Advanced Materials and Design Techniques for Energy Storage

Abstract

The innovative breakthroughs in sophisticated materials and design methods for energy storage systems are 
investigated in this thorough study article. The research covers several energy storage technologies, including 
developing hybrid systems, batteries, and supercapacitors. We examine most recent developments in structural 
designs, electrolytes, and electrode materials that improve cycle life, safety, energy density, and power density. To 
maximize energy storage performance, the work also investigates new fabrication techniques and nanomaterial 
integration. We also go over the difficulties and possibilities in increasing these technologies for useful purposes as 
well as their possible effects on electric car development and integration of renewable energy. This study offers 
insightful analysis of the future paths of energy storage technologies as well as their contribution to solve world 
energy problems.