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LMFP, LFP and NMC pouch cells all use a flexible laminated pouch enclosure, but their cathode chemistries lead to different voltage profiles, energy-density potential, thermal behavior and design trade-offs. For OEM engineers, LMFP is a promising higher-voltage phosphate option, LFP is a proven choi Read More

Farasis P75 vs SK Innovation E777: 75Ah vs 77.7Ah NMC Pouch Cell ComparisonSpecifications, real-world pack design differences, and sourcing considerations for electric vehicle, industrial and energy storage battery projects.The Farasis P75 74.9Ah NMC pouch cell and SK Innovation E777 77.7Ah NM Read More

Kokam K103 103Ah Pouch Cells for Battery Energy Storage SystemsApplications, sourcing considerations, and how to compare K103 with K114 114Ah for BESS and industrial battery projects.Battery energy storage and EV fast-charging facility (illustrative image)All application images in this article are g Read More

How to Choose 60–80Ah NMC Pouch Cells for EV and Battery Pack ProjectsWhen a battery project calls for a 60Ah, 70Ah, or 80Ah pouch cell, capacity is usually the first number people compare.It should not be the last.Two NMC pouch cells with similar capacities can behave very differently once they are Read More

66160 40Ah LTO Battery Cell Guide: Why Lithium Titanate Is Built for Long Cycle Life & Fast ChargingWhen a battery system needs to charge frequently, deliver high power, operate for years, or work reliably in demanding environments, conventional lithium-ion chemistry is not always the best c Read More

LG P34 34Ah NMC Pouch Cell: A Compact High-Energy Battery for EV, ESS and Custom Battery PacksAs electric mobility, energy storage, robotics and industrial electrification continue to expand, battery designers are increasingly looking for lithium-ion cells that combine high energy density with a com Read More