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 ➡️ https://t.co/NnGilOvX3z
#ECR#PhDLife#PhDChat#AcademicChatter
Scientits build high temperature-resistant perovskite solar cell with 26% efficiency: LMU researchers have developed a dual molecular reinforcement strategy for perovskite solar cells that strengthens grain… https://t.co/He8zzniUlj #Photovoltaics#EnergyStorage#RenewableEnergy
Perovskite–silicon tandem solar cells are a key PV technology. A team led by @solarerkan has now made a decisive advance in this approach. With specifically designed molecular contacts, an efficiency of 31.4 percent can now be achieved. #solarcells#lmu https://t.co/R4DKYviTsD
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!🌞
https://t.co/WQgi2gKA0F @Tom____Allen@solarerkan
📢 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!🌞
https://t.co/WQgi2gKA0F @Tom____Allen@solarerkan
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.
Raising the bar for breakdown ¦ Erkan Aydin @solarerkan discusses two studies presenting approaches to increase the tolerance against this reverse bias degradation of #perovskite#SolarCells. https://t.co/XUqiWu0XTJ
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! https://t.co/5kKz5J4Qki
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.
Huge success for LMU: In the renowned Shanghai Ranking #ARWU Ludwig-Maximilians-Universität (LMU) is the best German university. The Shanghai Ranking shows LMU rising a whole 16 places up the ranking list since last year and is now in 43rd place worldwide. 🏆
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.
🚨 paper alert 🚨
In our latest research online @ScienceMagazine, we explored the importance of the perovskite absorber phase stability, and discussed how to achieve an independently certified PCE of 33.7% perovskite/silicon tandems. For details 👉🏻👉🏻 https://t.co/Pn2PH2AzMb
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.
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.
https://t.co/nsDgUh3dzc
Glad to have @solarerkan visiting @HZBde presenting pioneering work on perovskite/silicon tandem solar cells done @KAUST_KPVLab and his future research on perovskite for space @LMU_Muenchen