This book delves into advanced methodologies for storing thermal energy, emphasizing the high energy density and isothermal benefits of latent heat storage (LHS) using phase change materials (PCM). Focusing on solar water heating applications, the...

This book delves into advanced methodologies for storing thermal energy, emphasizing the high energy density and isothermal benefits of latent heat storage (LHS) using phase change materials (PCM). Focusing on solar water heating applications, the study explores the enhancement of LHS performance through both experimental and numerical analyses, with a central focus on the impacts of geometrical and operational parameters, including various fin configurations and the use of nanomaterials to improve the thermal properties of paraffin wax. The book presents comprehensive experimental results on LHS charging and discharging under diverse conditions, comparing modified geometries and nanomaterial-enhanced PCMs. Additionally, a robust numerical model simulates these processes and performs exergy analysis, highlighting the significance of fin configurations and nanomaterial dispersion. "Insights of Thermal Energy Storage" is an essential resource for researchers and practitioners aiming to optimize thermal energy storage systems for solar applications, providing in-depth analysis and practical solutions for enhanced energy efficiency.