Solid Electrolyte– tag –
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Tattu Unveils Revolutionary Semi-Solid State Battery for Industrial Drones: 350 Wh/Kg, 1200+ Cycles, Enhanced Safety and Flight Time via Dual Electrolyte Innovation
Tattu China Overview Tattu has unveiled a revolutionary semi-solid-state battery for commercial drones, boasting an energy density of 350 Wh/Kg and over 1,200 charge cycles. This is achieved through dual electrolyte innovations, includin... -
Samsung SDI Announces 2027 Solid-State Battery Mass Production Plan, Targeting Robotics, AAM, and Drone Markets for Initial Penetration
The Elec Inc. South Korea Overview Samsung SDI announced plans for mass production of solid-state batteries in 2027, showcasing robotic and EV applications at InterBattery 2026. While offering high energy density and safety, solid-state ... -
Honda Develops Novel Dendrite Suppression Method for Solid-State Batteries, Achieving Cost Reduction and Extended Lifespan with Thin Plastic Barrier and Roll-Press Manufacturing
Top Speed Japan Overview Honda has reportedly developed a breakthrough method to prevent dendrite growth in solid-state battery technology. Their solution involves placing a thin plastic barrier where lithium crystals would otherwise for... -
MG (SAIC) to Launch PHEVs with ‘SolidCore’ Semi-Solid-State Batteries in 2027, Aiming for Enhanced Efficiency and Extended Range in Extreme Temperatures
Electrek China Overview MG (SAIC) announced plans to integrate its 'SolidCore' semi-solid-state battery technology into three new plug-in hybrid SUVs, starting with the MG ZS PHEV in 2027, following mass production of semi-solid EVs like... -
AZoM Reports Thiourea Coating Boosts Lithium-Rich Cathode Capacity Retention to 97% After 600 Cycles, Revolutionizing Solid-State Battery Performance
AZoM Unknown Overview Researchers have developed a thiourea-derived coating for lithium-rich manganese oxide (LRMO) cathodes, significantly improving their performance in solid-state batteries. This surface engineering method achieved an... -
Breaking Dendrite Dogma: Max Planck Points to Hydrostatic Pressure, As Chinese Firms Drive Solid-State Battery Mass Production
El Debate Spain Overview New research from the Max Planck Institute for Sustainable Materials has overturned a long-held belief, identifying hydrostatic pressure within lithium dendrites as the primary cause of solid electrolyte fracture... -
Argonne Lab Unveils 1-Nanometer Magnesium Oxide Coating: A Breakthrough for Sulfide Solid Electrolyte Stability
Argonne National Laboratory USA Overview Researchers at Argonne National Laboratory have identified and validated a 1-nanometer-thick magnesium oxide (MgO) protective coating that significantly enhances the chemical stability of sulfide-... -
Succinic Anhydride Effectively Suppresses Dendrite Growth in Lithium Metal Anodes, Improving Solid-State Battery Cycle Life
ResearchGate International Overview Succinic Anhydride has been identified as an effective deposition-regulating additive to suppress dendrite formation, a critical challenge for lithium metal anodes. This additive strengthens the solid ... -
Osaka University, AIST Unravels ‘Superionic Conduction’ Mechanism: Ions Flow Like Liquid Through Solid Crystal
Asia Research News Japan Overview A Japanese research team, including Osaka University and AIST, has for the first time elucidated the fundamental mechanism of 'superionic conduction,' where ions move through solid crystals like a liquid... -
Ultrathin Li3YCl6-Based Coatings Enable High-Areal-Capacity All-Solid-State Batteries with Improved NMC811 Cathode Cycling Performance
Chemistry of Materials (ACS Publications) USA Overview Researchers synthesized nanometer-thick Li3YCl6-based coatings on NMC811 cathodes via liquid-phase deposition and low-temperature annealing to suppress interfacial side reactions wit...
