Modelling and predicting real-world lifetime of perovskite–silicon tandem solar cells using advanced energy yield models with degradation kinetics | Synapse
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
From accelerated tests to global field lifetime predictions: We use the EYCALC degradation model to translate lab stability data into T90 lifetime predictions across real-world climates.