New Energy Battery Materials and Electrochemistry

Energy Storage Engineering and System Integration

·Advanced Lithium-Ion Battery Materials (Anode, Cathode, and Electrolyte)
·Solid-State Electrolytes and Solid-State Battery Technologies
·Sodium-Ion, Potassium-Ion, and Zinc-Ion Battery Systems
·Lithium-Sulfur and Lithium-Air Battery Technologies
·Organic and Polymer Electrode Materials
·High-Entropy Materials for Energy Storage Applications
·Interface Chemistry and Electrode-Electrolyte Engineering
·In-Situ Characterization and Operando Analysis of Battery Materials
·Computational Materials Science and AI/ML for Battery Materials Discovery
·Sustainable and Low-Cost Battery Material Synthesis
·Nano-Engineered and 2D Materials for Advanced Energy Storage
·Rare-Earth-Free and Abundant-Element Battery Technologies

·Battery Management Systems (BMS)
·Battery Thermal Management and Advanced Cooling Technologies
·Battery Degradation Mechanisms, Lifetime Prediction, and Health Diagnostics
·Thermal Runaway Early Warning and Battery Safety Protection
·Grid-Scale Energy Storage Systems for Renewable Integration and Frequency Regulation
·Microgrid Energy Storage Solutions and Off-Grid Applications
·Integration of Energy Storage with Solar, Wind, and Hybrid Renewable Systems
·Pumped Storage, Compressed Air, and Flywheel Energy Storage Technologies
·Second-Life Application and Recycling of Retired Batteries
·Energy Storage Economics, Market Mechanisms, and Policy Frameworks
·Standardization, Testing, and Certification for Energy Storage Systems
·Digital Twins and Intelligent Operation & Maintenance of Energy Storage Plants