🔋 Did you know...? Zinc-air batteries can store renewable energy for days or even weeks! ⚡ At #HIPERZAB, we’re advancing zinc-air technology for sustainable, long-duration energy storage. 🌍🔬 Learn more 👉 hiperzab.eu/en

🌍 Energy storage powers climate action! ⚡ HIPERZAB enables renewable integration, cuts fossil fuel reliance, & reduces emissions, supporting SDG 13. 🔗 More info: hiperzab.eu/en/news-events…

🧪 Did you know...? that #HIPERZAB is replacing toxic materials with biopolymers? The project is developing a bilayer biopolymer #electrolyte – a safer, more sustainable alternative to conventional materials. It’s not only greener, but also boosts battery safety and performance!

🚀 HIPERZAB Steering Committee Update 🚀 Last week, we discussed next steps and key advancements in our project. Exciting upcoming conferences: 🌟 Momentom 2025 – Nagore Ortiz Vitoriano’s plenary on Zn-air batteries. 🌟 Aarhus PTX – Julian Seiler from DLR presenting the HIPERZAB

📍 #HIPERZAB General Assembly Last week, partners met in Turin 🇮🇹 for the 18-month GA at Politecnico di Torino . A key milestone: validation of Gen 0 #zincair batteries in WP7, integrating work from WP3–5 ⚡🔋 Great progress, great people! 📸 Group photo below ⤵️

🔍 Did you know…? at #HIPERZAB we are using Raman spectroscopy + multiscale modeling to understand degradation in #ZincAir batteries ⚡🔬 Two powerful tools to build longer-lasting, safer energy storage. 👇 Discover more:

🔋 Did you know...? At #HIPERZAB, we're using biopolymers like agarose in our electrolytes to create more sustainable, safer batteries! 🌱⚡ Innovation and sustainability, hand in hand 🤝

🔋 Meet HIPERZAB at the Aarhus Power-to-X Symposium 2025! 🗓️ May 21 | Session 4: Electrochemical storage 🎤 Julian Seiler (DLR) will present our work on rechargeable #ZincAir batteries under the #EICPathfinder program.

🔋 Behind HIPERZAB is a strong, multidisciplinary consortium covering the full value chain — from materials design to prototype testing. A reminder of the outstanding collaboration driving the development of next-gen rechargeable #ZincAir batteries.

📸 Snapshot from our recent portfolio meeting discussing progress and next steps in developing the innovative Electrically Rechargeable Zinc-Air Battery (ERZAB). Stay tuned for more updates! 🌱🔋

🔋 What excites you most about HIPERZAB?

🚀 #HIPERZAB Steering Committee 9 (SC9) successfully wrapped up! A productive session on recent progress, strategic planning, and tech updates — including exciting steps toward our next General Assembly in Türkiye.

🔋 HIPERZAB took part in the first #EICEnergyStorage & Cooling webinar today! 📌 "To shape an idea: how research can move to innovation" 🎤 With Fabrizio Tubertini (IIT) on tech transfer & entrepreneurship. Proud to help move Zn-Air battery research closer to real-world impact!

🔧 In the #HIPERZAB project, CEGASA reports a key challenge: Standard lead-free solder alloys don't adhere well to sintered porous Zn electrodes — poor wetting, almost no adhesion, and issues for cell serialization. ✅ One successful alloy has now been identified — a step forward

🔋 In #HIPERZAB, SINTEF has developed a 3D Zn electrode using Room Temperature – Cold Sintering Process (RT-CSP) — for the first time with battery-grade Zn powders! ✅ +16% porosity vs SoA ✅ Optimized composition & procedure 🔋 Towards mid-to-long term storage!

HIPERZAB update – WP4 by ADVENST 🔋 To boost GDE performance, nanometre-scale polymer coatings were applied to catalysts & GDL using CVD. The result: uniform films that improve surface properties and cathode performance.

🔋 #HIPERZABproject – WP4 Update by IREC IREC is developing low-CRM complex oxide catalysts for ORR and OER using Pulsed Laser Deposition to optimize oxide thin films for mid-to-long term energy storage. ⚡️ #EICpathfinder

🔋 Progress in #HIPERZAB by DLR - English! DLR has integrated the gel polymer electrolyte into the gas diffusion electrode — first step toward gel electrode assembly (GEA) for rechargeable Zn–air batteries. A key advance for mid-to-long term storage! 🔋⚡

🔋 #HIPERZABproject Update – Progress in WP5 by CICenergiGUNE! We're advancing toward a key milestone in bilayer gel polymer electrolyte development. Alkaline GPE shows strong ionic conductivity, and final tweaks are underway on the acidic side. 🌱

🧪 #HIPERZABproject WP5 update from @CICenergiGUNE: Exploring interfacial membranes to maintain stable pH gradients between alkaline & acidic gel layers. Results show promise for better control under optimized conditions!