| Product Sepecifications | |||||||
| Model | PP-E-2.5kWh | PP-E-5kWh | PP-E-7kWh | PP-E-10kWh | |||
| Nominal Voltage | 48V | ||||||
| Nominal Capacity | 2400Wh | 4800Wh | 7200Wh | 9600Wh | |||
| Usable Capacity | 2160Wh | 4320Wh | 6480Wh | 8640Wh | |||
| Discharge Voltage | 45.5V | 43.5V | |||||
| Charge Voltage | 51.5V | 52.5V | |||||
| Recommend Charge/Discharge Current | 25A | 50A | 75A | 100A | |||
| Max Charge/Discharge Current | 50A | 100A, 3S | 150A, 3S | 200A, 3S | |||
| Communication | RS485/CAN | RS485/CAN/Bluetooth(Optional) | |||||
| Dimension | 440*400*133MM | 482*463*178MM | 482*600*178MM | 482*809*178MM | |||
| Weight | 27KG | 46KG | 68KG | 90KG | |||
| Working Temperature | -20°C~70°C | 0°C-40°C | |||||
| Storage Temperature | -40°C~85°C | -20°C~70°C | |||||
| Humidity | 10%-85% | 10%-80% | |||||
| Certification | CE/IEC/UN38.3/MSDS | ||||||
| Design Life | 10 years+ | ||||||
| Cycle Life | >6000Cycles @ 90%DOD (25±5°°C) | ||||||
| Electrical Design Redundancy | > 20% | ||||||
High-Capacity 10kWh LiFePO₄ Battery for 48V Solar Storage Solution
High-Capacity 10kWh LiFePO₄ Battery for 48V Solar Storage Solution
10.24kWh capacity, 9.2kWh usable
200A peak output (3s), 6000+ cycles
Intelligent BMS and cell-level balancing
Supports CAN, RS485, Bluetooth (optional)
CE, UN38.3, and MSDS certified
Wall-mountable 48V pack, 95 kg
-
Q :
1. What kind of loads can this 10kWh battery support?
A :
It powers large residential systems, hybrid solar, or light commercial setups with higher demand.
-
Q :
2. How is it different from the 5kWh version?
A :
It offers twice the capacity and current output while keeping the same compact format and safety.
-
Q :
3. Can I integrate it with my inverter system?
A :
Yes, it supports communication with most inverter brands via CAN or RS485.
-
Q :
4. How durable is this battery over time?
A :
With >6000 cycles at 90% DOD, it lasts 10+ years in daily solar applications.
-
Q :
5. Is this battery expandable?
A :
Yes, it supports parallel configuration for higher capacity systems.
-
Q :
6. Does it need active cooling?
A :
No, it operates safely with natural convection in typical indoor solar environments.
