100% Original LG Chem N2.1 3.7V 60Ah Polymer Lipo Lithium Ion Battery Cell
Kindly notice : The cells use for electric bike ,bicycle ,tools ,solar project ,don't use for EV system .
Li-Polymer battery are made of soft aluminum-plastics compound packaging .Internal is half solid polymers.Discharge stability, high efficiency, the internal resistance small.safety performance is better, and has overcurrent, overvoltage protection devices. Cycle life is more than 500 times.
Evolving from Lithium-ion batteries, Lithium polymer batteries offer a distinct advantage over their predecessor in terms of cost, utility, durability and flexibility. A Lithium-polymer battery can be shaped to fit in an array of devices. As cell phones become thinner, it is important for battery manufactures to develop new ways to charge these ever important devices.
Using a lithium-polymer battery allows the manufacturer to shape the battery in essentially any way they please. This allows for more freedom in designing the true power behind our mobile devices. Another advantage of lithium polymer cells over nickel-cadmium and nickel metal hydride cells is that the rate of self-discharge is much lower.
Category : Ultra Thin Rechargeable Cells
Lithium Polymer batteries (LiPo) offer several advantages. It has a greater energy density in terms of weight than Lithium Ion. In very thin cells (under 5 mm) LiPo also provides higher volumetric energy density. Additionally, there is more flexibility in cell sizes and shape with LiPo and a wider margin of safety, with superior stability in over-voltage and high-temperature conditions.
Major Features:
Super thinness: 0.5-1.0mm
High energy density / High capacity High safety
High rate discharge performance
Special shape : Arc-shape, Trapezoid-shape, Rectangle-shape, I-shape, Narrow-shape
Best use of potential rooms of products and perfect for small portable electronics.
Specifications
| Type | 145100300-3.7V 60Ah |
| Shell | Aluminum Plastic Film |
| Max charge full voltage | 4.2V |
| Discharge cut-off voltage | 3.0V |
| Standard charge and discharge current | CC charge 1.0C/60Ah,cutoff voltage 4.20V,Capacity>60Ah |
| Max continuous discharge current | 180A(3.0C1A) |
| Weight | About 0.88±0.02Kg |
| Internal Impedance(Max, at 1000Hz) | ≤1.5mΩ |
| Standard Charge method | 0.5C CC charge to 4.2V, 4.2V CV charge to 0.02C cut-off |
| Operate temperature | charge :0-40℃ discharge:-20-45℃ |
| Size | 145*100*300mm |
| Notice | Ears on different side |
The followings are examples cells we can provide.
Rectangular Shape - Ultra Slim
| Model | Capacity | Size |
| 3.2V polymer cells |
| HR325574151 | 3.2V 5Ah | 5.5±0.3 / 74.0±1.0 / 151.0±1.0 mm |
| HR321182138 | 3.2V 10Ah | 11±0.3 / 82.0±1.0 / 138.0±1.0 mm |
| HR3290102165 | 3.2V 10Ah | 9.0+0.1 / 102.0±0.1 / 165.0±0.1 mm |
| HR3298102165 | 3.2V 12Ah | 9.8+0.1 / 102.0±0.1 / 165.0±0.1 mm |
| HR3272161227 | 3.2V 20Ah A 123 | 7.2±0.3 / 161.0±1.0 / 227.0±1.0 mm |
| HR3280125256 | 3.2V 20Ah | 8.0±0.3 / 125.0±1.0 / 256.0±1.0 mm |
| HR3290185190 | 3.2V 20Ah | 9.0+0.1 / 185.0±0.1 / 190.0±0.1 mm |
| HR3210161227 | 3.2V 30Ah | 10*161*227mm |
| 3.7V polymer cells |
| HR379592131 | 3.7V 10Ah | 9.5*92*131mm |
| HR3755150225 | 3.7V 17Ah | 5.5±0.3 / 150.0±1.0 / 225.0±1.0 mm |
| HR3775160225 | 3.7V 27Ah | 7.5±0.3 / 160.0±1.0 / 225.0±1.0 mm |
| HR3760160230 | 3.7V 29Ah | 6.0±0.3 / 160.0±1.0 / 230.0±1.0 mm |
| HR3780156240 | 3.7V 32Ah | 8.0*156*240mm |
| HR3781162227 | 3.7V 36Ah | 8.1±0.1/162±0.1/ 227.0±1.0 mm |
| HR3775240270 | 3.7V 40Ah | 7.5±0.3/240.0±1.0/270.0±1.0 mm |
| HR3711174188 | 3.7V 43Ah | 11±0.1/174.0±0.1/188.0±0.1 mm |
| HR37116100310 | 3.7V 48Ah | 11.6 ±0.4 / 100*310mm |
| HR3711147298 | 3.7V 52Ah | 11.0±0.1 / 147.0±0.1 / 298.0±0.1 mm |
| HR37145100300 | 3.7V 60Ah | 145±0.3 / 100.0±0.3 / 300.0±0.1mm |
| 115125325 | 3.7V 64.5Ah | 11.5*125*325mm |
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100% Original N21 Polymer Lipo Lithium Ion Battery Cell 3.7V 60Ah for ebike Images
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