Application Article Center
Application Notes & Research Insights
Discover technical articles, application cases, and characterization methods for advanced battery development."
Evaluation of Electrolyte Wetting Performance At The Electrode Level – Anode Electrode With Different Compaction Densities
1. Abstract Electrolyte wetting is a critical process for lithium-ion cell performance: it controls ionic access to active material, influences rate capability and cycling, and affects initial manufacturing yield. This...
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BYD Blade Battery 2.0: Specs, Release Date, 190Wh/kg & 1000Km Range Explained
Abstract BYD Blade Battery 2.0 is the second-generation lithium iron phosphate (LFP) cell from BYD, released in March 2026 and entering widespread adoption in 2026 model-year vehicles including the refreshed...
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Entering Electrochemistry | GITT Analyzes The Diffusion Kinetics Of Lithium Batteries
Abstract The Galvanostatic Intermittent Titration Technique (GITT) test is an electrochemical method that determines the lithium-ion diffusion coefficient ($D_{Li^{+}}$) of a battery electrode material by applying a short constant current...
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Optimizing Battery Cycle Life: How External Stress Impacts Capacity Fading in LCO / Silicon-Carbon Anode Cells
Abstract External pressure exerts a non-linear effect on battery cycle life in silicon-carbon anode cells: moderate compression reduces capacity fading by improving interfacial contact, while excessive pressure accelerates degradation by restricting Li+ transport pathways. In-situ swelling analysis using...
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Quantitative Characterization Of The Effect Of Processing Techniques On Silicon-based Anode Materials
1. Preface This paper focuses on quantifying the extent of pressure damage to the material by using different pressures to flat-press silicon-based anode materials powders after calendering and making slurries,...
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What Sulfide Solid-state Battery Expansion Looks Like？
1. Preface In this paper, IEST has tested the expansion behavior of sulfide solid-state battery during charging and discharging by using a Solid Electrolyte Test System(SEMS) and a In-Situ Silicon-Based Anode...
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Stellantis And CATL Jointly Invest €4.1 billion To Build LFP Battery Plant In Spain
1. A Major European Investment: The Zaragoza LFP Battery Plant In a significant move for European electric vehicle production, Stellantis and Contemporary Amperex Technology Co., Limited (CATL) have officially announced a 50/50...
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Multi-physics Field Coupling Principle Of Lithium Plating In Pouch Cells
1. Abstract Lithium plating (lithium dendrite formation) remains a principal failure mode in lithium-ion pouch cells, especially under fast charging, low temperature or when electrodes age. This article summarizes mechanisms...
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Model Coin Cell In-situ Expansion Instrument Facilitates The R&D and Characterization Of High-capacity Silicon Anodes
1. Research Background The current lithium-ion batteries have increasing range requirements, and it is crucial to develop anode materials with high specific capacity and high cycle stability. Silicon is the...
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Li-S Energy’s GEN3 Lithium-Sulfur Battery Nears 500 Wh/kg in Commercial-Scale Cells
1. Introduction: A Practical Leap in Lithium-sulfur Battery Energy Density Australian battery innovator Li-S Energy has announced significant progress in lithium-sulfur batteries technology. The company reports that its latest full-sized pouch cells...
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In-Situ Analysis of Expansion Stiffness and Compression Stiffness in Lithium-ion Batteries
Abstract Cell stiffness measurement in lithium-ion batteries splits into two distinct concepts: compression stiffness (also called compressive stiffness) — resistance to elastic deformation under externally applied static load — and expansion stiffness — resistance to dimensional...
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Promoting Surface Electric Conductivity of LCO Material For High-Rate Performance
1. Research Background In lithium-ion batteries, the anode material, as the main part of lithium ion diffusion and electron transport, determines the performance of the battery to a large extent....
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