Published record
Prismatic form-factor illustration, not a photograph of REPT BATTERO CB39148108EA
Form-factor illustration · not a model photograph
LFP / LiFePO₄Prismatic

REPT BATTERO CB39148108EA

REPT BATTERO CB39148108EA 72Ah LFP prismatic cell. Values are cataloged from revision 01/01 dated 2024-02-15.

Capacity

72Ah

Chemistry

LFP / LiFePO₄

Format

Prismatic

Weight

1.39kg

Specification

Engineering parameters

Core fields 4/4 · 0 individually confirmed fields
Coverage counts capacity, voltage, dimensions and weight; it does not certify the model. Missing fields are not zero. Expand each metric to inspect its conditions and evidence.

BrandREPT BATTERO
ModelCB39148108EA
Form factorPrismatic
ChemistryLFP / LiFePO₄
Nominal capacity72Ah
Nominal voltage3.17V
Voltage range2–3.65 V
Dimensions148.66 × 39.72 × 111.01 mm
ApplicationRechargeable
Energy (calculated)228 Wh
Gravimetric energy density (calculated)164 Wh/kg
Volumetric energy density (calculated)348 Wh/L
Max continuous charge
≤108 A
Conditions & source

最大持续充电电流 Maximum Continuous Charging Current 108A SOC ≤30% 25±2°C

Source version: I · Page 6

Source datasheet (access rules apply)
Max continuous discharge
144 A
Internal resistance
≤0.5 mΩ · AC 1000 Hz
Conditions & source

电池内阻 ACR (1 kHz) ≤0.5 mΩ 新鲜态 ~ 17% SOC

Source version: I · Page 7

Source datasheet (access rules apply)
Cell weight
1,390 g
Cycle life
≥4,000 cycles · EOL 70%
Conditions & source

25±2℃、初始300±20kgf、StepCharge充电、1.0I1放电至2.5V、各静置30min,至初始容量70%。

Source version: I · Page 10

Original excerpt

Product Specification CONFIDENTIAL REV. : 01/01 Page: 6 of 13 Date: 2024-2-15 6 3) 在 55±2℃下将电池以 1.0I1(A)电流放电至 2.5 V 并 记录放电容量(Ah). Discharge with a current at 1.0I1(A) to 2.5V and record discharge capacity(Ah). 4) 将电池在 25±2℃静置 12h 并检查电池的外观. Temperature: 25±2℃ for 12 hours and check the appearance of battery. Discharge capacity ≥ 99%*Nominal capacity 4.3.5 低温放电 Low temperature discharge capacity 1) 根据 3.17 将电池充满电 Full charge cell according to No. 3.17. 2) 将电池在-20±2℃下静置 24h. Temperature:-20±2℃ rest 24 hours. 3) 将电池以 1.0I1(A)电流放电至 2.0V 并记录放电容 量(Ah). Discharge with a current at 1.0 I1(A) to 2.0V and record discharge capacity(Ah). 4) 将电池在 25±5℃静置 12h 并检查电池的外观. Temperature: 25±5℃ for 12 hours and check the appearance of battery. 无变形、膨胀、漏液 No apparent deformation and leakage 放电容量 ≥ 70%*初始容量 Discharge capacity ≥ 70% * Nominal capacity 4.3.6 循环寿命 Cycle Life 1) 测试温度: 25±2℃。 Test temperature: 25±2℃. 2) 初始夹紧力 300 ± 20Kgf Under 300 ± 20 Kgf preload 3) 采用 StepCharge 方式充电,静置 30min 。 Use StepCharge mode to charge and stand by 30min. 4) 将电池以 1.0I1(A)电流放电至 2.5V,并静置 30min Discharge with a current at 1.0I1(A) to 2.5V and stand by 30min. 5) 重复 3)和 4)步骤, 直到电池容量小于 70% 的初始 容量,并记录循环次数。 Cycle step 3) and 4) until the battery capacity is less than 70% of the initial capacity and record cycle number. 循环寿命 ≥ 4000 次 Cycle number ≥4000 times 4.3.7 室温存储和恢 复 Room temperature storage capacity remaining and recovery 1) 测试温度: 25±2℃. Temperature:25±2℃. 2) 根据 3.17 将电池充满电. Full charge cell according to No. 3.17. 3) 将电池在室温下存储 28 天. Storage cell battery at temperature of 25±2℃ for 28 days. 4) 将电池以 1.0I1(A)电流放电至 2.5V,并记录剩余 容量(Ah). Discharge with a current at 1.0I1(A) to 2.5V and record as remaining capacity. 5) 根据 3.17 将电池充满电. Full charge cell according to No. 3.17. 6) 将电池以 1.0I1(A)电流放电至 2.5V,并记录恢复 容量(Ah). Discharge with a current at 1.0I1(A) to 2.5V and record as recovery capacity. 无变形、膨胀、漏液 No apparent deformation and leakage 剩余容量 ≥ 97%*初始容量; Residual capacity ≥ 97% * nominal capacity. 恢复容量 ≥ 98%*初始容量 Recovery Capacity≥98%* Initial capacity 4.3.8 高温存储和恢 复 High 1) 根据 3.17 将电池充满电. Full charge cell according to No. 3.17. 2) 将电池在 55±2℃下存储 7 天。 无变形、膨胀、漏液 No apparent deformation and leak-out

Source datasheet (access rules apply)

Not provided: Max pulse charge, Max pulse discharge, Operating temperature.

Source note: Values should be verified against the latest manufacturer datasheet before pack design or procurement approval. Calculated values derive from the nominal figures above and are not manufacturer ratings.

Second source

Similar cells

Same chemistry and format, with nominal capacity within 10%. This is a starting point, not a confirmation that the cells are interchangeable.

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