High-exposure 0 0 1 facet-dominated TiO2 cube arrays synergize DSSCs photoanode efficiency via crystallographic control

Key Points

• Higher photoanode efficiency is achieved with TiO2 cube arrays through crystallographic control, indicating potential for advanced solar cells.
• Increased efficiency percentages observed in DSSCs reflect the impact of specialized TiO2 structures; reported values reaching significant levels.
• Analysis focused on TiO2 cube geometry and its effects on solar cell performance, emphasizing crystallography's role in efficiency enhancements.
• These findings support the feasibility of utilizing new TiO2 designs for improved energy conversion, with implications for renewable energy technology.