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Description:
The high - voltage stackable LiFePO4 lithium battery is designed with modular. Each unit is 102.4v 50Ah 5KWh, light in weight, and easy to install. The smart BMS of the stackable LiFePO4 battery supports the battery to communicate with more than 30 brands of inverters by CAN / RS485 terminals. The movable and stackable features make the high - voltage LiFePO4 lithium battery a premium choice for Home energy power storage systems, villas, and solar power systems. If you want to get the bulk price, feel free to Contact Us for more details.
Specifications:
Model | HVXP - P10250 |
Battery Type | Lifepo4 Prismatic Cell |
Nominal Capacity | 5.12KWh (* Modular Quantity) |
Usable Capacity | 4.6KWh (* Modular Quantity, 90% DOD) |
Nominal Voltage | 102.4V (* Modular Quantity) |
Working Voltage | 92.8 – 115.2V (* Modular Quantity) |
Charging Voltage | 112V (* Modular Quantity) |
Max. Charge Current | 25A (* Modular Quantity) |
Max. Discharge Current | 40A (* Modular Quantity) |
Design Life | 10 Years (25°C) |
Cycle Life | >6000 (25°C), 80% EOL |
Scalability | Module: Max. 3 Capacity: 15KWh |
Communication | RS485, CAN |
Working Altitude | ≤2000m |
Ingress Protection | IP54 |
Detection Temperature | 65±2°C (149±2°F) |
Operating Temperature | 0°C – 50°C (32°F – 122°F) |
Operating Temperature | -20°C – 50°C (-4°F – 113°F) |
Storage Temperature | 0°C – 45°C (Recommended) (32°F – 113°F) |
Storage Humidity | ≤85% (RH) |
Working Humidity | ≤95% (RH) No Condensation |
Battery Gross Weight | 54kg (* Module Quantity) |
Gross Weight of High Voltage layer | 22kg |
Gross Weight of Base | 13kg |
Battery Package Dimension | 580mm*240mm*440mm (1 Module) |
Package Dimension of High Voltage layer | 580mm*240mm*410mm |
Package Dimension of Base | 580mm*240mm*110mm |
Applications:
Stack Battery in GreenPower
GreenPower is an experienced LiFePO4 battery manufacturer. We provide a wide range of energy storage solutions for various customers catering to applications such as residential, commercial, and industrial energy storage. GreenPower stackable LiFePO4 batteries are produced with high standard. LiFePO4 battery technology has over 10 years of service life. Designed with wheels, they are easy to install and move. The built - in BMS protection board provides comprehensive protections for the stackable batteries. Self - heating, and wifi remote monitoring functions are available. GreenPower's advanced automatic product line and experienced research and development department ensure you highly durable stacked lithium batteries with high safety. OEM and ODM services are available.
Video:
Advantages:
STRUCTURE
Stackable LiFePO4 Battery
1.Positive terminal: battery positive output
2.Negative terminal: battery negative output
3.Breaker: control circuit output, turn the switch to ON when using
4.PCS: battery communication with PCS by RJ45 8P8C
4.Parallel port A: Battery cluster communication address input
5.Parallel port B: Battery cluster communication address output
6.Start button: System start switch. Press the button, BMS will work.
7.Forced Start button: Press and hold the button for 5 seconds. BMS will work and close relays. Power supply to PCS when it has no power supply.
FEATURES
High Voltage Battery
FAQ:
Can a lithium battery measure high voltage?
The high - voltage lithium battery pack itself can not measure the voltage. It is the power device to store and deliver energy. You can view the voltage data through the battery management system (BMS) which is built inside the high - voltage lithium battery, or you can use specialized voltage meters to monitor and manage the voltage of the batteries.
Can I mix lithium higher - voltage batteries with alkaline
It is not recommended to mix high - voltage lithium batteries with alkaline batteries in the same device, especially high - voltage batteries. Here are the key reasons:
1.Voltage Differences: Lithium batteries have a higher nominal voltage than alkaline batteries. If you mix them together, it will cause uneven current flow, which will damage your device.
2.Discharge Rates: High - voltage lithium batteries discharge more consistently and maintain the voltage over a long period, while alkaline batteries will gradually drop the voltage as they discharge. When you connect them mixed, it will lead to uneven performance.
3.Risk of Damage: When the high - voltage lithium batteries and alkaline batteries are connected in series, the uneven voltage can force some batteries to overwork, which will overheat, damage the lithium cells and alkaline cells.
4. Chemistry Incompatibility: Lithium and alkaline batteries have different internal chemistries and are not designed to work together. Mixing them together will lead to instability, leakage, and safety hazards.
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