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8kW rated output power
Supports up to 12,000W solar PV input
Dual MPPT with 22A input current per tracker
Wide PV voltage range: 90VDC–450VDC
Battery-independent operation
Grid-feeding functionality
Intelligent dual output for smart load management
Built-in Wi-Fi for remote monitoring via Android and iOS
Large touchscreen HMI display with RGB status indicators
USB OTG firmware upgrade support
Configurable AC and PV output priority
Compatible with utility grid and generator input
Built-in anti-dust protection
Optional CT function for self-consumption
Parallel operation with up to 9 inverters
Replaceable cooling fan for easy maintenance
Reserved BMS communication ports (RS485, CAN Bus, RS232)
Maximum PV Input Power: 12,000W
Maximum DC Voltage: 500VDC
MPPT Voltage Range: 120VDC–430VDC
Start-up Voltage: 120VDC
Initial Feeding Voltage: 150VDC
MPPT Trackers: 2
Maximum Input Current: 2 × 22A
Maximum Short Circuit Current: 2 × 30A
Rated Output Power: 8,000W
Output Voltage: 220V / 230V / 240V AC
Nominal Output Current: 34.8A
Pure Sine Wave Output
Power Factor: Greater than 0.99
Maximum Conversion Efficiency: 95%
DC to AC Efficiency: 93%
Battery Voltage: 48VDC
Floating Charge Voltage: 54VDC
Overcharge Protection: 63VDC
Solar Charging Current: Up to 150A
AC Charging Current: Up to 120A
Maximum Charging Current: 120A
Surge Power: 13,000VA
Transfer Time:
10ms for computers
20ms for home appliances
Built-in Wi-Fi
USB
RS232
RS485
Dry Contact
BMS Communication Support
Dimensions: 140 × 295 × 468 mm
Weight: 13.5 kg
Operating Temperature: -10°C to 50°C
Storage Temperature: -15°C to 60°C
Humidity: 0–90% RH (Non-condensing)
IEC 62109-1
IEC 62109-2
IEC 61683
IEC 61682
Low Voltage Directive 2014/35/EU
This is a 51.2V LiFePO₄ wall-mounted battery designed for:
Home solar storage
Hybrid inverter backup
Commercial/industrial UPS-style use
The main model shown is:
More storage in a compact wall-mounted box — good for indoor installs.
Advertised:
6000 cycles @ 80% DoD
That’s solid. In real life, that can mean 10–15 years depending on usage.
Up to 1C–1.5C
For the 100Ah model:
1C = 100A
1.5C = 150A peak
Meaning it can support high-load appliances better than weak batteries.
Includes:
Cell balancing
Overcharge / overdischarge protection
Temperature and short-circuit safety
This is essential for lithium systems.
Very normal for LiFePO₄ — good for solar storage.
This is actually better than many indoor-only batteries.
Protected from dust + water splashes
Useful in garages, utility rooms, and humid climates.
Nice bonus for monitoring:
SOC (battery %)
Voltage/current
Errors/alarms
Can connect multiple packs in parallel.
Poster says:
Up to 8 units parallel
So max storage:
8 × 5.12 kWh = 40.96 kWh
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