Unveiling the Potential of Molten Salt Nanofluids for Advanced Thermal Energy Storage in Solar Power Applications: A Molecular Dynamics Investigation

Abstract

This study delves into the untapped potential of molten salt nanofluids for advanced thermal energy storage in solar power applications through a molecular dynamic’s investigation. Employing sophisticated simulations, we explore the dynamic behavior of nanoparticles within the molten salt matrix, aiming to unravel the microscopic interactions that influence thermal properties, dispersion, and phase change behavior. The findings provide crucial insights for optimizing solar power systems, fostering efficiency, and advancing sustainable energy solutions.