Stackable home energy storage 15kwh - 40kwh rack LifePo4 for solar panel hybrid invert solar system
Description:
We utilize high-voltage ranging from 153.6V to 409.6V to make the entire energy storage system more efficient.
High-voltage technology has specific effects on energy savings:
Efficient Energy Conversion: High-voltage technology effectively improves energy conversion efficiency and reduces energy losses. Compared to low-voltage systems, high-voltage systems experience lesser energy loss during energy transmission and conversion, resulting in higher energy utilization efficiency.
Optimized Power Transmission: High-voltage technology helps reduce resistance and current losses in power transmission lines, minimizing energy losses during transmission. This means that energy can be more effectively maintained and utilized from the power generation station to the end users.
Enhanced Energy Storage Efficiency: High-voltage energy storage systems facilitate more efficient conversion and utilization of energy during the storage and release processes. By leveraging high-voltage technology, energy storage systems can significantly reduce energy losses during storage and provide higher efficiency energy supply during release.
Reduced Energy Costs: By improving energy utilization efficiency and minimizing energy losses, high-voltage technology can lower energy consumption costs for households. Higher energy utilization rates translate to less energy waste, thereby reducing the expenses associated with energy purchase and usage.
In conclusion, high-voltage technology plays a crucial role in energy savings by enhancing energy conversion efficiency and reducing energy losses. This brings significant benefits to home energy management.
Features :
Specifications:
| Nominal Voltage | 153.6V 204.8V 256V 307.2V 358.4V 409.6V |
| Nominal capacity | 100AH |
| Nominal energy | 15kWh 20kWh 25kWh 30kWh 35kWh 40kWh |
| Dimension(L*W*H, MM) |
610*386*650 mm 610*386*795 mm 610*386*940 mm 610*386*1085 mm 610*386*1230 mm 610*386*1375 mm |
| Battery Cell specifications: | EVE lithium iron phosphate battery |
| Max charging Current | 50A |
| Max Discharging Current | 60A |
| Internal resistance | ≤40 mΩ |
| Operating temperature(charge) | -22°C ~ 55°C |
| Storage temperature | -20°C ~ 25°C |
| Cell overcharge Protection |
Overcharge detection voltage
overcharge detection delay time
Overcharge release voltage
|
| Cell over-discharge Protection | Yes |
| Over-current Protection | Yes |
| Short Protection | Yes |
| Temperature Protection | Yes |
| Communication | CAN and RS485 |
| Cycle lfe | 8000 times(25°C@50%DOD,0.2C) |
| 6000 times(25°C@80%DOD,0.2C) | |
| 4000 times(25°C@100%DOD,1C) | |
| Life Span |
15-25 years Life span. Warranty: 5-10 years (Optional) |
Product Details :
