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To address this problem, we combined an efficient perovskite composition with an interface modification Introducing appropriate passivators between the perovskite layer and the transport layer for defect modification is crucial for improving the performance of pscs Herein, we highlight the role of interface engineering in devices' performance from the aspect of carrier dynamics
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We also propose strategies with regard to interface manipulation including composition and structures. These advancements highlight the transformative role of interface engineering, deposition techniques, and material innovation in driving the efficiency of perovskite/silicon tscs closer to their theoretical limit. The key interface engineering strategies enabling highly stable and efficient pscs are focused here
The interface chemistry and the deleterious impact associated with it are discussed.
Techniques such as passivation and encapsulation designed to mitigate these challenges are comprehensively explored The study investigates the root causes of perovskite deterioration and how. Herein, additives and interface engineering are used to reduce the defects of perovskite solar cells (pscs) prepared in ambient air and improve its performance Specifically, urea is introduced into tio 2 and the perovskite layer, respectively.
