| Voltage/capacity | Voltage Range | Max.Charge current | Max discharge current | Size |
| 12V 150Ah | 10V-14.6V | 75A | 150A | customized |
| 12V 200Ah | 10V-14.6V | 100A | 200A | customized |
| 12V 250Ah | 10V-14.6V | 125A | 250A | customized |
| 12V 300Ah | 10V-14.6V | 150A | 300A | customized |
| 12V 400Ah | 10V-14.6V | 200A | 400A | customized |
| 12V 500Ah | 10V-14.6V | customized | customized | customized |
| 24V 150Ah | 20V-29.2V | 75A | 150A | customized |
| 24V 200Ah | 20V-29.2V | 100A | 200A | customized |
| 24V 250Ah | 20V-29.2V | customized | customized | customized |
| 24V 300Ah | 20V-29.2V | customized | customized | customized |
| 24V 400Ah | 20V-29.2V | customized | customized | customized |
| 24V 500Ah | 20V-29.2V | customized | customized | customized |
As an important storage device for RV, LiFePO4 batteries have a much longer life than lead-acid batteries. After more than 2,000 cycles, they still have 80% of rated capacity, while lead-acid batteries can only cycle 300-500 times. The weight of the LiFePO4 battery has been significantly reduced, and its size has also been greatly reduced. Take 12V 100Ah battery for example, lead acid battery weighs more than 30kg, while our Lifepo4 battery weighs only 11kg. LiFePO4 batteries can maintain a constant voltage above 13V when discharging, which allows battery to maintain a high load for a long time, whereas lead-acid batteries lose power quickly as their capacity decreases.
LiFePO4 batteries are equipped with high-precision battery BMS, electric vehicles are equipped with battery management system, the purpose is to prevent the thermal runaway phenomenon of the battery, protect the battery, maximum control of accidents.
