Modelling and predicting real-world lifetime of perovskite–silicon tandem solar cells using advanced energy yield models with degradation kinetics

Key Points

• The primary aim is to model and predict the real-world lifetime of perovskite–silicon tandem solar cells.
• Utilized the EYCALC degradation model for predictions.
• Translated lab stability data into T90 lifetime predictions.
• Accounted for variations across different climates.
• Established predictions for solar cell lifetime based on accelerated lab tests.
• Demonstrated effectiveness of the EYCALC model in real-world scenarios.

Abstract