Do you know that VBM misalignment can decrease the photostability of WBG #perovskite#solarcells? Iโm happy to share our work just published in @Joule_CP done by a great number of scientists from different countries.
@KAUST_KPVLab, @KAUST_Solar,@KAUST_PSE
https://t.co/OKsMMVIqg1
Check out our work on blade-coated perovskite/Si tandems, we stabilised the efficiency through VBM alignment via blended SAMs. @KAUST_KPVLab@KaustResearch@KAUST_PSE
#OA article from @KAUST_KPVLab@KAUST_News Enhancing the Performance of Blade-Coated Perovskite/Silicon Tandems via Molecular Doping and Interfacial Energy Alignment | ACS Energy Letters https://t.co/7SeoeppEjq
We had such an intense conference; full of discussions and nice talks #PSCO23 (organized by @SnaithGroup) And here is the @KAUST_KPVLab team at Oxford ๐
Proud of my group member @esmaugura and everyone involved in this prestigious result!
Happy to be in @KAUST_KPVLab and @KAUST ๐ฅณ๐ฅณ๐ฅณ๐ฅณ
One step beyond on perovskite PV!
Here, we go!
Super happy to announce that our monolithic perovskite/silicon tandem solar cell with efficiency of 33.2% is now on @NREL Best Research-Cell Efficiency Chart๐ This value is not only the best perovskite/silicon tandem but also the best 2J tandem๐ฅณ๐ฅณ
Proud of my friends/colleagues involved in this excellent work. We all should start considering moving towards sustainable materials. Congrats @ddcorzo and all ๐ฅณ
When fabricating tandems, the first limiting factor of stability can be not only the active layers but the interconnecting layer. Check out our recent work on metal-free ICLs for perovskite/organic tandems recently published in @ACS_AEM@ACS_AMI
https://t.co/6Fdlhn2ueU
Happy to see that our work on the impact of interfaces in both performance and stability in #perovskite#solarcells just got published in @NatRevMater@Nature. We address ways to overcome interface losses and increase toughness by molecular engineering.
https://t.co/JlhgyfYYwd