Home Stackable LiFePO4 Battery
Name: Stackable LiFePO4 Battery
Each Battery Pack: LiFePO4 51.2V 100Ah
Built-in 5KW single phase low voltage off-grid inverter
Cycle Life: More than 6000 times (@25℃ 80% DOD)
Working Temperature:0℃ – 55℃(32℉ – 131℉)
Warranty: 5 years, 10 years(Customization)
Certification: CE, FCC, CCC, UN38.3, UN3480, Class 9
Customization: size, appearance, Link Bluetooth, Wifi, etc.
Place of origin: China
User InstructionStackable LiFePO4 Battery
Structure of Stackable Lifepo4 Battery
Home Stackable LiFePO4 Battery
- Technical Data
| Model | XPC5KW+5.12KWh | XPC5KW+10.24KWh | XPC5KW+15.36KWh |
| Basic Parameters | Inverter layer ×1 | Inverter layer ×1 | Inverter layer ×1 |
| Battery layer×1 | Battery layer×2 | Battery layer×3 | |
| Product Size(mm) | 550×500×431.8 | 550×210×602.8 | 550×210×773.8 |
| Net Weight(kg) | 72 | 120.2 | 168.4 |
| Gross Weight(kg) | 93 | 145 | 197 |
| Nominal capacity(kWh) | 5.12 | 10.24 | 15.36 |
| Nominal voltage (V) | 51.2 | 51.2 | 51.2 |
| Working Voltage(V) | 43.2-57.6 | ||
| Standard discharge current（A） | 100 | ||
| DOD | 90% | ||
| Installation | Stacked | ||
| PV Input | |||
| Voltage (V) | 500VDC | ||
| Working voltage range (V) | 120-450VDC | ||
| Input Power | 5500W | ||
| Max Input Current | 22A | ||
| AC Output/Input | |||
| Max Charging Current | 30A | ||
| Rated Input Voltage | 220/230VAC | ||
| Rated Output Power | 5000W | ||
| Ingress Protection | IP20 | ||
| Detection temperature | 65±2℃(149±2℉) | ||
| Operating Temperature | 0℃ – 55℃(32℉ – 131℉) | ||
| Storage Temperature | -20℃ – 60℃(-4℉ – 140℉) | ||
Advantages
All In One Stackable LiFePO4 Battery
- The stackable lifepo4 battery adopts a modular design, which is easy to install, expand, and maintain;
- The quantity of stackable lifepo4 batteries can be expanded, the maximum number of parallel units is up to 3 pieces to 15.36KWh.
- The top layer of stacked lifepo4 batteries is the off-grid pure sine wave inverter, the all-in-one system makes it easier to use, no need to worry about communication issues between batteries and inverters.
- HBOWA’s stackable lifepo4 batteries are safe and reliable for house electrical power backup and energy storage of the solar system.
- BMS protection board can protect the stackable lifepo4 battery against over load, over charge, over discharge, short circuit, and so on.
Application Case
The stackable liFePO4 battery can be charged by solar panels, generators, and utility grid, it has a sturdy shell and IP20 ingress protection, plug and play, its modular design has been popular among end users and widely used in following application areas:
- Household energy storage system
- Solar panel energy system
- Communication base
- School and hospital, etc.
Two Battery Layers Parts List
1. Red 6AWG positive inverter connection line 0.18m, Black 6AWG negative inverter connection line 0.42m;
2. Red 6AWG parallel positive wire line 0.15m, black 6AWG negative parallel wire line 0.15m;
3. M6*10 Fix screws * 6;
4. RJ45 Inverter communication network cable 0.5m;
5. RJ45 Parallel communication network cable 0.5m;
6. Ground wire yellow and green line 1.5M;
7. RS232 BMS communication network cable (optional)
8. User instruction
9. Countersunk screw M5 * 30, same as the number of batteries
5kw Off grid inverter * 1, stackable lifepo4 battery *2.
Features
All In One Stackable Lifepo4 Battery
- Battery Video
- Certificates
- Process
- Exhibition
Wide Application Scenarios (6)
Download Center
Related Product (10)
Warning:
1) Follow the local electric safety and installation policy, a suitable breaker between the battery system and inverter is required.
2) All installation and operation must follow local electric standards and requirements.
3) When battery modules are paralleled, the system should be powered off before installation operation
Step 1: Adjust the four foot pads on the base layer to be level and stable with the ground;
Step 2: Place the base neatly against the wall (not shaking);
Step 3: Align the direction and insert the battery layer into the base (lower layer)
Step 4: Tighten and fix the left and right sides of the connection with screws respectively.
Step 5: Insert the aluminum plate and tighten the wall fasteners onto the battery layer with countersunk screws.
Step 6: Fix the battery layer on the wall with expansion screws to prevent tipping (multiple batteries can repeat steps 3-6)
Step 7: Align the direction and insert the inverter layer downwards into the battery layer.
Step 8: Tighten and fix the left and right sides of the connection with screws respectively.
That’s all installation guide for the stackable lifepo4 battery, if you still have any other concerns, feel free to contact us directly.