All‐polymer solar cells (all‐PSCs) based on n‐and p‐type polymers have emerged as
promising alternatives to fullerene‐based solar cells due to their unique advantages such as …

As key components in the active layer of multi-junction, ternary blend, or non-fullerene
polymer solar cells (PSCs), wide bandgap semiconducting polymers have the characteristic …

Integration of a third component into a single-junction polymer solar cell (PSC) is regarded
as an attractive strategy to enhance the performance of PSCs. Although binary all-polymer …

To explore the advantages of emerging all‐polymer solar cells (all‐PSCs), growing efforts
have been devoted to developing matched donor and acceptor polymers to outperform …

In very recent years, growing efforts have been devoted to the development of all‐polymer
solar cells (all‐PSCs). One of the advantages of all‐PSCs over the fullerene‐based PSCs is …

A series of semi-crystalline, wide band gap (WBG) photovoltaic polymers were synthesized
with varying number and topology of fluorine substituents. To decrease intramolecular …

Abstract Poly (isoindigo‐alt‐3, 4‐difluorothiophene)(PIID [2F] T) analogues used as
“polymer acceptors” in bulk‐heterojunction (BHJ) solar cells achieve> 7% efficiency when …

Synthetic design has enabled increasing power conversion efficiency advances in organic
photovoltaics (OPV). One continuing knowledge gap is detailed understanding of single …

A novel phenyl substituted benzo (1, 2‐b: 4, 5‐b') dithiophene (BDT) derivative containing
both fluorine and sulfur atoms is designed and synthesized. Furthermore, a wide bandgap …

We synthesized a wide-bandgap conjugated polymer (named PTZ1) based on thienyl-
substituted benzodithiophene as the donor unit and thiazolothiazole as the acceptor unit for …