Novel highly efficient polymer solar cells show great promise for large-scale production.

Novel highly efficient polymer solar cells show great promise for large-scale production.
Replacing the commonly used ITO/Ag contact stack with aluminum allows for an increased efficiency and lower manufacturing costs of heterojunction solar cells.
A nanophotonic approach makes ultrathin CIGSe solar cells with high efficiencies possible.
A new approach with the potential to overcome efficiency loss of solar cells.
High-throughput combinatorial experiments reveal current/voltage trade-offs in chalcostibite thin film solar cells.
The device performance of aqueous-processed polymer/CdTe hybrid solar cells is dramatically improved after incorporating CdTe nanocrystals with Cl.
In a recent study, researchers succeeded in applying chickpea and wheat DNA as bridging unit and thin tunneling layer at the TiO2/dye interface.
Scientists from Singapore and China have developed flexible titanium dioxide photoanodes with a multilayered structure.
A team of researchers from the U.K. and Germany present the technology behind an exciting phase of solar cell technology: solar trees.
The Centre for Solar Energy and Hydrogen Research Baden-Württemberg (ZSW) has nudged up the performance bar for thin-film solar cells yet another notch.