Welcome to ATOMFAIR’s Battery Research and Science Hub. This curated educational repository delivers deep-tech insights, peer-reviewed analysis, and fundamental science guides on next-generation energy storage. Explore the core principles driving advanced lithium-ion battery innovations, solid-state engineering, and sodium-ion electrochemistry. From benchmarking high-capacity LIB chemistries to pioneering alternative cell architectures, our guides are designed to accelerate modern laboratory R&D.
Dry-Electrode LCO Delivers 180.94 mAh/g at 29.5 mg/cm2 Loading | atomfair
09_LCO-S01_atomfair_blog Opening Context LCO cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters The…
Lithium-Rich Manganese-Based Cathodes Approach 300 mAh/g in Half-Cell Testing | atomfair
10_LMR_atomfair_blog Opening Context LMR cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters The…
LFP Cathode Shows 155.13 mAh/g with a Stable 3.4 V Plateau | atomfair
11_LFP-S03_atomfair_blog Opening Context LFP cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters The…
Graphite Anode Delivers 346.69 mAh/g with 95.06% Initial Efficiency | atomfair
12_Gr-S01_atomfair_blog Opening Context Graphite anodes remain central to lithium-ion and sodium-ion development because their low-voltage storage behavior directly affects energy density, first-cycle lithium or sodium loss, and full-cell balancing. A reliable half-cell dataset gives researchers a practical baseline before moving to paired-electrode testing. Why This Dataset Matters The slide presents graphite anode in lithium metal…
Silicon-Carbon Anode Reaches 1802.15 mAh/g in Second-Cycle Testing | atomfair
13_SiC_atomfair_blog Opening Context Sic anodes remain central to lithium-ion and sodium-ion development because their low-voltage storage behavior directly affects energy density, first-cycle lithium or sodium loss, and full-cell balancing. A reliable half-cell dataset gives researchers a practical baseline before moving to paired-electrode testing. Why This Dataset Matters The slide presents silicon-carbon anode in lithium metal…
Sodium-Ion Battery Chemistry: Principles, Challenges, and Advances
Learn sodium-ion battery chemistry, including working principles, anode and cathode materials, electrolyte behavior, SEI challenges, and current research directions.
Solid-State Battery Commercialization Timelines
Solid-state battery commercialization is advancing from consumer electronics to EVs. Review timelines, electrolyte choices, manufacturing scale-up, and cost barriers.
NCA vs NMC High-Nickel Cathodes: A Comparative Analysis for Advanced Lithium-Ion Batteries
Compare NCA and NMC 811 high-nickel cathodes by capacity, voltage, cycle life, thermal stability, degradation mechanisms, and cobalt-driven material cost.
Portable Lead-Acid Batteries: Electrochemical Foundations and Engineering Innovations for Automotive Starting Applications
Technical primer on portable lead-acid batteries for automotive starting, covering electrochemistry, sealed SLI design, failure modes, and key engineering improvements.