Did you know the #MUSICproject has a community on #Zenodo? 🎶🔋 We’ve started uploading our first datasets & publications — more to come! 🧪 Explore here: zenodo.org/communities/mu… Stay tuned for upcoming posts on the content!

⚡ What if energy storage charged in 10 seconds, lasted 100,000+ cycles, and was made from eco-friendly materials? That’s the promise of #SodiumIonCapacitors (SICs). A strategic alternative to lithium. #MUSICproject #EnergyStorage

🌍🔋✨ On Wednesday, we held our monthly Work Package leaders meeting for the #MUSICProject! 🚀 Exciting progress on #sodiumion #capacitors as we plan the next steps toward next-gen metal-ion tech ⚡ Big milestones are on the horizon! 🌱

🚀 Big news from the #MUSICproject! We’ve just submitted Deliverable D5.2, advancing sustainable sodium-ion capacitors (SICs)! ⚡🔋 ✅ Focus: Eco-friendly positive electrode with activated carbon

🔋 #MUSICProject Update: Part 2 of Deliverable D5.2 focuses on the negative electrode for sodium-ion capacitors! Using hard carbon & a water-based slurry, we optimized dispersion, binder systems, and coating for scalable, eco-friendly production.

🌍 Fatemeh Bahmei from the #MUSICproject presented at #SAM19 on eco-friendly sodium-ion capacitors (#SICs) using biowaste-derived activated carbon. Promising sustainable energy storage! ♻️🔋 #LCA

Versatile. Scalable. Future-ready. ⚡ Sodium-ion Capacitors (#SICs) power the energy transition by: 🚍 Recovering braking energy in e-mobility ⚡ Supporting hydrogen fuel cell vehicles ☀️ Stabilizing renewable grids 🏭 Enabling high-speed industrial apps #MUSICproject #SodiumIon

🌍 This #WorldEnvironmentDay , the MUSIC project asks: Can sodium-ion capacitors offer a cleaner, more sustainable alternative to lithium-ion batteries? Through life cycle assessment, we evaluate their true environmental impact — guiding the future of energy storage.🌱

🎤 On May 28, Hugo Mazoyer (IRT Jules Verne) presented his WP4 work from the #MUSICproject at the 2025 #EMRS Spring Meeting — focusing on valorising carbon fibers as electrodes for sodium-ion capacitors. Great exchanges with students & professors followed!

🔋 UP Catalyst was at #BatteryShowEurope 2025 (June, Stuttgart) presenting their EU-funded hard carbonfor sodium-ion batteries! 🌱 Made from lignin, it's cost-competitive, climate-negative & sustainably sourced in Europe. Proud to share this within the #MUSICproject!

🚀 Amaia Sáenz de Buruaga presented the EU project #MUSIC at Innobasque’s event on R&D funding for industry. Representing #Bcare, she highlighted MUSIC’s market impact and the value of international collaboration. 25 people from 21 companies attended! 🌍 #EUfunding #EnergyStorage

The #MUSICproject held its 6th General Assembly in Tallinn, hosted by UP Catalyst. At month 30, we enter the final phase: scaling materials, pilot-line electrodes, first prototypes, and i-SMS system development. Thanks to UP Catalyst for the inspiring visit! ⚡

The #MUSICproject is redefining energy storage with a clear goal: a safe, green, and scalable solution for the future. Backed by cutting-edge research and sustainable innovation. 🌱🔋

📢 New milestone for the #MUSICproject! Deliverable 5.4 is now online, reporting the successful development of a 100F sodium-ion capacitor prototype. A key step toward sustainable, high-performance hybrid energy storage systems! 🔗 musicproject.eu/en/results-res…

🚀 New milestone in the #MUSICproject! Deliverable 7.2 is out: we’ve developed a LIC module with a full i-SMS system for monitoring, control & protection. This prototype sets the stage for the 12 V sodium-ion capacitor module. 🔗 Read more: musicproject.eu/media/uploads/…

⚡🎉 The adventure continues! 🎉⚡ Episode 3 of the #SupernaIonCap comic is here! This time our hero dives into electrolytes, binders & prototypes to unleash the full power of #SodiumIon batteries. 👉 Don’t miss it! musicproject.eu/en/news-events…

📢 New #MUSICproject Deliverable D3.1! Partners developed advanced materials for #SodiumIonCapacitors — from biowaste-derived carbons to new electrolytes and recycled carbon fibers — paving the way for sustainable, high-power energy storage. musicproject.eu/en/results-res…

🧪 #MUSICproject update! CIC energiGUNE has developed hard carbon from biowaste olive pits and xylose, integrating UpCatalyst carbon nanotubes to boost electrochemical performance — a step forward for sustainable #SodiumIon capacitors. ⚡

🚀 #MUSICproject WP3 update from UP Catalyst! ▶Hard carbon from biowaste showing high efficiency ▶CO₂-derived carbon nanotubes boosting SIC performance ▶Scaling to 8-10kg batches for even better results ▶Proprietary nanotube synthesis advancing SIC electrodes

🚀 The #MUSICproject held its Exploitation Kick-off Meeting led by EURIDA! Together we’re turning research into real impact — building the business case for #SodiumIon capacitors ⚡, engaging stakeholders 🤝 & shaping our Exploitation Roadmap 🌱🔋 #EnergyStorage #Innovation