| Abstract Scope |
Driven by the global energy structure transformation and carbon neutrality goals, renewable energy and its energy storage technology have become the core forces reshaping the global energy system. This study focuses on the innovation and application of structural and functional materials for renewable energy and energy storage. Through systematic analysis of material requirements for different energy forms, material optimization for energy storage technologies, and in-depth research on typical cases, the key role of materials science in promoting energy transformation is revealed. Research shows that the rapid development of renewable energy technologies such as photovoltaics, wind energy, and biomass energy has raised higher requirements for material performance, while breakthroughs in energy storage technology rely on collaborative innovation of new electrode materials, electrolyte materials, and structural materials. |