Developing efficient upconverter silicon solar cell devices
- Goldschmidt, J.C.
- Aeberhard, U.
- Capek, R.
- Debije, M.G.
- Evers, W.
- Fischer, S.
- Fröhlich, B.
- Hermle, M.
- Herter, B.
- Ivaturi, A.
- Krämer, K.W.
- Lifshitz, E.
- Martín-Rodríguez, R.
- MacDougall, S.K.W.
- Meijerink, A.
- Moulin, E.A.
- Müller, T.C.M.
- Paetzold, U.
- Richards, B.S.
- Wolf, S.
- Warzecha, M.
- Wouters, C.
- Zhao, Y.
Publication date
January 2013
DOIAbstract
Advanced systems for harvesting sub-bandgap photons via upconversion were investigated, comprising improved upconverter materials, adapted silicon solar cells, nanocrystalline quantum dots and spectrally selective photonic crystals. Upconversion increased JSC by 13.3±3.0 mA/cm2 at 207±86 suns
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