STUDIES ON CONDUCTING POLYMER COMPOSITES FOR ENERGY STORAGE APPLICATIONS

Abstract

<p>Energy storage applications require electrodes coated with graphite to have good physical properties as well as good thermal properties. The Graphite/polymer composites have many desirable qualities. In addition to adsorption, antimicrobial, hydrophobic, electrical, and thermal conductivity were found. As electronic devices become more integrated and miniaturized, the growing demand for effective thermal management has driven increased interest in these composite materials. Two significant potential discoveries have further boosted research in this area. researchers have now developed methods for producing Graphite on a large scale, as well as creating flexible Graphite electrodes. These breakthroughs open the door to manufacturing larger Graphite-based items and allow for greater design flexibility by leveraging Graphite's unique properties. Graphite electrodes are commonly used in energy storage applications due to their excellent conductivity and ability to interrelate lithium ions. They play a crucial role in the performance of lithium-ion batteries, providing a stable and efficient medium for energy storage and release. The main focus of this work is on the different methods used to create Graphite as a flexible electrode. Although it mainly covers various production methods, it also briefly mentions large-scale production. The work discusses the different ways Graphite can be made, such as the Hummers' process, CVD, epithelial growth, and graphite oxide exfoliation. These methods enable the utilization of Graphite's mechanical and electrical properties, making it flexible. The research further enhanced for the simulation of different storage devices with graphite electrodes to check the fabricated electrode usage in variable storage needs.</p>