Solid-State Batteries & Fontier Battery Materials

Central European Times (CET). On the platform the times will automatically be changed to your time zone 

TechBlick | Welcome & Introduction 

Fraunhofer ISI | Technology and market roadmap for post-Li ion batteries* 

Sapienza University of Rome | Reactive Metals for the Energy Transition 

Helmholtz-Zentrum Berlin | Strategies for improving the properties of layered cathode materials for Na-ion batteries 

Meet The Speakers/Networking Break 

b-science | Solid-state / semi-solid Li-ion battery cells – a process-based categorization of divergent product development approaches 

High Performance Battery Holding | Drop-in production for solid-state batteries 

rhd Instruments | Improving Solid State Battery Materials Testing through Active Pressure and Temperature Control 

Feon Energy | Molecular electrolytes to suppress dendrite growth on Li-metal anode* 

Meet The Speakers/Networking Break 

Nawa Technologies | R2R VACNT electrote technology for fast charing Li ions* 

NanoGraf | Silicon Oxide Anode Materials: Performance Levels and Technology Roadmap 

Volexion | Conformal Graphene Encapsulation for Next Gen Li-ion Cathode Materials 

Zeta Energy Corporation | Lithium-Sulfur Batteries using 3D Li anodes and Sulfurized Carbon 

Meet The Speakers/Networking Break 

KnowMade | Solid-state batteries: update your understanding of the competitive and technology landscape thanks to patent analysis. 

AMG Lithium | Solid electrolyte technology: from precusors and raw materials to securing full value chain 

Prieto Battery, Inc. | 3D Battery Advancements 

Meet The Speakers/Networking Break 

Piersica | Solid State Battery Advances: Combining Li metal, thin seperator, and Si anode* 

University of Maryland | 3D ceramics and MIEC for solid state Li-metal batteries* 

University of Colorado Boulder | Garnet Solid-State Electrolyte Technologies* 

Central European Times (CET). On the platform the times will automatically be changed to your time zone 

TechBlick | Welcome & Introduction 

Shmuel De-Leon | Sodium Ion (Na- Ion) Battery Market 2024 – The Next Technology on Battery Mass Production 

Karlsruhe Institute of Technology | Sustainable and cost-effective synthetic route of bio-waste-derived hard carbon anode materials for Sodium-ion batteries 

ETH Zurich | Enhancing Sodium Battery Performance with Freeze-Cast NASICON Solid Electrolytes 

BroadBit Batteries Oy | Sodium salt battery technology:Status, manufacturing and applications* 

Meet The Speakers/Networking Break 

P3 Automotive | *Market Overview and Landscape for SSBs 

Customcells | Advanced and beyond Li ion batteries* 

Xerion Advanced Battery Corp | *Direct plating for electrodes from low-purity metal salts 

Fraunhofer IWS | Evaluation of columnar Silicon anodes in high energy Lithium-Ion- and solid state battery cells 

Meet The Speakers/Networking Break 

Materials Design | Advancing Battery Materials Through Atomic Scale Modeling 

Université de Picardie | NASICON electrode development for for Na batteries* 

Fraunhofer IKTS | Sodium-beta alumina electrolytes for Na based battery technology. 

ProjectK | Potassium-ion battery technology: Technology status, challenges and roadmap* 

Meet The Speakers/Networking Break 

The Coretec Group | Engineered Artificial SEIs for Next Generation Silicon Anodes 

Amprius | Transforming Electric Mobility 

Paraclete Energy | Unlocking Silicon's Potential: Embracing Polymers Beyond Carbon 

Meet The Speakers/Networking Break 

Blue Current | Dry silicon-rich polymeric anode materials* 

Stanford University | Machine learning in battery material discovery and development*