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The team led by Kang Feiyu and Zhai Dengyun at Tsinghua University's Shenzhen International Graduate School has made significant strides in the realm of graphite anode energy storage. By introducing a groundbreaking design concept of synergistic competitive coordination for electrolytes, the team has managed to effectively reduce the size and count of co-intercalation solvents. Furthermore, they have constructed a more versatile quaternary intercalation compound, offering a novel approach to modulating the potential of electrolyte design. This accomplishment not only deepens our understanding of the energy storage and interface characteristics of graphite anodes but also holds immense importance in advancing the development of large-scale electrochemical energy storage technology.
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