Do you know that VBM misalignment can decrease the photostability of WBG #perovskite#solarcells? I’m 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 😎
Proud of my group member @esmaugura and everyone involved in this prestigious result!
Happy to be in @KAUST_KPVLab and @KAUST 🥳🥳🥳🥳
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 Chart😎 This value is not only the best perovskite/silicon tandem but also the best 2J tandem🥳🥳
Proud of my friends/colleagues involved in this excellent work. We all should start considering moving towards sustainable materials. Congrats @ddcorzo and all 🥳
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