Tag: power conversion efficiency

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 ...

Machine learning-guided vertical microrod generators achieve quasi-ballistic ion transport, substantially boosting the power density and efficiency of evaporation-driven electricity generation.

Researchers have simulated a plasmonic polymer solar cell combining double-layer gold nanosphere arrays with grated CdS electron transport layers, achieving ...

Researchers at Nanjing University used solvent-induced surface reconstruction and transient chloride additives to stabilize 2.0-eV bandgap perovskites, enabling all-perovskite triple-junction ...

Solar cells represent a cornerstone in the global transition toward renewable energy, with ongoing efforts to improve their efficiency, sustainability, ...

In the relentless pursuit of renewable energy technologies, perovskite solar cells (PSCs) have emerged as a transformative force poised to ...

In the relentless pursuit of advancing solar energy technology, thin-film tandem solar cells have emerged as one of the most ...