3.2V 54Ah Prismatic LiFePO4 Battery Cells for Professional Pack Integration
3.2V 54Ah Prismatic LiFePO4 Battery Cells for Professional Pack Integration
Belangrijkste kenmerken
Merknaam:
COENG
Modelnummer:
3,2 V 54 Ah prismatische LiFePO4-batterij
Plaats van herkomst:
China
Certificering:
CE
Minimale bestelhoeveelheid:
10
Prijs:
Service Quotation
Levertijd:
30
Betalingsvoorwaarden:
L/C, D/A, D/P, T/T
Productkenmerken
Markeren
3.2V 54Ah LiFePO4 cells
,prismatic LiFePO4 battery cells
,LiFePO4 cells for pack integration
Machineafmetingen:
Varieert per configuratie, doorgaans 10 x 2 x 2 meter
Garantieperiode:
12 maanden
Ondersteunde batterijtypen:
Lithium-ion, lithiumpolymeer, LiFePO4
Bedrijfstemperatuur:
-20°C tot 55°C
Automatiseringsniveau:
Halfautomatisch tot volautomatisch
Uitgangsspanningsbereik:
3,7V tot 48V (aanpasbaar)
Software-integratie:
Ondersteunt MES- en ERP-systeemintegratie
Bedrijfstemperatuur:
0-45°C
Batterijtype:
Lithium-ion, Lithiumpolymeer
Materiaalbehandelingen:
Transportbanden, robotarmen
Accuspanningsbereik:
604,8V-777,6V
Voeding:
Wisselstroom 220V/380V, 50/60Hz
Lasmethode:
Laserlassen, ultrasoon lassen, puntlassen
Kwaliteitsnormen:
ISO9001, CE-gecertificeerd
Lengte van de productielijn:
Meestal 10-30 meter, aanpasbaar
Productbeschrijving
3.2V 54Ah Prismatic LiFePO4 Cells for Professional Pack Integration COENG 3.2V 54Ah prismatic LiFePO4 battery cells provide a cell-level option for professional battery pack development. Nominal energy is 172.8Wh per cell, calculated from 3.2V × 54Ah. The elongated rectangular format, blue sleeve and exposed terminal interfaces support visual review of the cell envelope and connection layout before pack design. For engineering contractors and pack manufacturers, procurement
Algemene beoordeling
vijfsterren
100%
4 sterren
0
3 sterren
0
2 sterren
0
1 ster
0
Alle beoordelingen
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MWhat we appreciate most about the COENG EnerCube 3.0 is its integrated design. Having the batteries, PCS and supporting systems in one container made it easier for our team to review the equipment scope and plan the installation. The model comparison also helped us discuss power and capacity requirements more clearly
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JThe procurement discussions covered more than the battery specifications. Container dimensions, delivery access, unloading responsibilities and commissioning requirements were all important to our project planning. We valued having these points clearly defined before arranging shipment.
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MWe selected the COENG glove box for a laboratory project involving moisture-sensitive battery materials and small-scale cell assembly. Our purchasing priorities were controlled water and oxygen levels, accessible working space and practical sample transfer. Penny helped us review the chamber dimensions, antechamber sizes and gas supply requirements against our planned workflow. She also clarified the conditions associated with the specified below-1-ppm water and oxygen acceptance levels. The stainless steel workspace, internal shelving and dual antechambers matched the configuration we were seeking for our research station.
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