The single bulk‐heterojunction active layer based on non‐fullerene acceptors (NFAs) has
dominated the power conversional efficiencies above 18% in state‐of‐the‐art organic solar …

N-type doping of the bulk-heterojunction layer in nonfullerene organic solar cells allows to
effectively ameliorate inferior electron transportation by filling traps and optimizing electron …

The ternary strategy has been widely used in high-efficiency organic solar cells (OSCs).
Herein, we successfully incorporated a mid-band-gap star-shaped acceptor, FBTIC, as the …

Single‐layered organic solar cells (OSCs) using nonfullerene acceptors have reached 16%
efficiency. Such a breakthrough has inspired new sparks for the development of the next …

It is widely known that the miscibility between donor and acceptor is a crucial factor that
affects the morphology and thus device performance of nonfullerene organic solar cells …

The efficiency of organic solar cells (OSCs) is primarily limited by their significant
nonradiative energy loss and unfavorable active layer morphology. Achieving high …

Molecular self-assembly is a key factor that significantly influences the bulk film morphology
to achieve the desired optoelectronic properties in organic photovoltaic devices. However …

Molecular stacking plays an important role in defining the active layer morphology in all‐
small‐molecule organic solar cells (ASM OSCs). However, the precise control of …

The performance of organic solar cells has been dramatically enhanced due to the use of
bulk heterojunction active layer structure. However, blending donor and acceptor in the bulk …

The ternary strategy is an effective method to improve the efficiency of organic solar cells
(OSCs). Herein, high‐performance OSCs with over 18% efficiency using PM6 as donor and …