Tag: power conversion efficiency

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 ...

Korean researchers found that adding just 0.005 weight percent graphene nanosheets to P3HT:PCBM organic solar cells boosts power conversion efficiency ...

Researchers at HKUST have developed trans-interface engineering, using vertically aligned molecular nanolinks to stitch perovskite solar cell interfaces together, delivering ...

Chemists have engineered bulky Lewis acid and base pairs that evade mutual quenching to passivate both defect types in perovskite ...

A coordination-regulated nickel oxide deposition strategy enables certified 27.35% perovskite cell efficiency, 23.42% module efficiency and durable large-area operation.

A chlorinated organic spacer cation enables tin iodide perovskite solar cells with 16.2 percent efficiency and over 1,000 hours of ...

Researchers reconfigured lead iodide octahedral connectivity with near-identical organic cations to create dopant-free carrier-selective interfaces, achieving 27.61 percent efficiency in ...