3.2V 50Ah Lithium LiFePO4 Pouch Battery Cell

Details

3.2V 50Ah Lithium LiFePO4 Pouch Battery Cell

Description

3.2V 50Ah Lithium LiFePO4 Pouch Cell





Code A B c D E F( negative) G( positive) H
Dimension 310(+0,1) <123 123(+0.2,-0.4) 50 + 0.2 0.3 + 0.1 0.4 + 0.1 356 + 6
 
NO. ITEMS SPECIFICATION
1 Nominal Capacity 50Ah
2 Minimum Capacity 50Ah
3 Nominal Voltage 3.2V
4 Maximum Charge
Voltage
3.65V
5 Discharge Cut-off
Voltage
2.0V
6 Internal Resistance <lmQ (AC)
<3mQ (DC)
7 Maximum
Continuous Charge Current
1.5C(75A)
8 Maximum Continuous
Discharge Current
2C(100A)
11 Operating Temperature Charge:0°C 〜55°C
Discharge: -20°C-60°C
12 Storage Temperature Less than 1 year: -20°C 〜25°C
Less than 3 months: ・20°C〜45°C
13 weight 985g

EVPS 51.2V50Ah

The module design can be applied in the field of energy storage & low-speed electric vehicles, etc., with reliable structural strength design and module heat dissipation design.
1 Module Components 1P16S (Cell:ITPt123123310-500E/EVPS)
2 Module Model EVPS 51.2V50Ah
3 Rated Voltage 51.2V
4 Rated Capacity 50Ah (25°C, 1C, 2.00-3.65V)
5 Maximum Continuous Charging Current 0.5C@25°C
6 Maximum Continuous Discharge Current 1C@25C
7 Peak Current 2C@25C, 120s, SOCN30%
8 Operating Temperature Range Charge: 0C~55C,
Discharge: -20C~60C
9 Storage Temperature & Humidity (60% SOC) -20C〜45C & W 85%R.H
10 Insulation (1000V) 50MQ@25C@ W70% RH
11 Number of Temperature Acquisition Points 8PCS
12 Number of Voltage Acquisition Points 17PCS
13 Charge upper limit voltage/discharge lower limit voltage (single cell) 3.65V/2V
14 Recommended charge/discharge cut-off voltage (single cell) 3.5V/2.8V
15 Module weight 16±1Kg
16 Module External Dimension 368*235*129.8mm
 
EVPS12.8V/200Ah

The module design can be used in the field of energy storage, with reliable structural strength design and module heat dissipation design.
 
 
 
 
1 Module Components 4P4S (Cell:ITPt123123310-500E/EVPS)
2 Module Model EVPS 12.8V200Ah
3 Rated Voltage 12.8V
4 Rated Capacity 200Ah (25°C, 1C, 2.00-3.65V)
5 Maximum Continuous Charging Current 0.5C@25°C
6 Maximum Continuous Discharge Current 0.75C@25C
7 Peak Current 1.5C@25C, 120s, SOCN30%
8 Operating Temperature Range Charge: 0C~55C,
Discharge: -20C~60C
9 Storage Temperature & Humidity (60% SOC) -20C〜45C & W 85%R.H
10 Insulation (1000V) 50MQ@25C@ W70% RH
11 Number of Temperature Acquisition Points 1PCS
12 Number of Voltage Acquisition Points 5PCS
13 Charge upper limit voltage/discharge lower limit voltage (single cell) 3.65V/2V
14 Recommended charge/discharge cut-off voltage (single cell) 3.5V/2.8V
15 Module weight 17±1Kg
16 Module External Dimension 368*217*130mm
 
EVPS25.6V/100Ah

The module design can be used in energy storage applications with reliable structural strength design and module heat dissipation design.
 
 
 
 
1 Module Components 2P8S (Cell:ITPt123123310-500E/EVPS)
2 Module Model
EVPS25.6V100Ah
3 Rated Voltage 26.5V
4 Rated Capacity 100Ah (25°C, 1C, 2.00-3.65V)
5 Maximum Continuous Charging Current 0.5C@25°C
6 Maximum Continuous Discharge Current 1C@25C
7 Peak Current 2C@25C, 120s, SOCN30%
8 Operating Temperature Range Charge: 0C~55C,
Discharge: -20C~60C
9 Storage Temperature & Humidity (60% SOC) -20C〜45C & W 85%R.H
10 Insulation (1000V) 50MQ@25C@ W70% RH
11 Number of Temperature Acquisition Points 2PCS
12 Number of Voltage Acquisition Points 9PCS
13 Charge upper limit voltage/discharge lower limit voltage (single cell) 3.65V/2V
14 Recommended charge/discharge cut-off voltage (single cell) 3.5V/2.8V
15 Module weight 16±1Kg
16 Module External Dimension 368*235*129.8mm