Applications of Graphene: A Review

Abstract

In energy storage systems, most technologies revolve around the use of graphene. Graphene is potential of boosting the effectiveness, flexibility and reliability of many systems, but further research work is still needed for the commercialization of graphene. The use of graphene in energy storage systems, absorbers and electrochemical sensors was discussed in this investigation. In order to extend the use of graphene, its present drawbacks must be urgently discussed in order to maximise its existing performance. Also, in terms of potential, their use in both electroanalytical and electrochemical sensor has extended the benefits of graphene.These strong graphene properties must be further expanded and enhanced to make them ideal for other applications. The efficiency of this novel material can also be enhanced by crucial analysis of simple graphene synthesis combined with thorough investigation into the framework of graphene oxide at the molecular level. The effects of defects on graphene oxide performance have also been described as another key research field that requires a great deal of focus to speed up the commercialization of this material.With the exponential growth in the implementation of graphene in various energy storage/conversion systems, the latest advancement in the implementation of graphene in these areas needs to be summarised and addressed.