ETC EC-AU206-NAH3L0 3.22V 206Ah LiFePO4 Battery
ETC EC-AU206-NAH3L0 3.22V 206Ah LiFePO4 Battery
ETC EC-AU206-NAH3L0 3.22V 206Ah LiFePO4 Battery
ETC EC-AU206-NAH3L0 3.22V 206Ah LiFePO4 Battery

3.2V 206Ah ETC EC-AU206-NAH3L0 LiFePO4 Battery Cells for Sale

ETC EC-AU206-NAH3L0 3.22V 206Ah LiFePO4 battery cells for sale

Product Introduction:

Application: Suitable for power systems, model EC-AU206-NAH3L0.

Basic Performance: Nominal capacity 206Ah, nominal voltage 3.22V, operating voltage range 2.5V-3.65V.

Charging Mode: Standard charging current 103.0A, maximum charging current 206.0A.

Discharging Mode: Standard discharging current 103.0A, maximum discharging current 206.0A.


Electrical Performance:

Cycle Life: Cycle life ≥ 3000 times, remaining capacity decreases to 164.8Ah.

Temperature Capacity:

At 25°C, capacity ≥ 206.0Ah.

At 55°C, capacity ≥ 206.0Ah.

At -20°C, capacity ≥ 144.2Ah.

Discharge Performance at Different Rates:

At 1/3C discharge rate, discharge capacity ≥ 206.0Ah.

Storage Performance:

At room temperature, recoverable capacity ≥ 195.7Ah.

At high temperature, recoverable capacity ≥ 195.7Ah.

Temperature Rise Performance:

Continuous discharge temperature rise ≤ 10°C.

Pulse discharge temperature rise ≤ 5°C.


Specification


Parameter

Specification

Remarks

Min. Capacity

206Ah  

0.5C ,25±2℃

Min. Energy

662.12Wh

1/3C , 25±2℃

Initial IR

≤0.4mΩ

30%SOC

Nominal Voltage  

3.22V

1/3C, 25±2℃

Operating Voltage

2.5V-3.65V

2.0V-3.65V

T>0℃

T≤0℃

Weight

4.0±0.2kg

/

Standard charging current

103.0A

25±2℃

Standard discharge current

103.0A

25±2℃

Fast Charge Performance

20min (3C )

10%~80%SOC, 25±2℃

Dimension

(204.4±0.5)x(53.8±0.5)

x(174.0±0.5)mm

/

Cycle

Performance

≥3000 cycles

At 25±2℃, 1C/1C, the residual

capacity decays to 164.8Ah

Operating Temperature

0-55℃

Charging Temperature

20-55℃

Discharging Temperature

Standard charging mode

At 25±2℃, the constant

current of 103.0A is continuously

charged to 3.65V, and the constant voltage is

charged at 3.65V until the

current is less than 10.3A

Maximum charging current

At 25±2℃, 206.0A constant

current continuous charging

Standard discharge mode

25±2℃, full charge using 1.3.1

standard charging mode,

103.0A constant discharge

to 2.5V, discharge cut-off

Maximum discharge current

206.0A constant current

continuous discharge at 25±2℃

High and low

temperature capacity

25℃≥206.0Ah

25±2℃ standard charge,

0.5C discharge

55℃≥206.0Ah

25±2℃ standard charging,

55±2℃ 0.5C discharge

-20℃≥144.2Ah

25±2℃ standard charging,

-20±2℃ 1.0C discharge

Rate discharge performance

1/3C≥206.0Ah

25±2℃, standard charge,

1/3C discharge

0.5C≥206.0Ah

25±2℃, standard charge,

0.5C discharge

1.0C≥206.0Ah

25±2℃, standard charge,

1.0C discharge

2.0C≥195.7Ah

25±2℃, standard charge,

2.0C discharge

Capacity can be recovered

at room temperature

≥195.7Ah

25±2℃, 30%SOC,

stored for 28 days

High temperature

can restore capacity

≥195.7Ah

55±2℃, 30%SOC,

stored for 7 days

Non-recoverable

self-discharge rate

≤3%/ month

New production and

shipment cell, 25±2℃,

30% storage for 3 months

Continuous discharge

temperature rise

≤10℃

Temperature rise measured

when the cell is

discharged at 0.5C current

to the cut-off voltage

Pulse discharge

temperature rise

≤5℃

In any state of charge,

each battery is

discharged at 2C

current for 10 seconds



Dimension


dimension


Product Life Management Requirements:

The service life is limited, and the internal resistance of the battery must be monitored and recorded.

When the internal resistance exceeds 200% of the initial value, the battery should be discontinued.

Safety Performance:

Complies with China’s mandatory lithium-ion battery certification standards, such as GB/T31485-2015.

Clamping force is required; the initial clamping force for a fresh battery should range from 300 to 500 Kgf.

Application Requirements:

The customer must configure a battery management system (BMS) to monitor the battery’s state.

The BMS must meet basic detection and control requirements, such as charge termination, overcharge protection, and discharge termination.

Safety Precautions:

Do not immerse the battery in water, expose it to fire, or expose it to high-temperature environments for extended periods.

Do not short-circuit the battery's positive and negative terminals or reverse charge it.

Avoid overcharging and overheating the battery.