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CALB D148N50D 2P7S Lithium Battery Module

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CALB D148N50D-2P7S Lithium ion battery module D148N50D-2P7S is a general-purpose ternary metal shell battery module designed and produced by AVIC Lithium Battery (CALB)
Description

Lithium Battery Module specifications and main performance parameters



Parameter

Product specification

Battery Model

D148N50D-2P7S

Cell model

L148N50B

Rated Capacity

100Ah

Rated voltage

25.62V

Dimension

409.1(L)* 151.6(W)* 108.3(H)±1mm

Weight

13.2kg

 

Operating Voltage

19.25~30.1V @T£¾0

17.5~30.1V @-20¡æ£¼T≤0¡æ

14~30.1V@T≤-20¡æ

Internal resistance

9.3mΩ

Recommended SOC use window

5%~97%

 

Operating temperature

Charging temperature£º-20~55°C

Discharge temperature£º-30~55°C

Cycle life

1000cycles @80%DOD

Normal temperature charge retention and capacity recovery capability

Charge retention rate≥85%

Capacity recovery rate≥90%

Store

Standard storage temperature: -20°C ~ 25°C

Absolute storage temperature: -20°C ~ 60°C

Storage humidity: <70%RH



Interface definition and installation instructions

 

 

Module low voltage interface

The module contains the FPC busbar connected to the pole, and the external terminal is Hirose ZG05L2-16P-1.8H type connector

module pin definition

 

 

Module high voltage interface



The M6 embedded nut is preset at the high-voltage interface of the block, and the connecting wire between the main electrode conductive row and the module is fixed by the embedded nut to realize the high-voltage connection between the module and the outside.

 

D148N50D-2P7S module high and low voltage interface schematic

 

 

 

D148N50D-2P7S module outline dimensions



 

 

How to use the lithium battery module

 

1. The charging current must not exceed the maximum allowable charging current specified. Charging with a current higher than the recommended value may cause problems with the battery's charge and discharge performance, mechanical performance, and safety performance, and may cause heat generation or liquid leakage.

2. The charging voltage must not exceed the absolute charging voltage specified. When the battery voltage is higher than the absolute charging voltage value, it may cause problems of the battery's charge and discharge performance, mechanical performance and safety performance, and may cause heat generation or liquid leakage.

3. The battery must be charged within the absolute charging temperature: 0 ¡æ ~ 50 ¡æ.

4. Connect the positive and negative poles of the battery correctly, and reverse charging is strictly prohibited. If the positive and negative poles of the battery are reversed, the battery will be scrapped and there will be potential safety hazards.


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