Tag: power conversion efficiency

A SCAPS-1D simulation study reports that a lead-free inorganic Cs2BiAgI6 perovskite solar cell with optimized TiO2 and Cu2O transport layers ...

Simulations show that tuning the valence band offset at the hole transport layer interface of lead-free Cs2PdBr6 perovskite solar cells ...

Researchers have discovered that tightly packed C60 molecules create band-like electronic states that drive recombination in perovskite solar cells, and ...

Researchers have introduced solid-state emissive guest acceptors that open thermally accessible radiative pathways, suppressing non-radiative voltage losses and enabling certified ...

Researchers blended three self-assembled molecules into high-entropy hole-selective contacts, achieving a certified 27.31% efficiency and negligible loss after 1,300 hours ...

Researchers built 2D perovskite spacer cations in situ from formamidinium and n-hexyl phosphonic acid, achieving 26.32% efficiency and retaining over ...

Researchers fabricated spray-deposited CFTS/CdS solar cells reaching 5.23 percent efficiency and used SCAPS-1D simulations calibrated to the experiments to identify ...

South Korean researchers show that atomically deposited tin dioxide harms perovskite solar cells when touching the absorber directly, but a ...

A new comparative review finds that engineering the nanoscale interfaces between perovskite absorbers and charge transport layers, from doped tin ...

Using density functional theory, researchers designed eight triphenylamine–benzothiophene donor molecules, with the best candidate predicted to reach 28 percent power ...