Critical review examines MOF integration enhancing stability and efficiency in perovskite solar cells, indicating key design strategies.
Key Points
This review assesses how metal-organic frameworks can improve the stability and efficiency of perovskite solar cells. It focuses on design strategies and performance outcomes.
Critical review of recent advancements in MOF-perovskite hybrids.
Analysis of integration methods like in situ growth, host-guest encapsulation, and additive engineering.
Evaluation of structure-property relationships affecting charge transport and stability.
MOF integration improves stability, reducing interfacial recombination and ion migration in PSCs.
Enhanced charge transport and defect passivation observed through optimized framework chemistry.
Identified challenges include limited conductivity and processing scalability in MOF-based systems.