▎ 摘　　要

NOVELTY - Preparing electrically conductive macromolecule non-covalently modified graphene electrical energy conversion polymer material comprises (i) carrying out evaporation induced self-assembly method or in-situ polymerization method, and (ii) carrying out ultrasound-assisted dispersion of electrically conductive polymer non-covalently modified graphene nano-materials in electrical energy conversion polymer solution, and carrying out solution film casting to obtain electrically conductive macromolecule non-covalently modified graphene electrical energy conversion polymer material. USE - The method is useful for preparing electrically conductive macromolecule non-covalently modified graphene electrical energy conversion polymer material (claimed). ADVANTAGE - The polymer material: has high dielectric constant, high electro-deformation value, and high performance. DETAILED DESCRIPTION - Preparing electrically conductive macromolecule non-covalently modified graphene electrical energy conversion polymer material comprises (i) carrying out evaporation induced self-assembly method or in-situ polymerization method using solvent to obtain electrically conductive macromolecule non-covalently modified graphene, and (ii) carrying out ultrasound-assisted dispersion of electrically conductive polymer non-covalently modified graphene nano-materials in electrical energy conversion polymer solution, and carrying out solution film casting to obtain electrically conductive macromolecule non-covalently modified graphene electrical energy conversion polymer material.