🔋 Join the upcoming webinar with Jon Ajuria from CIC @energigune_brta, Principal Investigator of The MUSIC Project, to explore how sodium-ion technologies can move from promising potential to real applications.
📅 18 June | 2:00–3:00 p.m.
🔗https://t.co/EH5NKRAjax
🔋⚡2years, one clear evolution.
Jon Ajuria, PI of The MUSIC Project, may look almost the same… but the sodium-ion capacitor technology in his hands has definitely grown.😉
From early cells to larger-format prototypes, we keep moving towards scalable, sustainable energy storage.
⚡Major milestone!
30 sodium-ion capacitor cells manufactured by #Beyonder arrived at CIC @energigune_brta for characterization before integration into the @BCARE_MB battery pack with an innovative Supercapacitor Management System.
A key step towards prototype demonstration. 🚀
🔋New progress in #MUSICproject!@UniJena is advancing innovative electrolytes for sodium-ion capacitors, improving stability, voltage window and high-rate performance while supporting sustainability assessment and future pouch-cell testing.
A key step for !!alable SIC technology!
🔬 New in #MUSICproject@Univ_Toulouse uses EQCM-D to study electrode behaviour in sodium-ion capacitors.
Results highlight the role of mass loading, pressure and binder composition in electrode stability.
Key insights for better SIC performance ⚡
#EnergyStorage#SodiumIon
🔬 New in #MUSICproject (WP4)
@UniJena set up an OEMS system for real-time analysis of gases during electrochemical tests ⚡
First studies analyse gas evolution in symmetric supercapacitors with aqueous Li₂SO₄ electrolyte.
Key step for safer, more reliable SICs!
📊 From fragmentation to clarity.
In #MUSICproject (WP8, led by KIT), a consistent LCA/LCC model for sodium-ion capacitors has been developed using real process data and aligned system boundaries.
First results show competitive environmental and cost performance. ⚡
📊 Why is it so hard to compare sustainability results in energy storage?
In #MUSICproject (WP8, led by KIT), a review of LCA/LCC studies shows a fragmented landscape with inconsistent methods and system boundaries.
A first step toward clearer, comparable assessments. ⚡
🔋New progress in the #MUSICproject by @IRTJulesVerne
Together with @CNRS-@NantesUniv they have demonstrated the viability of recycled PAN-based carbon fibres as negative electrodes for sodium-ion capacitors reaching capacities close to hard carbon with enhanced power capability
🔬Inside sodium-ion capacitors: understanding what happens at the electrode–electrolyte interface is key to better performance.
Advanced characterization helps uncover pre-sodiation mechanisms and SEI formation guiding the design of safer and more durable energy storage systems🔋
🔬⚡Turning biomass and CO₂ into advanced materials for energy storage.
In Deliverable 3.7, the #MUSICproject develops biomass-derived hard carbons and CO₂-derived carbon nanotubes to boost next-generation sodium-based energy storage.
A step toward sustainable battery materials
🚀#MUSICproject WP3 Update
We’re innovating sodium-ion capacitors with sacrificial salts for pre-sodiation — improving safety, stability, and porosity without gas evolution or swelling cells. 🌱
A step forward for scalable and sustainable energy storage! ⚡
#SodiumIon#Innovation
🔬✨ For the International Day of Women and Girls in Science, María Arnaiz (WP5 leader, #MUSICproject) joined the BIOOKLOGIA Podcast to discuss energy storage & introduce MUSIC — including our SuperNa-ion cap comic! ⚡📚
https://t.co/Z9i5oXII0S
🚉 This week, the #MUSICproject team met for our General Assembly in Münster, hosted by E-LYTE Innovations. 🤝
We discussed progress, aligned next steps, and recorded our mid-project video 🎥. Exciting things ahead! ⚡🌱
#EnergyStorage#Innovation#SodiumIon#Collaboration
📄 As promised — here’s a new #MUSICproject publication!
Our latest paper shows how rheology-driven slurry optimisation can cut processing time and energy use while keeping high electrochemical performance in capacitor electrodes.
🔗 Read it here: https://t.co/OK1xf3AT3x
📚 #MUSICproject in 2025: a strong year for science!
We published 3 peer-reviewed papers covering materials, sustainability and SIC technologies.
🔗 Revisit them here: https://t.co/OK1xf3AT3x
More publications coming soon 🚀
🚀 Kicking off the year with the #MUSICproject mid-project trifold!
A snapshot of where we are, the progress achieved so far, and the road ahead towards sustainable sodium-ion capacitors. ⚡🌱
📄 Discover it on our website
https://t.co/apbv07SIBR
🔋✨ Charging Holidays
As the year slows down, it’s time to pause, disconnect… and recharge.
Wishing the #MUSICproject community a Christmas full of energy, rest, and inspiration — ready to power up again very soon. 🎄⚡
🤝 #MUSICproject connecting with sister projects!
Jon Ajuria attended the final events of ENERGREEN and EMPHASIS, two MUSIC-endorsed projects with complementary strengths.
Sharing knowledge and building synergies to strengthen EU energy storage innovation. ⚡🌱