12v100ah Rechargeable Lifepo4 Battery With BMS Protection For Marine Solar Power
Rechargeable lifepo4 battery 12v100ah with BMS protection for marine solar power
Description:
LiFePO4 battery can be divided according to electrolyte material, battery shape, external packaging materials, positive/negative materials and performance purposes, which is currently the most important is to use the positive material as the basis for the division of lithium battery products, because the positive material is the source of lithium ions in the battery, its performance is directly related to the performance of the battery, is the basis of LiFePO4 electric energy density, is the most critical functional material in LiFePO4 battery. LiFePO4 batteries are classified by cathode materials, mainly ternary cathode materials, lithium iron phosphate, lithium cobaltate and lithium manganate, and negative materials are generally natural graphite and artificial graphite.It has the following advantages:
■ Higher energy density
■ Integrated with BMS, self-protection functions
■ low self-discharging
■ Free maintenance, long life cycle
Specification:
| Model | MATRIX 12V100Ah*4S1P |
| Nominal Voltage | 12.8V |
| Nominal Capacity | 100Ah |
| Product weight | 12kgs |
|
Key Features |
1. Sturdy and pressure resistant ABS case 2. High capacity 3. Steady output voltage 4. Little self-discharge |
|
Benefits |
1. Attractive cycle life 2. Extended safety performance 3. Wide operating temperature range 4. Unrivalled high temperature performance |
| Operating temperature |
-10℃~65℃ |
| Product size |
324*168*223mm (Length*Width*Height) |
| Certificate | UN38.3/MSDS/ISO9001/ISO4001/ISO45001 |
| Internal resistance | <50mΩ |
| Application |
1. Telecommunication Based Station 2. EV 3. UPS 4. Energy storage device 5. Start power supply 6. Solar Power System |
Application:
Golf cart
Recreational vehicle
UPS power backup
Medical machines
Solar street lights
Solar energy storage system
Low speed sightseeing vehicle
About Us:
FAQ:
1. Balancing during charge. Why is it important?
Due to the way the lithium batteries are constructed from many internal cell blocks it is very important that during charging these cell blocks are allowed to balance (i.e. reach the same charge level), otherwise the total battery output performance would be limited by the cell block which is lowest charge state.
This balancing should be performed as often as possible to keep the overall capacity optimum and ensure that all lithium batteries within a pack are contributing equally to the total output.
2. Can the charger be connected to lithium batteries permanently?
Only the chargers that have a float phase can be connected permanently to lithium iron phosphate batteries (LiFePO4).
When batteries are fully charged the charger will remain in floating mode.
Can the charger be connected to lithium batteries permanently?
Only the chargers that have a float phase can be connected permanently to lithium iron phosphate batteries (LiFePO4).
When batteries are fully charged the charger will remain in floating mode.
3. Can the lithium batteries be deep discharged? How can they be recovered if this happens?
The Lithium phosphate chemistry (LiFePO4) does not exhibit any ‘memory’ effect in the way other types of batteries do, so remain usable across 100% of capacity. However, the batteries must remain above minimum voltage (>2.3V per cell block) to protect the cells from possible reverse currents. Once the battery reaches this minimum level it should not be left at this level and must be recovered up to its normal operational voltage as soon as possible.
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