Interfacial resistance– tag –
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Samsung SDI Unveils All-Solid-State Battery Prototype with Over 950 Wh/L Energy Density
The Korea Economic Daily South Korea Overview Samsung SDI has unveiled a new all-solid-state battery prototype, demonstrating a significant energy density exceeding 950 Wh/L and enhanced cycle life. This prototype integrates a proprietar... -
Chinese Academy of Sciences Develops PVDF-Based Gel Composite Electrolyte Retaining 84% Capacity After 350 Cycles, Boosting Solid-State Battery Durability
Electrek China Overview Researchers at the Dalian Institute of Chemical Physics, Chinese Academy of Sciences, have developed a novel PVDF-based gel composite electrolyte significantly enhancing ion conductivity and durability for solid-s... -
Xnergy Materials Details Solid-State Electrolytes: Sulfides, Oxides, and Halides, Highlighting Interface Challenges
Xnergy Materials USA Overview Xnergy Materials released a guide analyzing the properties and challenges of sulfide, oxide, and halide solid electrolytes crucial for solid-state batteries. The report emphasizes high energy density, enhanc... -
Umicore Unveils Next-Gen Cathode Materials for High-Performance Solid-State EV Batteries
Auto News Europe ベルギー Overview Materials technology group Umicore has announced a new generation of cathode active materials (CAM) specifically engineered for high-performance solid-state batteries. These novel materials address crit... -
Anker SOLIX Analysis: Solid-State Batteries Offer Theoretical High Density, Superior Safety, Yet Face Cost and Scalability Hurdles vs. Li-ion
Anker SOLIX China Overview Anker SOLIX's analysis identifies the solid electrolyte as the core differentiator for solid-state batteries, enhancing thermal stability but posing electrode interface challenges that can increase resistance. ... -
Microstructural Optimization of NASICON-Type LAGP Solid Electrolytes and Promise of Halide-Based Electrolytes: High Ionic Conductivity and Oxide Cathode Compatibility
ResearchGate International Overview This research details microstructural optimization of NASICON-type LAGP solid electrolytes for enhanced safety and performance in all-solid-state batteries. LAGP is crucial for its potential high ionic... -
ResearchGate Details Lithium Dendrite Suppression and Solid Electrolyte Role in All-Solid-State Lithium-Ion Batteries
ResearchGate International Overview This research emphasizes the superior safety, stability, and energy density of all-solid-state lithium-ion batteries while detailing the challenges and solutions for lithium dendrite growth in lithium-... -
Constructing Li3P/Fe Dual-Conductive Interface for High-Performance Garnet Solid-State Lithium Metal Batteries
ACS Publications USA Overview A study in ACS Publications introduces a novel Li3P/Fe dual-conductive composite interfacial layer, formed in-situ by coating FeP on garnet LLZTO solid electrolytes and reacting with molten lithium. This syn... -
Calendering Process for Solid-State Batteries: Precision Control Crucial for Performance and Integrity
PatSnap Eureka USA Overview Calendering for solid-state batteries (SSBs) demands precise control over pressure (30-100 MPa) and temperature (60-120°C) to prevent solid electrolyte damage and minimize interfacial resistance. Improper cale... -
Anode-Free and Solid-State Batteries: Performance, Challenges, and Outlook for Next-Gen Storage
PatSnap Eureka USA Overview Anode-free cells (AFCs) and solid-state batteries (SSBs) represent promising next-generation battery technologies aiming for higher energy density, improved safety, and enhanced performance. While AFCs theoret...
