Synthesis, Preparation, and Properties of 2DGraphene for Electrochemical Energy Storage and Conversion

Abstract

Stimulating properties of two 2D-Graphene, like its huge surface area, exceptional electrical conductivity, extreme thinness, amazing electron kinesis, and state-of-the-art mechanical regulation, have added an enormous investigative concern. This background exhibits significant dynamism and find widespread application in various energy storage devices like Li-sulfur batteries, Li-ion batteries, Li-oxygen batteries, sodium Ion batteries and also as a hybrid cathode/anode material for supercapacitors. Scaled-up, stable production and correspondence of carbon-based nano-materials are essential conditions for the preparation of graphene-based EESDs. This chapter diagnostically explains the synthesis methods of graphene and the properties of graphene-nanomaterials with various dimensions in adaptable EESDs. The main tasks and scenarios in this field are also discussed.

Keywords: Energy storage, Electrochemical, Graphene, Sustainable development.

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