We investigated the effect of different anions for piperazinium salts. We found and explained an anticorrelation of stability and efficiency (1.68 eV bandgap perovskite)
Good balance for PTsO with 96.4% of initial efficiency after 1000h ISOS-LC-1I
https://t.co/vhKrxu76hy
Check out our newest Perovskite/Organic Tandem Solar Cell results based on an isomeric diammonium passivation reaching record efficiency of 26%: https://t.co/QN86SF89jl and https://t.co/5gR59mmtFu
Thanks to Yongfang Li, Meng Lei, the main innovators behind.
Congratulations🥳
Five prizes in the Masterplan @SolarcityBerlin 2024 competition for @HZBde colleagues for their outstanding theses
Dissertation
🥇 @PeterTillmann20
🥈 D.Menzel (our group)
🥉 @MarleneHerlene
Master thesis
🥇 L.Zimmermann (our group)
🥈 N.Otto
Photo: Nils Lucas
Our work linking microscopic variations in recombination and charge extraction of #perovskite solar cells to performance and stability using operando microscopy is out now! https://t.co/Wso1KqINv7 1/5
KAUST, Helmholtz-Zentrum Berlin present 31.2%-efficient blade-coated perovskite-silicon tandem solar cell: The perovskite-silicon tandem device has a two terminal configuration and a 2D perovskite layers at the bottom… https://t.co/Z2OcEmPOoB #Renewables#Energy#Technology
Proud to see our first Perovskite Tandems successful in Space onboard OOVCube 🛰️🛰️🛰️ Big thanks to Dr. Frese from Rapid Cubes & Prof Stoll @TUBspace as well as all collaborators @AlbrechtLab @HZBde @fufan6711@Empa_CH and Kaufmann from PVComB https://t.co/IwwfDhPYmN
@OxfordPV becomes the first company to commercialize high-efficiency perovskite/Si tandem modules with their recent shipment to the US. A monumental achievement and a momentous one in our continuing fight against climate change.
Read more below:
https://t.co/K45534V5B5
Top performance whatever the doping ¦ Bernd Stannowski and Lars Korte @HZBde discuss new research achieving over 26.6% efficiency on silicon heterojunction #SolarCells based on p-type doped wafers. https://t.co/aH9vtLkgRu
#OA article from @AlbrechtLab
Atomic-Layer-Deposition-Free Monolithic Perovskite/Silicon Tandem Solar Cell Reaching 29.91% Power Conversion on Industrial PERX/TOPCon-like Silicon Bottom Cells | ACS Energy Letters https://t.co/zSo2GHADSD
For Perovskite/Silicon Tandems, we successfully replaced the ALD-buffer layer with industry-compatible evaporation of BCP. It enables efficiencies of 29.91% for tandems based on @Qcells_EU Q.ANTUM technology
Congrats @MarleneHerlene and Bor Li
@HZBde
https://t.co/6vtJDY6FMo
Sustainability pathways for perovskite photovoltaics
Our PostDoc @Kevin_J_Prince (formerly @NREL) published a perspective in @NatureMaterials
https://t.co/tQBUV6fIXr
Congratulations Lea Zimmermann! Our PhD student won a prize for the poster with the best scientific contribution at the International TandemPV Workshop in Amsterdam (25 - 27 July).