Composite materials for hydrogen storage

Hydrogen storage technologies are crucial for energy systems. Although hydrogen has an energy density, its full potential cannot be realized without a storage method. In this context, composite materials play a role in advancing hydrogen storage technologies. Composite materials are structures formed by combining components. In hydrogen storage systems, composite materials often incorporate elements like metal-organic frameworks (MOFs) or metal hydrides. MOFs have a structure that allows them to adsorb and store hydrogen effectively. On the other hand, metal hydrides bond with hydrogen to provide storage capabilities. The development of these materials aims to enhance storage capacity, improve cycle stability, and optimize energy density. While MOFs gain attention due to their surface area and customizable structure, metal hydrides also offer hydrogen storage under specific temperature and pressure conditions. The progress made in materials for hydrogen storage technologies holds the potential to make future energy-storing systems sustainable and efficient. However, it is crucial to continue researching ways to enhance storage efficiency and safety in this field. Therefore, studies on hydrogen storage using materials play a role in transitioning toward clean and renewable energy sources.