Solid-State Batteries– category –
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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... -
Thermal Safety Review for Rail Transit Traction Batteries Compares Chemistries, Highlights Solid-State Battery Safety
Energy & Fuels (ACS Publications) USA Overview A comprehensive review examines thermal safety in rail transit traction batteries, comparing mainstream chemistries like LFP, NCM/NMC, LTO, and supercapacitors with emerging sodium-ion (SIB)... -
Talent New Energy Drives ‘Green Future’ with Solid-State Batteries, Announces Mass Production of Semi-Solid Electric Motorcycles with Yadea
WIPO International Overview Talent New Energy (TNE) announced solid-state batteries (SSBs) are key to advanced applications like EVs and low-altitude economy. In March 2026, TNE partnered with Yadea Group to mass-produce high-end electri... -
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... -
Direct Growth of Na-Ion Conducting Glass Solid Electrolyte Achieves Significant 6.2 Ω Interfacial Resistance Reduction for Room-Temperature Sodium-Sulfur Pouch Cells
ResearchGate International Overview To overcome high interfacial resistance in solid-state batteries, researchers developed a novel solid-liquid growth method to directly grow a Na+ conducting solid electrolyte on a sodium metal anode. T... -
Xiamen and Zhejiang Universities Achieve High-Safety 4.5V Lithium Metal Batteries with DES-Based Solid Polymer Electrolyte
IEST Instrument China Overview Researchers from Xiamen University and Zhejiang University successfully developed and evaluated a Deep Eutectic Solvent (DES)-based solid polymer electrolyte (SPE), DES-ETPTA, demonstrating superior thermal... -
Quantum Leap Innovations Announces Breakthrough in Solid-State Battery Durability with Novel Composite Electrolyte
InTheBatt International Overview Quantum Leap Innovations' research team announced a significant breakthrough in solid-state battery durability, successfully developing a novel composite electrolyte. Integrating specific ceramic and poly... -
MIT Researchers Boost Solid-State Battery Performance by 300% by Addressing Grain Boundary Dendrite Formation
InsideEVs via TechCrunch Disrupt USA Overview MIT researchers discovered that grain boundaries within solid electrolytes are critical structural weaknesses triggering lithium dendrite growth in solid-state batteries. Their breakthrough m... -
Max Planck Institute Uncovers Mechanism of Lithium Dendrite Failure in Solid-State Batteries, Published in Nature
The Robotics Media Germany Overview An interdisciplinary team at the Max Planck Institute for Sustainable Materials (MPI-SusMat) has identified and published in Nature the mechanism behind lithium dendrite-induced failure in solid-state ...
