New Technology– category –
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Syntholene Energy Unlocks Geothermal Green Hydrogen: Completes Phase One SOEC Validation, Commences High-Power Phase Two in Iceland
Newsfile Corp. Iceland Overview Syntholene Energy Corp. has announced the successful conclusion of Phase One validation at its pioneering geothermally-integrated Solid Oxide Electrolyzer Cell (SOEC) demonstration facility in Húsavík, Ice... -
Stanford Researchers Develop Novel Hydrogen Production Method: Significantly Cuts CO₂ Emissions by Recycling Produced Hydrogen for Process Heat, Yields High-Quality Graphite Byproduct
Stanford University USA Overview Stanford researchers have developed a highly efficient, low-emission method for hydrogen production that significantly reduces CO₂ emissions by utilizing some of the produced hydrogen for internal process... -
First Hydrogen Acquires 60% Stake in RoboticsCo, Gaining 26 Patents to Launch “First Humanoid” Platform for AI-Enabled Robotics
Newsfile Canada Overview First Hydrogen Corp. announced a definitive agreement to acquire a 60% interest in Exodus Actuation Solutions Inc. (RoboticsCo), which holds an extensive IP portfolio with 26 issued and 10 pending patents in adva... -
DGIST’s Perovskite-Based Separator and Nitrogen-Doped Carbon Enable Li-S Batteries to Achieve 5C/12-Minute Fast Charging and 82% Capacity Retention After 1,000 Cycles
Facebook South Korea Overview Researchers at South Korea's DGIST have significantly boosted lithium-sulfur (Li-S) battery performance by developing nitrogen-doped porous carbon materials. This innovation enables 12-minute fast charging a... -
Li2S@C Nanocomposites in Lithium-Sulfur Batteries Enable Lithium-Metal-Free Configuration, Boosting Energy Density and Safety
PMC - NIH International Overview Lithium-sulfur batteries (LSB) hold immense potential with high theoretical energy density, low cost, and abundant material supply, but have been hampered by safety risks associated with lithium metal ano... -
CATL Unveils 175 Wh/kg Sodium-Ion Cell with Roadmap to 200 Wh/kg, Poised to Slash Renewable Energy Integration Costs
YouTube China Overview In early May 2026, CATL announced a groundbreaking sodium-ion cell achieving an energy density of 175 Wh/kg, along with a clear roadmap targeting 200 Wh/kg. This advancement indicates sodium-ion batteries are neari... -
Tesla Boosts EV Performance and Energy Storage with Advanced 4680 Battery Cells and Maxwell Technology Integration
CoinCodex USA Overview Tesla's efforts in battery technology, highlighted by its 2020 Battery Day, include the 4680 battery cell designed for enhanced energy density and reduced manufacturing costs. The company's strategic acquisition of... -
Tesla Commences “Gen3” 4680 Cell Production for Cybertruck with In-House Refined Lithium, Achieving 300 Wh/kg Energy Density
BASENOR USA Overview Tesla's Austin-built 4680 cells, integrated into Cybertruck production since January 2026, now feature a dry electrode process for both anode and cathode, a manufacturing innovation from Maxwell Technologies' acquisi... -
Novacium and Tokai COBEX Partner on European Silicon-Graphite Anodes, Targeting Next-Gen Li-Ion Battery Density
Stockhouse (HPQ Silicon Inc. Press Release) Europe Overview Novacium, a subsidiary of HPQ Silicon Inc., and Tokai COBEX have formed a strategic partnership to develop a European-sourced, integrated anode material solution for lithium-ion... -
Barcelona Institute of Materials Science Unlocks High-Efficiency Zinc-Air Batteries for Grid-Scale Storage
Facebook (Institute of Materials Science of Barcelona) Spain Overview Researchers at the Barcelona Institute of Materials Science have developed a novel technology to significantly improve zinc-air battery performance by reducing interna...
