TiVCr-based high entropy alloys for solid-state H2 storage

Key Points

• Solid-state hydrogen storage capacity is enhanced using TiVCr-based high entropy alloys, showing benefits for energy applications.
• The thermodynamic properties of these alloys suggest improved hydrogen absorption, likely outperforming traditional materials.
• This analysis employs advanced modeling techniques to assess the effectiveness of TiVCr in solid-state hydrogen storage systems.
• These findings highlight the potential advantages of using high entropy alloys, indicating a possible advancement in hydrogen energy solutions.

Abstract