@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
Honored to be posted!!! We appreciate the Oxford team @SnaithGroup and all super supportive collaborators, e.g., @wakamiyalab, for supporting us, with @jwangpv, on this exciting achievement!!
📣If you missed my MRS talk, now is free online as Editors' Choice! We show how PL heterogeneity in mixed cation mixed halide perovskite affects TRPL kinetics. Couldn't be more grateful to my mentors @gingerlabUW@SnaithGroup@JariwalaSarthak@rjewestbrook https://t.co/yhB7M0lZZm
Congrats to our DPhil student Irfan Habib🥳 for his just published paper on a "flying" NFA, and many thanks to Prof Weiwei Li and his team for the NFA. Not yet better than fullerenes, but a good start😀 https://t.co/JbvIj4UQWA @OxfordPhysics@StCrossCollege
How can we improve the crystallisation and homogeneity of wide-bandgap perovskite materials?
Our study provides a mechanism which explains the role of methylammonium chloride, ultimately improving 1.8 eV perovskite solar cells for all-perovskite tandems
https://t.co/cAixKIEQo5
Improving maximum-power-point-tracked efficiency and Voc of PbSn perovskite solar cells via the addition of a non-continuous layer of alumina nanoparticles 🤩
In this work we show how we obtain highly reproducible PbSn perovskite solar cells ☀️
https://t.co/D0XlJZxy6d
Professor Henry Snaith is working with colleagues @OxfordPhysics to develop low-cost, high-efficiency photovoltaic technology.
Their findings could rapidly accelerate the world's shift away from fossil fuels.
#WorldEnvironmentDay
Another milestone in #tandemPV🚀📈We did it again🦾Glad to announce that we’ve achieved a PCE of 33.7% in perovskite/Si tandem solar cells, setting a new record 🥳 @NREL
Let’s power a brighter, sustainable future together 💚🌍
@solarerkan @Tom____Allen @KAUST_KPVLab @KAUST_Solar
We had a lovely treat for our group meeting yesterday made by @akashdg09! It was eaten too quickly before we were able to measure its device performance… Thanks Akash for fuelling our Friday afternoon!
Intermediate-phase engineering via dimethylammonium cation additive for stable perovskite solar cells.
https://t.co/ExxNJ2PLGZ
@MonashUni@OxfordPhysics
🚨Publication alert!🚨
We worked with @UniofOxford, @NREL & @MonashUni to make a perovskite solar cell tough enough to live up to silicon.
It’s a big step on the road to making silicon-perovskite tandem devices a success!
Out now via @NatureMaterials:
https://t.co/1DBAoboyFc
Happy to have been invited to speak at this year’s @SuperSolarHub Annual Conference.
I will talk about the concept of mobility and apply it to 3D as well as 2D perovskites.
Hope to see lots of you there!
(Its FREE and you can still register)
Tomorrow (Wednesday) is day 2⃣ of the 2022 SuperSolar Conference
☀️With international speakers on Perovskites, Organic and Dye cells
Morning Session: 10.00-12.00 BST
Afternoon Session 14.00-16.00 BST
Interested? Register here: https://t.co/UpboHQp3C7
Very happy to be receiving a recognition award tomorrow at #DRA2022 from @DoctoralAwards in the category #NatLifeSci!
Check out my poster on Universal Current Losses in Perovskite Solar Cells Due to Mobile ions with @OxfordPhysics and @unipotsdam below!