Optimizing Heat Transfer Fluids for Enhanced Thermal Conductivity in Concentrated Solar Power Systems

Abstract

This short communication explores strategies for optimizing heat transfer fluids (HTFs) to enhance thermal conductivity in concentrated solar power (CSP) systems. We focus on the development of nanofluids and hybrid HTFs, examining their potential to improve heat transfer efficiency and overall system performance. The study highlights recent advancements in nanoparticle selection, concentration optimization, and stability enhancement techniques, providing insights into the future direction of HTF research for CSP applications.