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48V200AH BATTERY SYSTEM
A 200AH LiFePO4 battery weighs only less than 1/3 of a lead-acid battery of the same capacity. It can handle large charge currents (100% of Ah rating is no problem, especially compared to lead-acid batteries!), allowing for rapid charging, it is sealed so there are no fumes, and it has a very low self-discharge rate (1% a month or less).
- Type： LiFePO4 Battery
- Size： 580 * 220 * 483(mm)
- Weight： about 70Kg
- Rated Voltage： 51.2V
- Capacity： 200Ah
- Warranty：2 Year
- Certification： CE, UN38.3
- Application： base station batteries, energy storage, etc
Basic Info.
Module type | 48V200A-16S2P |
Battery cells required | Square aluminum case GSP34135192-3.2V 100Ah |
The Main Parameters | Charging voltage: 58.4V±0.2V |
Rated capacity: 200Ah | |
Maximum charging current: 100A | |
Maximum discharge current: 100A | |
Operating temperature: charging 0-45℃, discharge -20-60℃ | |
Weight: about 90Kg | |
Size: 580 * 220 * 483(mm) | |
Cycle life: 2000 cycles,100% | |
Or 3500 Cyce, 80% | |
Features: LCD display, standard 4PIN stud, RS485, | |
Bluetooth (optional), WIFI (optional) |
Product Description
THE FEATURE OF 48V200AH BATTERY SYSTEM
1, MORE EFFICIENT
LFP batteries are 96% efficient at converting input energy into stored energy versus approximately 75% for lead acid.
2, GOOD HIGH TEMPERATURE PERFORMANCE
The existing base station air conditioner is set to 28°C. If it is raised to 35°C, the lead-acid battery must be equipped with a separate incubator. Otherwise, the battery life will be reduced by half for every 10°C increase in temperature. The lithium iron phosphate battery can withstand a high temperature of 55 ℃, and the service life is not affected. There is no need to configure an incubator to reduce energy consumption and achieve energy saving and emission reduction.
3, SAFE & ECO-FRIENDLY
Starlight lithium-ion batteries do not contain toxic materials (lead/acid), or emit harmful gases like standard lead-acid batteries. Also, our batteries use Lithium Iron Phosphate which is the safest form of lithium chemistry.
