Nanotechnology applications in conventional lithium-ion batteries

Abstract

Since the successful development of the first battery, it has prompted the development of the electronics industry. From only able to power small electronics, to powering fully electrical vehicles, battery technologies have developed to a promising extent, and has become ever more integral across many fields. However, conventional methods currently face challenges in improving battery performance to meet higher demands. The urgency of the issue calls for researcher to create innovate, new approaches to tackle the problem. The recent rise in nanotechnology research has prompted unique and practical solutions to some of battery technologys most major problems: low power and energy density. This article offers a comprehensive compilation and overview of recent advancements in nanotechnology applied to lithium-ion batteries and how these breakthroughs have effectively addressed critical challenges in enhancing battery performance. Emphasises in areas of nanotech research covered in this article includes silicon nanotechnology, carbon nanotechnology, and other innovative approaches to battery development.