2022-2023 | Leading Global Speakers

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February 2023 | Conference & Exhibition | On-Demand in TechBlick Library |
| Avicenne Energy | Which technology is making the most progress to become the next generation battery technology? |
| Fraunhofer IKTS | Solid-state batteries and the development of co-sintered ceramic materials |
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EMPA | Thin-film solid-state batteries: from micro-devices to monolithically-stacked bulk batteries |
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Basquevolt | Solid state batteries as the key to accelerate the electrification of our society |
| b-science | Solid Electrolyte / High Energy Negative Electrode Permutations for High Energy Li-ion Batteries - an Innovation & Patent Analysis |
| VTT | The development of R2R processes for manufacturing solid state batteries in particular as part of the newly launched SOLID EU project |
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CNM Technologies | Enabling metal anode batteries by modifying the anode and separator interfaces with Carbon Nanomembranes. |
| RWTH Aachen University | Battery Atlas 2023: Shaping the European Battery Industry |
| Fraunhofer ISI | Solid-State Battery Roadmap |
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Lawrence Livermore National Laboratory | Laser Sintering of Solid-State Electrolytes |
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LiNa Energy | Development of New Sodium Battery Technology for Energy Storage Applications |
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Ensurge Micropower | Anode-less Solid-State Lithium Chemistry Enables Fast-Charging Microbatteries with High Energy Density |
| Solid State Battery Inc | Novel seperator for solid state batteries with enhanced ionic conductivity - status and roadmap |
| South8 | Liquified Gas Electrolytes for Next-Generation Batteries |
| Solid Energies | Solid As-Assembled Electrolytes (SAE) for SSB's with Si anodes |
| Li-Metal | Manufacturing Li metal foils using Li carbonate |
| Rho Motion | Second generation batteries, matching performance to the market. |
| Skeleton Technologies | Addressing high power requirements – Supercapacitors and high power batteries |
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Graphenix Development (GDI) | European Production of 100% Silicon Anodes at Megawatt Scale in 2023. |
| NanoXplore | Energy-dense, low-cost, silicon graphene anodes: tailored for both liquid and solid electrolyte batteries |
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LeydenJar Technologies | Innovation through the fusion of plasma science, battery science, and data science. |
| Meta Materials | Next-generation smart passive components for improved safety and performance in lithium-ion batteries |
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Brookhaven National Labs | Developing electrolytes for lithium batteries under low temperature and high voltage conditions |
| Ionblox | High Energy, Fast Charging Lithium Ion Cells Enabled By Pre-Lithiated Silicon Anode |
| Argonne National Laboratory | Machine learning in advancing Si anode batteries (TBC) |
| Echion Technologies | Development status and roadmap for niobium-based anode materials |
| Zinc8 Energy Solutions | Developer and manufacturer of long-duration, zinc-air-based Energy Storage Systems (ESS) designed to serve a wide variety of long-duration storage applications for utilities, microgrids, and Commercial and Industrial (C&I) customers |
| Chasm | Manufacturing Carbon Nanotubes at Gigafactory Scale |
| OneD Battery Sciences | Silicon-Anode with SINANODE nanowires- Silicon Simplified |
| General Motors Global R&D Center | Solid-State Electrolyte Separators for Li Metal Batteries: Using an Interlayer to Increase Rate Performance and Reduce Stack Pressure |
| Sila Nanotechnologies Inc | Drop-In Silicon Anode Technology: Latest Performance Data |
| WEVO-CHEMIE | Sealants, adhesives and resin solutions for flow batteries and other energy storage devices |
April 2023 | Short 2-hour networking | On-Demand in TechBlick Library |
| CIDETEC Energy Storage | Solid state battery development at CIDETEC: vision and highlighted results |
| Exide Industries | Opportunities & Challenges with Solid State Batteries |
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P3 automotive GmbH | Market Overview and Landscape for SSBs |
| Exponent | Considering Solid State Batteries from a safety standpoint |
February 2022 | Conference & Exhibition | On-Demand in TechBlick Library |
| Sino Applied Technology | Novel anode solution: graphene coating on nano silicon |
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Nanoramic Laboratories | 3D Carbon ultraconductive cathodes: R2R-coated binder-free materials with rapid drying in green solvents |
| Cabot |
Advances in Carbon Materials for Lithium Ion Battery Electrodes |
| CustomCells | Cathode Materials For Lithium Ion Batteries – Target actual Comparison: Limitations & Opportunities |
| Stellantis | The role of materials simulation in the design of Li-ion batteries: the case of Li2TiS3 cathode |
| US Army Research Lab | Before Li-ion Batteries |
| LiCap Technologies | R2R Activated Dry Electrode Process for Cost-Effective Production of Solid-State Batteries |
| Enevate Corporation | Commercial Ready High Energy Density Ultra-Fast Charge Cells |
| Sila Nanotechnology | Sila’s Drop-In Silicon Anode Technology for a Sustainable Future |
| Amprius | Full silicon nanowire anodes: towards highest energy density Lithium-ion batteries |
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Advano | Tailor-made REALSi for high-performance Li-ion batteries |
| General Motors | Solid-State Electrolyte Separators for Li Metal Batteries: Using an Interlayer to Increase Rate Performance and Reduce Stack Pressure |
| Yole | Solid-state battery – the next-generation battery system |
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EMPA | Interface Stability in Solid-State Batteries |
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Fraunhofer IWS | New anode concepts for solid state batteries |
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Morgan Advanced Materials | Opportunities for cathodes in commercialized solid-state batteries |
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P3 | Challenges And Opportunities For Solid-State Players - Can They Be Competitive On The Battery Market Within Automotive Applications? |
| BlueSolutions | Toward advanced LMP® batteries: commercial generations and innovation trends |
| Ilika | Micro to Giga Scale: Different Materials, Processes and Challenges |
| BrightVolt | Polymer solid-state electrolyte for lithium-Ion batteries: R2R and direct electrode bonding |
| Frontedge Technology | Cathode and anode considerations in the development of all solid-state Lithium battery |
| ION Storage Systems | The multilayer approach to solid-state battery electrolytes - Transforming traditional battery architecture |
| Prieto Battery | Advantages of a 3-Dimensional, Solid-State, Rechargeable Battery |
| Addionics | Using Advanced Battery Design to Truly Electrify Transportation |
| Sakuu Corporation | Additively manufactured solid state batteries: revolutionising the production process |