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3.6V NMC Prismatic Cell

Acting as a professional lithium-ion renewable energy product and solution provider, based on the strong technology background, POWEROAD develops partnership with the tier-1 cell manufacturers in China, to offer an extensive lineup of NMC battery to customers.

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Description

3.6V NMC Prismatic Cell is the popular lithium NMC battery cell in many applications, its high energy density saves space, and the prismatic shape makes the configuration easier. And it can be used in the conversion of electric marine and caravan for backup power as the idle free system, or service system for working truck or mobile barista.

Key Features

– Has higher energy density than LiFePO4 battery cell.

– Saves space for flexible module design.

– The metal shell facilitates heat dissipation.

– Less series-parallel thanks to large capacity for each cell.

– CE, UL certificated.

Value-added Service

Our ISO-compliant factory has introduced the advanced testing equipment to double guarantee the quality of the cell, which makes the Chinese manufactured 3.7V battery cell a very good choice for various applications.

Specifications

Model

Capacity (Ah)

Dimension (mm)

AC-impedance (mΩ)

Weight (Kg)

Max. Discharge Rate

Max. Charge Rate

Connection

C-rate (C)

C-rate (C)

Width

Height

Thickness

Continuous

Pulse

Continuous

Pulse

L148N50B

50

148.2

101.9

26.66

0.6

0.86

1.2

6

1.0

8

Aluminum/L

ITPE60

60

149

120

29

1.1

1.09

1.5

3

1.0

2

Aluminum/L

Connection*: S means screw connection; L means laser connection.

FAQ

Q1: Can I use NMC battery for solar system?

A: Yes, you can configure the NMC prismatic cell with series and parallel to build a battery power bank, and then connect to a solar panel to DIY a solar system.

Q2: What does NMC stand for?

A: NMC is the material for battery cell’s positive pole. N stands for Nickel, M stands for Manganese, C stands for Cobalt. NMC cell has the advantage of high energy density, that means can save space, and has good performance under low operational temperature which can be down to -20℃ (-4℉).

Q3: How to protect the battery cell from short-circuit during transportation?

A: There is an insulating film wrapped over the metal shell of the cell, which can provide insulation for the cell during transportation, and there is a red film on the positive pole of the cell to have it recognized, also not the have both the positive pole and negative pole to be exposed, to avoid a short-circuit during transportation.

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