Application of MOFs in Lithium-Ion Batteries

Abstract

In recent ten years, environmental pressure has been increasing, and the demand for batteries has been increasing, requiring high cycling capacity and large capacity clean batteries. This article introduces the research and application of metal–organic frameworks (MOFs) in lithium-ion batteries. This article also introduces the types and characteristics of MOFs, and explains the mechanism by which MOFs-based functional materials improve battery performance, such as enhancing electrode conductivity through the good conductivity of MOFs nanomaterials. The stable spatial structure of MOF materials brings more ion adsorption sites and changes in buffer electrode materials. Then, through the application of Co-MOFs materials in batteries, a brief introduction was given on the application of MOFs for negative electrode materials in lithium-ion batteries, demonstrating the superiority of MOFs as electrode materials. Finally, by introducing the characteristics of MOFs materials, the application of MOFs in batteries was prospected, and more design possibilities for MOFs materials were proposed.