Unraveling the Impact of Thickness on Active Layer Morphology and Device Performance of Semitransparent Organic Solar Cells: A Comprehensive Study

Advancing Multifunctional Semitransparent Organic Solar Cells through Strategic Optical Layer Integration

“…This allows efficient utilization of near-infrared light while maintaining transparency within the visible-light spectrum. , Additionally, the solution processability of organic materials offers the production of lightweight, low-cost, and flexible solar cells. , In comparison to opaque organic photovoltaics (OPVs), semitransparent OPVs (ST-OPVs) possess several critical parameters such as average visible transmittance (AVT), color-rendering index (CRI), color correlated temperature (CCT), and light utilization efficiency (LUE = PCE × AVT), which are essential for the comprehensive evaluation of transparent OPV technologies. , There is a trade-off between PCE and AVT. Balancing transparency and device efficiency is the primary challenge in achieving highly efficient ST-OPVs . Additionally, precision in demonstrating color is crucial for ST-OPVs and human vision-related applications.…”

“…Balancing transparency and device efficiency is the primary challenge in achieving highly efficient ST-OPVs. 21 Additionally, precision in demonstrating color is crucial for ST-OPVs and human vision-related applications.…”