Versandbedingungen
Verpackungsdetails: Kartons , Paletten oder Sperrholzkisten
Versandbedingungen: EXW, FOB, CIF, DDU, DDP
Versandart: Auf dem Luftweg, auf dem Seeweg, über Land
The CALB L310F140A LiFePO4 140Ah 3.2V battery cell is a high-capacity prismatic energy solution designed for demanding EV and energy storage applications. Mit hoher Energiedichte, geringer Innenwiderstand, and excellent cycle life, it delivers stable and reliable performance in large battery systems. Equipped with robust terminals suitable for module integration, this cell is widely used in electric vehicles, kommerzielle Energiespeicher, and industrial power systems. We support sample orders for testing and evaluation, as well as competitive pricing for bulk and wholesale projects. Choose dependable, export-grade LiFePO4 battery cells from a trusted supplier—durable, effizient, and ready to power your next energy solution.
Parameter
Spezifikation
Modell
CALB L310F140A
Akku-Typ
LiFePO4 (Lithiumeisenphosphat)
Form Factor
Prismatic Cell
Nennleistung
140 Ah
Typische Kapazität
142.1 Ah
Nennspannung
3.2 V.
Typische Spannung
3.16 – 3.22 V.
Betriebsspannungsbereich
2.0 – 3.8 V.
Lebensdauer
>1000 Fahrräder (25°C)
Standard Charge Method
CC-CV, 1/3C charge
Standard Discharge Method
1/3C-Entladung
Anwendung
EV, ESS, Industrial Power Systems
Anwendung & Integration Overview
Nicht nur CALB L310F140A 140Ah LiFePO4 prismatic cellis designed for high-capacity battery systems that require long cycle life, hohe sicherheit, und stabile Leistung. With its robust aluminum prismatic structure and high energy density, this cell is widely used in bothelectric mobility and energy storage applications.
Typical Applications
Elektrofahrzeuge (EV) and commercial electric transportation
Residential and commercialEnergiespeichersysteme (ESS)
Industrial backup power systems
Off-grid solar energy storage
Battery cabinets and containerized storage solutions
System Integration & Assembly The L310F140A cell featuresstud-type terminals, allowing flexible and reliable electrical connections during module and pack assembly. Cells can be integrated using:
Copper or aluminum busbarswith bolted connections
Laser welding or ultrasonic weldingwith conductive tabs
Series and parallel configurationsto achieve higher voltage or larger capacity battery packs
Module-based assembly (VDA or custom modules)for scalable battery systems
These flexible integration options make the cell suitable forcustom battery packs, modular storage systems, and large-scale energy solutions.
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