HOTFUM is an innovative research project that explores a novel approach to converting renewable electricity into heat, while enhancing the performance and durability of thermal energy storage systems. The project aims to develop a breakthrough Power-to-Heat technology that heats fluids more efficiently and uniformly, overcoming limitations of conventional heating methods that often create damaging hot spots.
To achieve this, HOTFUM investigates the use of advanced nanofluids—heat-transfer fluids enhanced with tailored nanoparticles—based on water, synthetic oils, ionic liquids, and molten salts. This novel approach has the potential to significantly increase energy efficiency, reduce operational costs, and extend system lifetime, offering clear advantages for future clean-energy technologies.
The project combines the researcher’s expertise in nanofluids for thermal storage with the state-of-the-art facilities of the Iberian Center for Energy Storage Research (CIIAE) and the supervisor’s strong background in thermal energy systems. It also includes a secondment with a leading nanotechnology group and a placement in an innovative SME specializing in nanoparticle development.
By combining advanced materials, energy innovation, and international collaboration, HOTFUM aims to contribute to Europe’s transition toward more efficient and sustainable energy systems.
