Interfacial resistance– tag –
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ProLogium Revolutionizes Solid-State Batteries with ‘All-Inorganic Super Flow’ Electrolyte, Achieves 5-Minute Fast Charge and Cost-Efficient Mass Production
owl - note Taiwan Overview Taiwan's ProLogium Technology is breaking through key barriers to solid-state battery commercialization with its proprietary 'All-Inorganic Super Flow' solid electrolyte technology. This innovation overcomes th... -
Solid-State Battery Interface Breakthrough: Halide Electrolytes and In-Situ Polymerization Address Critical Commercialization Hurdles
PatSnap Eureka Global Overview In 2026, interfacial resistance, not bulk conductivity, is recognized as the primary barrier to solid-state battery commercialization. Beyond conventional oxides and sulfides, low-cost, high-conductivity ha... -
Solid-State Batteries in 2026: Navigating Advances, Persistent Challenges, and Future Use Cases
bonnenbatteries.com Global Overview As of 2026, solid-state batteries (SSBs) promise high energy density, superior safety, and rapid charging, yet they contend with critical technical hurdles such as high solid-solid interfacial resistan... -
Samsung Advances Solid-State Batteries with Silver-Carbon Interlayer, Achieving High Energy Density and Extended Cycle Life
AZoM South Korea Overview Researchers from Samsung R&D Institute Japan and Samsung Advanced Institute of Technology have made significant progress in addressing the critical solid-solid interface challenges in all-solid-state batteri... -
KERI Breakthrough: Nanotin Interlayer Resolves Interfacial Instability in All-Solid-State Batteries at Low Pressure
EurekAlert! South Korea Overview Researchers at the Korea Electrotechnology Research Institute (KERI) have developed a nanotin (Sn) interlayer control technology to resolve interfacial instability between lithium metal anodes and solid e...
