Stability-Oriented Design of MoO 3 /TAPC Hybrid Bilayer Hole Transport Layer for Scalable Organic Solar Cells

Key Points

• The central aim is to develop a stable hybrid hole transport layer using MoO3 and TAPC to enhance organic solar cell performance.
• Designed a hybrid bilayer hole transport layer using molybdenum trioxide (MoO3) and TAPC.
• Conducted performance evaluation under scalable fabrication conditions.
• Implemented interfacial engineering techniques for enhanced stability.
• Achieved higher efficiency in organic solar cells with the new hybrid layer.
• Demonstrated improved thermal and ambient stability compared to traditional materials.
• Showed reduced fabrication costs associated with the scalable design.