51.2V 628Ah 32kWh Movable LiFePO4 Home Energy Storage Battery with Touch Screen, Built-in BMS, Wheels, CAN RS485 Communication for Residential Solar System
| Nominal Capacity: | 628Ah | Rated Voltage: | 51.2V |
| Discharge Cut-off Voltage: | 44V | Charging Cut-off Voltage: | 58.4V |
| Float charging voltage: | 56V | Continuous charging maximum current: | 150A |
| Maximum current for continuous discharge: | 200A | Battery Energy: | 32000Wh |
| Rated Output Power: | 10000W | Communication Interface: | RS485 RS232 CAN |
| Relative Humidity: | 5~90% | Altitude: | ≤4000m |
| Protection Grade: | IP22 | Storage Time: | Keep Charging At Least Once Every 3 Months |
| Weight(kg): | Net Weight:210;Gross Weight:238.5 | Dimensions(mm): | 740*445*745(Product);830*530*930(UN Wooden) |
| Number of cycles: | 6000 Times, DOD≥90% ; 10000 Times, DOD≥80% | ||
| High Light: | Built-in BMS LiFePO4 Battery,Residential Solar System LiFePO4 Battery,32kWh Movable LiFePO4 Battery |
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51.2V 628Ah Movable LiFePO4 Energy Storage Battery(32KWH)
This wheel-mounted mobile lithium iron phosphate energy storage battery is tailor-made for residential solar energy storage scenarios, rated at 51.2V 628Ah with a total capacity of 32kWh. Equipped with an intuitive touch control screen and complete communication interfaces, it delivers stable, long-lasting off-grid/grid-connected power supply for households, boasting robust temperature adaptability, top-tier cell technology and comprehensive safety protection.

Adopts Grade A lithium iron phosphate cells.
Production adopts laser welding technology: weld single cells into modules, then assemble modules into complete battery packs.
Supports over 10,000 charge cycles, service life over 10 years, maximum 6 units parallel connection.
Factory has more than 10 years of manufacturing experience, supports OEM & ODM customization.
Equipped with built-in smart BMS system, which protects the battery against overcharge, over-discharge and overheating risks.
Compatible with 80% of inverters on the market, strong universal compatibility.

Matched with household solar power systems:
Solar panels convert sunlight into DC electricity to charge the battery pack via the inverter.
The stored power can be converted to AC power for daily household appliances use,
either working independently off-grid or in coordination with municipal mains power for peak shaving & valley filling,
drastically cutting household electricity bills.

Front touch screen supports multi-language switching, can intuitively view all battery operating data:
- Total voltage, real-time charge/discharge current, output power
- Total battery capacity, residual remaining capacity, state of charge (SoC percentage)
- Maximum/minimum single cell voltage, internal temperature
- Alarm status, charge/discharge working mode, number of parallel packs
The screen has four functional tabs: GROUP, PACKS, SETTING, ALARM,
supporting parameter adjustment and fault checking with simple touch operation.

Fitted with heavy-duty lockable universal casters at the bottom, lightweight and easy to push and reposition freely anywhere in your home—garage,
balcony, courtyard, storage room, no fixed installation space required.

Production adopts laser welding technology: weld single cells into modules, then assemble modules into complete battery packs.

Operates reliably in extreme environments from -20°C cold winter to 70°C high-temperature summer, stable performance in desert,
frigid northern and coastal residential areas without capacity attenuation.

Fully labeled rear panel interfaces, including power terminals, communication ports, power switch and circuit breaker.

Introduction of 3 key components: multi-protocol communication ports, high-current positive & negative terminals, user-friendly touch display.

Detailed close-up of key accessories: lockable universal wheels, DC circuit breaker and metal power switch for full safety protection.


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This solar power system has brought complete energy independence to our remote research station. Its modular design allowed us to start with a basic configuration and gradually scale up the system as our power demands grew. The pure sine wave inverter is capable of powering all our precision equipment without any issues. The design of this system is truly exceptional!
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PConfiguring a solar power system can be a complex undertaking, but their engineering team provided exceptional support. They precisely calculated our electricity requirements, designed an optimal configuration of solar panels and batteries, and provided detailed installation instructions. To date, the system has operated continuously and stably for 18 months, performing flawlessly.
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IEvery component in this system exemplifies exceptional quality—from the high-efficiency monocrystalline panels to the MPPT charge controller and the lithium batteries—without exception. The accompanying monitoring app allows us to track power generation and consumption in real time. Since its installation, the system has maintained a 100% uptime rate. It is absolutely worth every penny!