Thank you for visiting Moon Research Group named as Multiscale Energy materials and system Modelling Laboratory.

About MEM Laboratory

Multiscale Energy materials and system Modelling Laboratory (MEMLab)
⚡Department of Energy Systems Engineering, 🏛️ Chung-Ang University

🎯 Research Vision

The MEM Laboratory conducts innovative research that integrates multiscale analysis and advanced materials design to develop core scientific technologies for next-generation energy storage systems. Our laboratory aims to realize high-performance battery systems based on a fundamental understanding of electrochemical-mechanical interactions.

🔬 Core Research Areas

🔋Electrochemical-Mechanical Multiscale Analysis

• Modeling electrochemical-mechanical interactions in lithium-ion batteries

• Multiscale simulation of battery degradation mechanisms

🔋All-Solid-State Battery Technology

• Interface design and optimization of sulfide/oxide solid electrolytes

• Ion/electron conductivity enhancement technologies for composite cathodes

• Thermal safety and mechanical properties of solid electrolytes

🔋Lithium Metal Battery

• Three-dimensional lithium metal host structure design

• Interface engineering for dendrite suppression

• High-concentration dual-salt electrolyte system development

🔋Data-Driven Battery Diagnostics & Prognostics

• Machine learning-based battery lifetime prediction model development

• Neuromorphic AI technology for battery PHM systems

🔋Advanced Electrode Materials Development

• High silicon content anode materials and fast charging technologies

• Non-fluorinated binder system development

💡 Laboratory Philosophy

MEMLab pursues the perfect harmony between deep understanding of basic science and practical applications. We simultaneously achieve academic excellence and practical problem-solving for industrial challenges, contributing to the cultivation of creative talents who will lead future energy technologies.