BATTERY 2030+

🤩 Read our project PHOENIX Smart Batteries's article on "Magnetically triggered self-healable silicon anode for Lithium-Ion batteries"!

🤩 Nothing makes us more proud then this! Way to go and what a collaboration SALAMANDER Project and HEALING BAT!

🌎Did you hear? SAFELOOP is going to be spotlighted in Los Angeles ⭐ https://lnkd.in/d5ePTRGc #BatteriesEurope #HorizonEU BATTERY 2030+ BEPA - Batteries European Partnership Association

📣 We are so proud present our project INERRANT Batteries 🔋 💚 🔍 Read more here, https://lnkd.in/giSZ8m3E #sustainability #batteryresearch #innovation #EU

📣 Curious about, exploiting defects in the design of battery materials? 🔋 Register for our Battery Excellence Seminar! 📅 October 29th @15:30 CET with one of the top scientists according to Stanford University and us of course! 👩🏫 Montse Casas Cabanas from CIC energiGUNE in Basque Country Spain. 🆓 The Seminar is FREE and online #battereis #batterymaterials #batterydesign #batterydefects 📗 Read more and register here, https://lnkd.in/dTssfuMk

🇫🇷 🇸🇪 🔋 French-Swedish conference on batteries October 7th-8th 2024! A fantastic event with many big battery stars and energy enthusiasts, focusing on research infrastructures, European cell manufacturing, mobility and grid applications among other topics on day one. Day two will touch on topics like solid state batteries, training and skills, energy footprints and French and Swedish research and competency efforts. A collaborations by Institut français de Suède Ambassade de France en Suède Uppsala University, Department of Chemistry - Ångström Chalmers University of Technology Université de Picardie Jules Verne CEA-Liten We are so excited to see so many of our Battery 2030+ members and partners joining in 💚

Introducing BatCAT - Battery Cell Assembly Twin: Revolutionizing Battery Manufacturing with Digital Twin Technology 🚀 BatCAT - Battery Cell Assembly Twin is driving the future of battery production by transforming the BATTERY 2030+ Roadmap into reality with advanced digital twin technology. By integrating data-driven and physics-based methods, BatCAT tackles the key challenges in digital manufacturing: Design, Operation, and Trustworthy Modelling. 🔋 What BatCAT Brings to the Table: Optimized Design & Efficiency: BatCAT enhances product and process design to improve quality and efficiency for technologies like Li-ion, Na-ion coin cells, and redox flow batteries. Through intuitive decision support systems, it simplifies complex manufacturing decisions. Real-Time Control: Leveraging real-time data, BatCAT enables live interventions in the manufacturing process, aligning with Industry 5.0 standards for precision and control, ensuring safe and efficient battery production. Trustworthy & Explainable Models: BatCAT's approach combines machine learning with ground-truth data to provide reliable, explainable AI models. Every decision is backed by solid, traceable data, ensuring transparency and accuracy. Validated in pilot production lines, BatCAT proves its versatility across different battery chemistries. In collaboration with industry-leading initiatives such as BATTERY 2030+, BIG-MAP, and EMMC, BatCAT ensures its innovations will shape the future of battery manufacturing. Stay tuned as BatCAT sets new standards for efficiency, sustainability, and innovation in battery production! ⚡🔋 #BatCAT #DigitalTwin #BatteryManufacturing #BATTERY2030 #DataDrivenInnovation #SustainableTech #Industry50 #AdvancedMaterials #CleanEnergy

🔋 SALAMANDER Project Holds 3rd General Assembly Meeting The SALAMANDER Project recently convened its 3rd General Assembly Meeting virtually. This event provided an excellent platform to assess our progress and exchange ideas on the innovative work ahead. The discussions were engaging, with a strong focus on our next steps. As we continue to move forward, SALAMANDER remains committed to revolutionizing battery technology with embedded smart sensors and self-healing capabilities, making a significant impact on sustainability🌍 We are grateful to everyone who participated and contributed to the discussions. Special thanks to our coordinator Samson Lai from Institute for Energy Technology for organizing this meeting. The session provided a clear understanding of the progress made so far and what’s on the horizon for the project. To learn more about the SALAMANDER Project and our efforts to improve battery technology, visit our website: https://lnkd.in/dNZZzeXu. Follow the SALAMANDER Project, co-funded by the European Commission in partnership with the BATTERY 2030+ initiative and @Batt4EU. Institute for Energy Technology; University of Oslo; Universidad del País Vasco/Euskal Herriko Unibertsitatea; POLYKEY; Uppsala University; Kemijski inštitut - National Institute of Chemistry; University of Pardubice, ITE; Fraunhofer-Gesellschaft; @IFE-Invest; WMG, University of Warwick Together, we are building a cleaner, greener energy future! 🌱 #SalamanderProject #SmartBatteries #Battery2030 #SustainableInnovation #CleanEnergy

Check out PHOENIX Smart Batteries excellent progress in developing the Battery Management System #BMS #batteries #energy #storage #research #EU

🎉 We are so excited to present our new project Li4LIFE EU Project! 🎉 This project will be focusing on technologies for sustainable, cost-efficient and low carbon footprint downstream processing & production of battery-grade materials. Welcome to the Battery 2030+ family 🔋 💚 Please follow to keep up with their research and progress! #innovation #research #sustainability #teamwork