Empowering Computational Sciences Research: Harnessing Copper Counter Electrodes (CuCE) through Pulse Reverse Electroplating for Data-Driven Dye-Sensitized Solar Cell (DSSC) Fabrication

This research explores the utilization of copper as a cost-effective and efficient material for Dye-Sensitized Solar Cells (DSSCs). Copper’s abundant availability and desirable electrical properties make it a promising alternative to traditional DSSC materials. Studies by Sánchez et al. and Wang et al. demonstrate copper-based compounds enhancing light absorption and electron transfer, leading to improved power conversion efficiencies. Additionally, Khan et al.’s research on incorporating copper nanowires in DSSCs shows potential for enhanced performance and stability. The use of copper, particularly through Pulse Reverse Electroplating, provides significant advancements in renewable energy and solar-powered computing devices. This method improves DSSC efficiency, achieving a maximum efficiency of $0.69 \%$, with notable improvements over Direct Current Electroplating. This work not only advances DSSC technology but also supports sustainable computing practices by reducing energy consumption.