Photo-induced charge transfer in the novel low bandgap polymer semicondictors and their use in photovoltaic devices
Sprache der Bezeichnung:
Deutsch
Original Kurzfassung:
A major breakthrough in solar efficiencies by one of the partner (from about 0.5 to more than 3 % under solar illumination) now brought this very promising field closer to commerciali- sation. The objectives of this project are to achieve a higher solar efficiency and a stability, which are considered as prerequisites for the commercialisation of plastic solar
cells. Therefore the consortium of academic and industrial partners will join competences and expertise in Chemistry, Physics and Industrial
Process Development in order to overcome within 3 years the last barriers before the large scale production of Plastic Solar Cells
Sprache der Kurzfassung:
Deutsch
Englische Bezeichnung:
Photo-induced charge transfer in the novel low bandgap polymer semiconductors and their use in photovoltaic devices
Englische Kurzfassung:
A major breakthrough in solar efficiencies by one of the partner (from about 0.5 to more than 3 % under solar illumination) now brought this very promising field closer to commerciali- sation. The objectives of this project are to achieve a higher solar efficiency and a stability, which are considered as prerequisites for the commercialisation of plastic solar
cells. Therefore the consortium of academic and industrial partners will join competences and expertise in Chemistry, Physics and Industrial
Process Development in order to overcome within 3 years the last barriers before the large scale production of Plastic Solar Cells
Forschungs-