Ultra-thin Lithium Ion Phosphate Batteries 12V / 8Ah For Small Solar System
Quick Detail:
With the emergence of wind & solar power and other new energy sources, the development of intelligent grid technology as well, large -scale energy storage station is becoming to meet peak power allocation. HKNE is developing he environmental-protection lithium-ion energy storage battery with the lightest, fast charge and discharge, cycle life more than than 2,000 times to meet the future demand of energy storage stations and new energy vehicle charging stations. HKNE strives to become an advanced enterprise in the energy storage battery industry field.
HKNE 12V &24V standard lithium ion battery with excellent safety,high energy density, cell voltage detection, which could be connected with BMS to monitor the matter as well, which is most suitable for energy storage battery.
Description:
Ultra-thin Lithium Ion Phosphate Batteries 12V / 8Ah For Small Solar System
Compared with the same capacity lead-acid battery, LiFePO4 battery is 1/3 smaller in size, 2/3 lighter in weight, 5 times longer in cycle life, more economic and eco-friendly.
LiFePO4 battery replacing Lead acid battery is an inevitable trend.
Compared with same capacity Li-NixCoyMnZ battery, LiFePO4 battery is 2.5 times longer in cycle life, also most the same in weight & size.
Basic knowledge:
Lithium ion battery, classified by the anode material, can be divided into li-MH,Li-Co2, Li-NixCoYMnz, and Li-FePO4, etc.
Classified by the battery shell, can be divided into plastic shell, stell/iron shell and aluminum shell.
All these lithium ion batteries have their own advantages. The technical data of their comparative performances is as follows:
| Different Lithium Battery Material Comparision Table |
| NO. |
Parameters |
Li-Co2 |
Li-NiCoMn |
Li-MnO2 |
LiFePO4 |
| 1 |
Energy density (g/cm3) |
2.8~3.0 |
2.0~2.3 |
2.2~2.4 |
1.0~1.4 |
| 2 |
Specific area (m2/g) |
0.4~0.6 |
0.2~0.4 |
0.4~0.8 |
12~20 |
| 3 |
Capacity density (Ah/kg) |
135~140 |
155~165 |
100~115 |
130~140 |
| 4 |
Voltage |
3.7 |
3.6 |
3.6 |
3.2 |
| 5 |
Cycle life |
＞300 |
＞800 |
＞500 |
＞2000 |
| 6 |
Transition metal |
Poor |
Poor |
Rich |
Very rich |
| 7 |
Material cost |
Very high |
High |
Cheap |
Cheap |
| 8 |
Environmental performance |
Contain Co |
Contain Co & Ni |
Non-toxic |
Non-toxic |
| 9 |
Safety performance |
Bad |
Good |
Better |
Excellent |
| 10 |
Application area |
Small battery |
Small battery Small power battery |
Power battery |
Power battery Large capacity power supply |
Specifications:
|
Item
|
Inscription
|
|
Nominal Voltage
|
12V
|
|
Rated Capacity
|
8Ah
|
|
Pack Dimension
|
144*175*21mm |
|
Internal Impedance
|
≤60mΩ
|
|
Max.Charge Voltage
|
14.6V
|
|
Standard Charge Current
|
2A
|
|
Discharge Cut-off Voltage
|
9.2V
|
|
Standard Discharge Current
|
4A
|
|
Max.Discharge Current
|
8A
|
|
Charging Mode
|
CC/CV
|
|
Pack weight
|
About 0.8kg
|
|
Over Current Protection
|
12A
|
|
Cycle Life
|
About 1500 Cycles
|
|
Charge Temperature
|
0-60 ℃
|
|
Discharge Temperature
|
-20-55 ℃
|
|
Certificates
|
CE,ETL,RoHS ,MSDS,UN38.3, ISO/TS14001
|
|
The data on the table is only for reference
|
Product advantages:
1. Long cycle life (2000 cycles) is several times greater than Ni-MH, Ni-Cd or lead-acid.
2. No toxic, or polluting material(such as lead, cadmium, mercury) is contained in lithium battery, which is a kind of green battery.
3. High safety. LiFePO4 is an intrinsically safer cathode material than Lithium-ion since exothermic reactions can not occur in batteries based on this material LiFePO4 cells do not incinerate or explode under extreme conditions.
4. Good performance in high-current discharge cycles. We can design different capacity and size according to your demands.
For many applications, our battery systems result in significantly lower total cost of ownership over lead acid because lighter-weight, longer-life batteries means fewer replacements, reduced maintenance and service costs, less shipping and material handling costs, and lower total inventory carrying costs.
Company advantages:
1. Advanced polymer lithium-ion battery technology system ensure the correct technical direction and advanced leading technology
2. Excellent procedure quality tracking control system ensure HKNE battery’s excellent performance and good consistency.
3. One-stop lithium battery system solutions. HKNE’s research and development team include electronic engineer, mechanical engineer, structure engineer, whom could offer our clients one stop solutions including BMS, charger, battery pack structure, and overall applications.
4. Intimate and in time reacting service system. We always try to offer more than expected, do more than required.
