KC IEC62133 approved 3.7 volt li polymer rechargeable batteries
3000mAh customized lithium ion polymer battery
| Name | Specifications | | Product name | Model: large capacity and ultra-thin lithium polymer batteries cell
426090 3.7v 3000mah flat rechargeable lipo battery | | Capacity | 3000mah | | Voltage | 3.7v (MAX:4.2v) | | Size Battery | 4.3*61*92mm | | Charge operating temperature | 0°C~45°C | | Discharge operating temperature | -20°C~60°C | | Life cycle time | >500times | Operating temperature
(surface temperature) | Charge : 0 to 50
(recommended recharge release < 45°C)
Discharge: -20 to 75
(recommended re-discharge release < 60°C) | Storage temperature
(Recovery 90% after storage) | 1.5 year -30~25°C(1*)
3 months -30~45°C(1*)
1 month -30~60°C(1*) |
|
Li polymer battery pack widely used in:
GPS, POS Terminal, Wireless headset, Communication Tool, Heating
Blanket Smart Phone
Learning Tools, Medical Device, Personal Care Scanner Vaccum
Packaging, Lamp, Monitor
Portable DVD, Smart Home, Tablet PC, Pulse Monitoring, Moblie,
Power Bank, Camera
Shenzhen Gold Power Energy have over 1000models lithium polymer
batteries.
Capacity range from 20mAh to 5000mAh, can meet your different kinds
of applications.
Following are some of hot-sale models for your reference.
| Battery Model | Battery Cell Dimension | Battery pack With PCM size | Battery Capacity |
| 302025 | 3.0*20*25mm | 3.2*21*27.5mm | 3.7V 100mAh |
| 302530 | 3.0*25*30mm | 3.2*26*32.5mm | 3.7V 180mAh |
| 401824 | 4.0*18*24mm | 4.2*19*26.5mm | 3.7V 180mAh |
| 402525 | 4.0*25*25mm | 4.2*26*27.5mm | 3.7V 200mAh |
| 483450 | 4.8*34*50mm | 5.0*35*52.5mm | 3.7V 850mAh |
| 502030 | 5.0*20*30mm | 5.2*21*32.5mm | 3.7V 240mAh |
| 502525 | 5.0*25*25mm | 5.2*26*27.5mm | 3.7V 180mAh |
| 503030 | 5.0*30*30mm | 5.2*31*32.5mm | 3.7V 430mAh |
| 523450 | 5.2*34*50mm | 5.4*35*52.5mm | 3.7V 1000mAh |
| 553444 | 5.5*34*44mm | 5.7*35*46.5mm | 3.7V 850mAh |
| 553640 | 5.5*36*40mm | 5.7*37*42.5mm | 3.7V 850mAh |
| 553759 | 5.5*37*59mm | 5.7*38*61.5mm | 3.7V 1400mAh |
| 602030 | 6.0*20*30mm | 6.2*21*32.5mm | 3.7V 300mAh |
| 602240 | 6.0*22*40mm | 6.2*23*42.5mm | 3.7V 500mAh |
| 602535 | 6.0*25*35mm | 6.2*26*37.5mm | 3.7V 500mAh |
| 602663 | 6.0*26*63mm | 6.2*27*65.5mm | 3.7V 1000mAh |
| 603030 | 6.0*30*30mm | 6.2*31*32.5mm | 3.7V 520mAh |
| 603040 | 6.0*30*40mm | 6.2*31*42.5mm | 3.7V 750mAh |
| 603048 | 6.0*30*48mm | 6.2*31*50.5mm | 3.7V 900mAh |
| 603450 | 6.0*34*50mm | 6.2*35*52.5mm | 3.7v 1200mAh |
| 656090 | 6.5*60*90mm | 6.5*60*92.5mm | 3.7V 5000mAh |
| 702040 | 7.0*21*40mm | 7.2*22*42.5mm | 3.7V 500mAh |
| 753048 | 7.5*30*48mm | 7.7*31*50.5mm | 3.7V 1200mAh |
| 803035 | 8.0*30*35mm | 8.2*31*37.5mm | 3.7V 800mAh |
| 855465 | 8.5*54*65mm | 8.5*54*65mm | 3.7V 4000mAh |
| 863040 | 8.6*30*40mm | 8.8*30*42.5mm | 3.7V 1000mAh |
| 904060 | 9*40*60mm | 9.2*40*62.5mm | 3.7V 2500mAh |
| 883760 | 8.8*37*60mm | 9*57*51.6mm | 3.7V 2000mAh |
| 103048 | 10.2*30*48mm | 10.2*30*50.5mm | 3.7V 1500mAh |
| 103040 | 10.2*30*40mm | 10.2*30*42.5mm | 3.7V 1200mAh |
| 114261 | 11*42*61mm | 11*42*63.5mm | 3.7V 3400mAh |
| 122773 | 12*27*73mm | 12*27*75.5mm | 3.7V 2400mAh |
The lifespan of a battery depends on various factors, which can be
broken down into several key categories:
1. Chemical Composition:
The materials used in the battery's electrodes and electrolyte
directly affect its energy density, cycle life, and overall
longevity. Different chemistries have different properties; for
example, lithium-ion batteries generally offer higher energy
densities and longer lifespans compared to older technologies like
nickel-cadmium (NiCd).
2. Cycle Life:
This refers to the number of charge-discharge cycles a battery can
withstand before its capacity drops below a certain threshold
(usually 80% of its original capacity). Batteries with higher cycle
lives are designed to last longer through repeated use.
3.Depth of Discharge (DoD):
How much of the battery's total capacity is used during each
discharge cycle affects its lifespan. Deeper discharges tend to
reduce the number of possible cycles, whereas shallow discharges
can extend the battery's useful life.
4. Temperature:
Both ambient temperature and the operating temperature within the
battery pack play crucial roles. High temperatures can accelerate
chemical reactions within the battery, leading to faster
degradation and reduced lifespan. Conversely, extremely low
temperatures can impair performance and efficiency.
5. Charge Rate and Method:
Fast charging can generate more heat inside the battery,
potentially shortening its lifespan if not managed properly. The
charging algorithm and hardware design also contribute to how well
a battery ages over time.
6. Storage Conditions:
Even when not in use, batteries age. Factors such as storage
temperature, state of charge during storage, and environmental
conditions (humidity, vibration, etc.) all impact the rate at which
a battery degrades over time.
7.Usage Patterns:
The specific application and how the battery is used (e.g.,
continuous vs. intermittent use, high-drain vs. low-drain devices)
will influence its wear and tear. Applications that require
frequent cycling or high power output may see shorter battery
lives.
8. Manufacturing Quality:
Variations in manufacturing processes, quality control, and
material consistency can lead to differences in battery performance
and longevity even within the same chemistry type.
9. Maintenance and Management Systems: Advanced Battery Management Systems (BMS) can optimize charging,
discharging, and monitoring to maximize battery life by preventing
overcharging, deep discharging, and managing thermal runaway risks.
Factory Tour:
Shenzhen Gold Power Eenergy Co.,Ltd is one of the leading battery
suppliers in China.
We have started to offer various batteries including Li polymer
battery, Lithium ion battery, LiFePO4 battery,
and customized battery pack since 2001.
