METCOR

This project explores the unique properties of sputtered metallic films, which are critical components in advanced solar cell technologies. Unlike bulk metals, sputtered metals consist of nanoscale particles, making them highly reactive and prone to corrosion when exposed to halides like iodine and bromine. This reactivity is of particular importance in perovskite solar cells, where it affects both performance and stability. By investigating the corrosion processes and integrating protective sol-gel coatings, the project aims to enhance the longevity and efficiency of these next-generation solar cells. Additionally, the project will develop innovative lead-free perovskite compositions using metals like bismuth, silver, and copper, opening new possibilities for sustainable solar energy applications.

The collaboration between IRCP, IPVF, and LCMCP will ensure comprehensive research, from material synthesis to device integration, while the state-of-the-art equipment installed at Chimie ParisTech will become a shared resource, fostering partnerships and advancing research across Île-de-France. This initiative not only addresses critical scientific challenges but also contributes to the region’s technological growth, supporting innovation in sustainable energy solutions.