Energy Storage Devices

The Energy Storage Devices Research Group focuses on innovative approaches to energy storage systems, with a strong emphasis on electrolyte optimization and intelligent design. Our team is dedicated to exploring the physicochemical properties of advanced battery materials and constructing comprehensive electrolyte knowledge graphs. Using state-of-the-art computational techniques such as molecular dynamics simulations, first-principles calculations, and deep learning methods, we aim to establish a seamless connection between the fundamental understanding of materials and the practical performance of energy storage devices. Our multidisciplinary team, consisting of experts from materials science, chemistry, and computer science, is committed to creating a robust database of energy storage materials and developing versatile models for electrolyte and battery material design. By integrating experimental data, we aim to accelerate the design, optimization, and innovation of energy storage devices, advancing both the theoretical and practical aspects of energy storage research.