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Great to see Nextrode early career researchers, past and present, collaborating on an editorial entitled "Lithium-ion batteries: manufacturing, modelling and advanced experimental techniques." 👍
👉https://t.co/T2Q8Wj63mZ
#battery@FaradayInst 🔋
📢 Check out the latest paper from @nextrode@FaradayInst which focuses on smoothing out spatial distributions in current, temperature, SoC and degradation across the plane of large format Li-ion battery pouch cells.
Read more at: https://t.co/61xbUCPpyi
Fantastic to read about the impact and progress made by the @FaradayInst community this year. An incredible range of activities and it is great to be a part of it🙂
#batteryresearch
🎁Our 2023/24 Annual Report is ready to be unwrapped🎁
See the achievements & progress the @FaradayInst community has made for the UK in #EnergyStorage research, commercialisation, market analysis & skills development⚡
Download now https://t.co/IpMp9kqYsd
📢 Hot of the press: collaboration between the @nextrode and @SolbatF teams on
"Fast-charging all-solid-state battery cathodes with long cycle life"
Check it out 👇
https://t.co/N8DS43EsFR
@FaradayInst#batteryresearch 🔋
Fantastic collaboration between the @Nextrode and @UK_BIC teams which is ongoing. It was great to see everyone mentioned in the case study at the Nextrode consortium meeting yesterday.
@Emjewls @CarlDReynolds Helen Walker 👏
#batteryresearch 🔋
12 Days of impact: Day 9🎁
@Nextrode and an Industry Sprint collaborated with @UK_BIC on electrode manufacture, with a key focus on how electrode slurry rheology changes, from lab to production.
👉 https://t.co/SOmSrufxmf
📩 Subscribe https://t.co/76w7lDDoQ8
12 Days of impact: Day 9🎁
@Nextrode and an Industry Sprint collaborated with @UK_BIC on electrode manufacture, with a key focus on how electrode slurry rheology changes, from lab to production.
👉 https://t.co/SOmSrufxmf
📩 Subscribe https://t.co/76w7lDDoQ8
📢 Check out our new collaborative paper from the @nextrode and @SolbatF teams at @OxfordMaterials👏
Visualizing the Li distribution in an ASSB composite electrode using combined PFIB microscopy and SIMS
https://t.co/ZF6qjmC12h
@FaradayInst#batteryresearch
📣The 2nd @UK_BIC / @FaradayInst collaboration case studies
Read here https://t.co/unZcB7wfyT
The collaboration has improved manufacturing yields through the identification of imperfections in the electrode coating process.
A great new paper just out from the team at the EIL @uclchemeng on the effect of cracking on electrode performance at different rates of discharge using X-ray computed tomography and electrochemical analysis.
https://t.co/pnKQdg85m6
@FaradayInst#battery
We are biased, of course, but we think this is a great example of academic / industry collaboration. Congrats to all involved 👏
@EnergyMatBham @Emjewls @UK_BIC
📣1st case study on the impact of @UK_BIC / @FaradayInst collaborations ⬇️
🔗 https://t.co/YFcTXfW4yw
Industry fellowship between @UK_BIC & @EnergyMatBham resulted in production cost and time savings by understanding the science behind scale-up of electrode slurries @Nextrode
ICYMI recent paper from @tayeba_safdar and Chun Ann Huang @imperialcollege with thanks to the @FaradayInst
Sulfur/carbon cathode material chemistry and morphology optimisation for lithium–sulfur batteries - now published in RSC Advances https://t.co/xv49yQ4NoM
#Faraday2024 poster prizes:
🏆 Research Progress & Findings: Sam Hare
🏆Scientific Content: Veronika Šedajová
🏆 Industrial Context : Gwen Chimonides
🏆Communication and Audience Engagement: Liam Bird
Check out what made the posters award winning🔗 https://t.co/nJetiIlmMT
🔋 PhD opportunities in Battery Tech! 🔋
Calling all #undergrads passionate about #EnergyStorage!
Explore the latest #PhDs in the #battery sector https://t.co/uIrADH2VNw
🔍𝐅𝐞𝐚𝐭𝐮𝐫𝐞𝐝 𝐏𝐡𝐃 𝐨𝐩𝐩𝐨𝐫𝐭𝐮𝐧𝐢𝐭𝐲 https://t.co/oXciwygQ0I
Congratulations to the @FaradayInst@ReLIBProject for winning @RoySocChem Environment, Sustainability & Energy 2024 Horizon Prize🎉
This award celebrates groundbreaking research and innovation, recognizing ReLiB’s transformative work in li-ion battery recycling♻️
#RSCPrize
Accepted! The words we love to hear. We created a new bilayer cathode for lithium-ion batteries using NMC and LFP in 2 separate layers and explained the increased capacity with a new model - the Multilayer Doyle-Fuller-Newman Model (M-DFN). https://t.co/RUAX4jTnAC