Metal-organic frameworks（MOFs） derivatives have been seen as the hot materials in the field of energy storage and conversion. To summary their application status and development trends in rechargeable battery electrode materials

which can provide the scientific guidance for the development of high-efficiency electrode materials. Here

the application of MOFs derivatives on the aspect of electrode materials of lithium-ion batteries

lithium-oxygen batteries

lithium-sulfur batteries

lithium-selenium batteries

sodium-ion batteries

zinc-air batteries and other novel secondary battery system equipment were represented

and the involved specific electrochemical principles in related rechargeable batteries also been summarized. It was found that by guiding the design of MOFs derivatives with the specific structural characteristics of different types of rechargeable batteries

the highly efficient functional materials with improved overall electrochemical performance can be obtained. Meanwhile

the "configuration-activity relationship" between the geometric structure and composition of MOFs derivatives and their corresponding electrochemical activity is still unclear. The fundamental mechanism explanation in the process of electrochemical energy storage and conversion is not yet complete. Therefore

it is still necessary to keep continue in-depth research to realize the commercial application of the novel rechargeable batteries.