Deep Cycle Lithium Iron Phosphate Prismatic Battery/LFP Eve Catl Calb 3.2V 40ah 50ah 100ah 200ah 230ah 280ah LiFePO4 Cells for EV/Solar Battery Packup

Modèle NON.
3.2V 100Ah

Taille
Medium

Forfait transport
Carton Box

spécification
280*280*550

Marque déposée
CALB

Origine
Chine

Code SH
8507600090

La description

Nom du produit: Deep Cycle Solar Eve Catl Calb Nmc 3.2V 5C LiFePO4 LFP lithium iron phosphate Prismatic battery for Auto Car Truck Heave Duty Traction Battery

Our Line of Lifepo4 Batteries offers a solution to demanding applications that require a lighter weight, longer life, higher capacity battery, high safety Major advantages of Lithium Iron Phosphate (LFP Battery or Lifepo4 Battery).

  • Very safe and secure technology (No Thermal Runaway)
  • Very low toxicity for the environment (use of iron, graphite, and phosphate)
  • Cycle life: from 2000 pour 4500 times (see chart below)
  • Operational temperature range: up to 70°C
  • Very low internal resistance. Stability or even decline over the cycles.
  • Constant power throughout the discharge range
  • Ease of recycling
  • RS485 and RS232 communication output

.Features include advanced battery management systems (BMS), Bluetooth and CAN bus Communication, and active intelligent monitoring.
Lifepo4 (LFP) Battery Widely used in the new energy automobile industry, energy storage market, renewable energy power generation, distributed power station, UPS power supply, Robot, E-boat, Forklift, E-Truck, E-Tricycle.

Part LFP BATTERY MODEL LIST

Yinlong LiFepo4 Battery Cell( Prismatic Type)
Model No. Tension Capacité Cell Size Cycle Life Masse(Kg)
LFP4017397 3.2V 50Ah 40*173*97 4500 1.3
LFP50160118 3.2V 102Ah 50*160*118 4500 1.98
LFP4017397 3.2V 70Ah 40*173*97 4500 1.44
REPT Lifepo4 Battery Cell( Prismatic Type)
Model No. Tension Capacité Cell Size Cycle Life Masse(Kg)
CB71173200EA 3.2V 280Ah 71*173*200 ≥4000 5.27
CB71173204EB 3.2V 302Ah 71*173*204 ≥4000 5.4
CB3914897EA 3.2V 155Ah 79*148*97 ≥4000 2.6
CB3914895EA 3.2V 50Ah 39*148*95 ≥4000 1.18
REPT NCM Battery Cell( Prismatic Type)
CE79148102EB 3.6V 174Ah 79*148*102 ≥4000 2.7
CB71173204EB 3.2V 302Ah 71*173*204 ≥4000 5.4
CB3914897EA 3.2V 155Ah 79*148*97 ≥4000 2.6
CB3914895EA 3.2V 50Ah 39*148*95 ≥4000 1.18
REPT NCM Battery Cell( Prismatic Type)
CE79148102EB 3.6V 174Ah 79*148*102 ≥4000 2.7


Scheme of the Cell Structure

Non. Article spécification Comment
3.1 Nominal Capacity ≥155Ah 1C,
Room Temperature
3.2 Nominal Tension 3.65V 1C

3.3

Tension

2.8-4.30V
2.5-4.30V
2.1-4.30V
Temp T >-5C
-20C< Temp T - 5C
Temp T ≤-20C
3.4 Maximum Continuous Discharging Current ≤310A
3.5 Maximum Discharging Current ≤465A @30s
3.6 Maximum Continuous Charging Current ≤186A
3.7 Maximum Charging Current ≤310A @10s
3.8 Working Température Charge : -20C~55C
Discharge : -30C~55C
3.9 Storage Temperature -30C~55C
3.10 Dimension Épaisseur :79.0±0.3millimètre
Width : 148.44±0.6mm Length : 97.77±0.6millimètre
Figure 7
3.11 Cathode Material NCM 523
3.12 Cell Masse 2.60±0.05kg
3.13 Energy Density ≥220Wh/kg (1/3C )
≥510Wh/L (1/3C)
3.14 IMP (1KHz) ≤0.8mΩ

3.15

Standard Charging Method

(CC&CV)

In an ambient temperature of 25±
5C, battery is charged with constant current of 1je1(UN)=155A until 4.3V. Then it is charged at a constant voltage of 4.3V until the current is less than 0.05je1(UN).
(25±2)C,
. 1je1(UN), 4.30V, 0.05je1(UN).

3.16 Tension difference
/
~70% SOC
Voltage range ≤30mV
3.17 Discharge power >3200W 25±2C 50%SOC
465A 10s pulse discharge
3.18 Discharge power density >1200W/Kg 25±2C 50%SOC
465A 10s pulse discharge
3.19 Recommended SOC Range
SOC
5%-95%

Deep Cycle Lithium Iron Phosphate Prismatic Battery/LFP Eve Catl Calb 3.2V 40ah 50ah 100ah 200ah 230ah 280ah LiFePO4 Cells for EV/Solar Battery PackupDeep Cycle Lithium Iron Phosphate Prismatic Battery/LFP Eve Catl Calb 3.2V 40ah 50ah 100ah 200ah 230ah 280ah LiFePO4 Cells for EV/Solar Battery PackupDeep Cycle Lithium Iron Phosphate Prismatic Battery/LFP Eve Catl Calb 3.2V 40ah 50ah 100ah 200ah 230ah 280ah LiFePO4 Cells for EV/Solar Battery Packup