Redefining Battery Performance with E-magy at AABC Europe 2026
Connect with us to learn how our silicon anode material is transforming next-generation batteries in drones, consumer electronics applications, and solid-state battery technology.
📆19-21 May 2026
📍Mainz Congress, Rheingold Hall, Mainz, Germany

Why meet with E-magy?
Dive into our lighthouse projects
Discover the impact of pure silicon in real-world applications like Drones, Consumer Electronics, and in Solid-State Batteries.
Explore Advanced Anode Materials
Discover how our innovative materials enable higher energy density and faster charging for next-gen batteries.
Gain Expert Insights
Attend our live presentation

Join our presentation
Marco Spreafico
Marco holds a PhD and brings years of experience in the Li-ion battery industry, working closely with cell developers and OEMs. His background spans materials and surface engineering, with a focus on translating advanced materials into high-performance, commercially viable battery solutions.
📆 20 May 2026 | 🕗 10:35 CEST | Chemistry - Part 1 track
🗣️ Presentation
Silicon in Action: Silicon-Dominant Cells in Consumer Electronics and Drone Applications
🔍 What you’ll discover
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Multilayer Pouch Cell Results: First-look data on how our silicon-dominant anodes deliver higher energy density and faster charging in real-world pouch cells.
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Electrolyte Development - E-magy’s Stability Breakthroughs: How we’re optimising electrolyte formulations to enhance stability and performance in high-silicon anodes.
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Lighthouse Projects - Real-World Battery Applications: Drones/eVTOLs, and wearables - how our silicon anodes are already powering the future.
💡 Why attend?
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Exclusive insights from our latest tests and projects
- Live Q&A - bring your questions on silicon anodes and battery innovation.
Resources
Brochure
Discover how E-magy can be your partner in unlocking new performance for batteries across Drones, Consumer Electronics, and Electric Vehicles.
DownloadVideo
Discover how our technology enables higher energy density, faster charging, and reduced silicon expansion for next-generation battery applications
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