Developments as of summer 2014The hottest kid on the organic-PV block is perovskites: in February 2012, Hardin, Snaith & McGehee published an article in Nature Photonics announcing "The renaissance of dye-sensitized solar cells". The inventors of one implementation, Oxford Photovoltaics Ltd (a spinoff of the University of Oxford) described their new technology in Science, in November 2012, and have a patent application pending for their dye-sensitized solar cell. For more, see recent papers by Henry J. Snaith's team. Folk have got excited because of the rapid increases in efficiency since 2009, combined with the very low cost and abundance of the raw material: as of summer 2014, the record was
Confirmed organic PV records under standard test conditionsProgress in Photovoltaics: Research and Applications publishes a biannual review of PV efficiency records, under the name Solar cell efficiency tables. The 2014 June review gave a record efficiency under standard test conditions for an organic PV cell of
. For an organic PV mini-module, the record is
Cells have higher efficiencies than sub-modules, which tend to have higher efficiencies than modules. A (sub- or mini-)module is made up of several cells , and power is aggregated from all of the cells. The most efficient cell in a (sub-/mini-)module will, by definition, have an efficiency equal to or higher than all other cells in that (sub-/mini-)module; and not all the module surface area is covered in cells; therefore record cell efficiency will always be higher than (sub-mini/)module efficiency.
Here's the recent history of organic PV cell record efficiencies (%, standard test conditions):
Overall PV recordThe record efficiency for any PV cell is
, for a InGaP/GaAs/InGaAs inverted metamorphic cell (2013-04), measured at 302 suns, AM 1.5, cell temp