Online conference on next-generation battery technologies nears
February 4, 2025
‘Battery Materials: Next-Generation & Beyond Li-Ion Battery Technology’ is an online event scheduled to take place February 11-12, 2025. The conference, organised by TechBlick, covers the latest innovations and developments in applied research, materials, manufacturing and applications from around the world.
The event will focus on four major themes:
- Non-Li chemistries including Na, Al, etc
- Next-gen and frontier Li-ion anodes and cathodes
- Towards sustainable battery materials and processing
- Solid state batteries
The programme will bring together speakers from end-user companies, material developers, manufacturers, start-ups, as well as research centres and market analyst groups.
All talks will be given live online and will become available on demand after the event.
The full agenda is as follows:
11 February 2025
- Challenges And Opportunities For Solid-State Players – Avicenne Energy
- Next-gen battery strategies 2027+: Potentials and challenges for future battery designs and diversification in product portfolios to serve a large bandwidth of market applications – P3 automotive GmbH
- Sustainable materials and advanced characterization for the next generation batteries Stellantis
- Usage and expectation of the railway system for batteries SNCF
- Empowering an Independent future: Industrializing Sodium-Ion Battery Technology with Altris – Altris
- Anode and cathode materials for Na ion batteries Argonne National Laboratory
- Free-Standing Sn-Based Ribbon Anodes for Rechargeable Batteries via a Streamlined Melt Spinning Technique – Nanode Battery Technologies
- Advanced sodium ion batteries and its superior safety properties – UNIGRID Battery
- Printing technology as green alternative for thick layer Li Ion Battery electrode production – Fraunhofer IFAM
- Multilayer curtain coating for lithium-ion batteries – 8inks
- Reinventing manufacturing for better batteries Sakuu
- Powder-based Additive Manufacturing for Battery Applications – Lawrence Livermore National Laboratory
- Interface Evolution in Solid-State Batteries Georgia Institute of Technology
- Solid State Batteries: How Safe Are They? – Sandia National Laboratories
- R2R Manufacturing of 100% Si Anodes Graphenix Development Inc (GDI)
- The Next-Generation of Battery Separators Sepion Technologies
12 February 2025
- Enhancing battery safety in Sodium-Ion Batteries: Introduction of a novel electrolyte additive to suppress Sodium plating and improve lifespan E-Lyte Innovations GmbH
- 1Next-Generation Li-Ion Batteries: High performance through 5V Stable and Highly Conductive Inorganic Electrolyte Innolith
- 3D solid state batteries LionVolt
- Dry Electrode Manufacturing Technology-An Enabler for Low Cost Batteries AM Batteries
- Elastic Polymer-Encapsulated Micron-Scaled Si Particles: A Low-Cost Solution to High-Energy Lithium-ion Batteries Solidion Technology, Inc.
- Si anode technology with drop-in capability – SIONIC ENERGY
- Engineered Carbon Blacks for Energy Storage Applications – Orion Carbons
- Cellulose Batteries – Yale University
- Solution-Based Synthesis of Disordered Rocksalt (DRX) Li-ion Cathodes Oak Ridge National Laboratory
- Stabilized Cobalt-Fee Lithium-Rich Cathode Materials; Using Process Innovation to Create a Safe and Practical Next Generation Battery Material – Stratus Materials
- Sulfur cathode developments for lithium-sulfur SSB (Solid State Batteries) Pacific Northwest National Laboratory
- 3D graphene + Li-S technology with semi-automated manufacturing Lyten
- Anode Market Trends: The Rise of Synthetic Graphite? – Benchmark Mineral Intelligence
- Modified metal air battery for maritime and freight rail application – Metal Light Inc.
- Li-air battery systems with ionic liquids towards 1 KWh per L – Washington University in St Louis
- Iron-Chromium Flow Batteries with Complexing Agents for Long-Duration Energy Storage – Otoro Energy
Those interested in registering for the event can do so here.
