH PROGRAM
Research Focus
<p>CP4 targets the development of next-generation battery materials and systems with enhanced energy density, safety, and durability. It tackles advanced battery challenges by integrating the design of materials, interfaces, and system architectures, focusing on high-energy-density materials, structural stability, and optimized electrochemical performance.
CP4 addresses fundamental and applied challenges in advanced battery technologies through the integrated design of materials, interfaces, and system architectures. Through AI-assisted optimization and automated experimentation, CP4 aims to accelerate battery development cycles while improving reproducibility and scalability.
TG COLLABORATION
TG Collaboration
This project is currently presented as a framework-wide mission without a single registered TG owner.
PLATFORMS
Related Platforms
EXPECTED OUTCOMES
Expected Outcomes
Battery materials and cell-level concepts that improve energy density, safety, durability, and validation speed.
Latest news
All news
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