Erkan Aydın
@solarerkan
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Leading "Aydin Research Group" at LMU Munich | ERC StG Grantee | Ultra-efficient Photovoltaics | formerly Selcuk U., TOBB ETU, KAUST
Munich
Joined January 2011
Thrilled and honored to be awarded an #ERCStG grant by @ERC_Research! Very thankful to my peers and collaborators. #INPERSPACE will develop ultra-efficient #perovskite tandem solar cells for the new space era! Thus, I will be back in Europe. Stay tuned for open positions in 2023.
More than 3,000 ambitious young researchers entered the 2022 competition for ERC Starting Grants. 🎊 Congratulations to the 408 who were selected for 🇪🇺#EUfunded support this time! . Maybe you know one? List ➡️ . #ECR #PhDLife #PhDChat #AcademicChatter
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Perovskite/Si tandem solar cells hold immense promise. As a community, we address scaling and stability challenges, but efficiency remains a key focus. From our perspective, 37.8% efficiency seems like an achievable goal.
📢 Paper alert! 2T perovskite/Si tandems are advancing rapidly🎯We've defined a practical PCE target of 37.8%, grounded in metrics from cutting-edge Si and perovskite cells. Dive in and explore the path to higher efficiency!🌞.@Tom____Allen @solarerkan.
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RT @esmaugura: 📢 Paper alert! 2T perovskite/Si tandems are advancing rapidly🎯We've defined a practical PCE target of 37.8%, grounded in met….
pubs.acs.org
Monolithic two-terminal (2T) perovskite/silicon tandem solar cells are rapidly progressing toward higher power conversion efficiencies (PCEs), which has led to a prominent role for this technology...
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Today, we hosted Dr. Kassio Zanoni from @UV_EG, who delivered an insightful lecture in our Colloquium on advanced vacuum deposition techniques for #PerovskiteSolarCells. The key takeaway: vacuum deposition techniques are a promising route for advancing perovskite technologies.
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RT @NatureEnergyJnl: Raising the bar for breakdown ¦ Erkan Aydin @solarerkan discusses two studies presenting approaches to increase the to….
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Had the pleasure of previewing work on reverse bias degradation in #perovskite solar cells for @NatureEnergyJnl. Two independent US-based collaborative teams developed a mitigation strategy for the cathode & anode sides! Worth the check it #perovskite PVs!
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Had the pleasure of collaborating with Monica's team on this exciting work! Pulsed laser deposited perovskites show great promise among single-source deposition techniques for various optoelectronic devices, including solar cells.
Just out in @Joule_CP. Our work on efficient p-i-n #solar #cells with #passivated #PLD-grown #halide #perovskites. 🎉 Very proud of this #team work and great international #collaboration. Check it out!.@m3lab_ @ERC_Research
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RT @LMU_Muenchen: Huge success for LMU: In the renowned Shanghai Ranking #ARWU Ludwig-Maximilians-Universität (LMU) is the best German univ….
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Had a great visit to IPV! Discussed tandem photovoltaics and connected with fellow PV enthusiasts. IPV, a historically significant hub for PV research in Germany (c-Si, CIGS, a-Si), is evolving to a new shape under Michael Saliba's leadership.
☀️Monday #ipv_kolloqium by Dr. Erkan Aydin @solarerkan from @LMU_Muenchen & @KAUST_KPVLab presenting record efficiency results on 33.7% #perovskite_tandem #solarcells⚡️💡Impressive #outdoor_stability data & Heat/damp tests🔥💧Great to see encapsulation & scaling efforts🏭🔦
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RT @esmaugura: 🚨 paper alert 🚨 .In our latest research online @ScienceMagazine, we explored the importance of the perovskite absorber phase….
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In our previous reports, we focused on the interfaces of #perovskite subcells in #tandem structures. Now, with this work, we explore how our additive approach enhances the stability of perovskite films. For more details, you can read the article for free using the link above.
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For those with a keen interest in high-efficiency (with enhanced stability) perovskite-silicon tandem cells, our recent article in Science Magazine details our record efficiencies of 33.2% and 33.7% reported last year.
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RT @AlbrechtLab: Glad to have @solarerkan visiting @HZBde presenting pioneering work on perovskite/silicon tandem solar cells done @KAUST_K….
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Our latest research on #perovskite-based PV is now available as an open-access article in @NatureComms! For all fellows in academia and industry working in this field, this might pique your interest as we offer repeatable processing of C60 contacts. ▶️
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For those interested in reading further the details, please follow the link: If you do not have access to the journal -->
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Explore our latest review article in today's @ScienceMagazine focuses on the state of the perovskite/silicon tandem solar cells and insights into their path toward industrialization. Regardless of your knowledge and experience, you will find intriguing information. Happy reading!
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Surely the journey doesn't end here and there are several issues to be resolved. We believe further progress is not only possible but inevitable. If you are curious, dive into the details of our research through this link:
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Excited to share our latest work on triple-junction perovskite/perovskite/silicon tandem solar cells! In this work, we devised a strategy to solve phase instabilities in the perovskite absorber of the top cell with our PhD student Fuzong Xu, achieving a 26% PCE for a 1 cm2 area.
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Plus, we've slashed the indium usage (critical element) by almost 80%, which is promising for sustainable PV manufacturing. You can use the link to reach the article ▶️ @esmaugura @KAUST_KPVLab @KAUST_Solar @KAUST_News @KaustResearch.
nature.com
Nature - An independently certified power conversion efficiency of 32.5% for perovskite/silicon tandem solar cells is achieved through improved charge transfer at the amorphous indium zinc oxide...
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