The N3H-A8.0 innovative inverter combines the latest inverter technology with low-voltage batteries to provide efficient and reliable power conversion for various household needs. Three-phase hybrid inverter for 44~58V low voltage batteries is ideal for residential applications providing high power density and excellent performance.
Flexible layout, easy plug-and-play installation, and integrated fuse protection.
MPPT efficiency can be as high as 99.5%.
Designed for durability and superior adaptability.
Monitor your system remotely.
By integrating energy storage systems, hybrid inverters can provide backup power in the event of a main grid outage, as well as feed power back to the grid during normal operation. Contact Us When exploring energy storage options like batteries and inverters, it’s important to evaluate your specific energy needs and goals. Our team of experts can guide you through the benefits of energy storage. Our energy storage batteries and inverters can reduce your electricity bills by storing extra energy generated by renewable energy sources such as solar panels and wind turbines. They also provide backup power during outages and help create a more sustainable and resilient energy infrastructure. Whether your goal is to reduce your carbon footprint, increase energy independence or reduce energy costs, our range of energy storage products can be customized to fit your needs. Contact us today to learn how energy storage batteries and inverters can improve your home or business.
N3H-A hybrid inverter is specifically designed for seamless integration with 220V power grids, Engineered for outdoor installation and lasting durability, Monitor and manage the system remotely, anytime, unlocking a world of energy independence and efficiency.
Model: | N3H-A8.0 |
PV input parameter | |
Maximum input voltage | 1100 Vd.c . |
Rated Voltage | 720Vd.c . |
MPPT voltage range | 140~ 1000 Vd.c . |
MPPT voltage range (full load) | 380~850 Vd.c . |
Maximum input current | 2* 15 Ad.c . |
PV ISC | 2*20 Ad.c . |
Battery input/output parameter | |
Battery type | Lithium or lead-acid |
Input voltage range | 44~58 Vd.c . |
Rated voltage | 51.2Vd.c . |
Maximum input/output voltage | 58 Vd.c . |
Maximum charging current | 160 Ad.c . |
Maximum charging power | 8000 W |
Maximum discharging current | 160 Ad.c . |
Maximum discharging power | 8000 W |
Grid parameter | |
Rated input/output voltage | 3/N/PE, 230/400 Va.c . |
Rated input/output frequency | 50 Hz |
Maximum input current | 25 Aa.c . |
Maximum input active power | 16000 W |
Maximum input apparent power | 16000 VA |
Maximum input active power from grid to battery | 8600 W |
Rated output current | 11.6 Aa.c . |
Maximum continuous output current | 12.8 Aa.c . |
Rated output active power | 8000 W |
Maximum output apparent power | 8800 VA |
Maximum output active power from battery to grid (without PV input) | 7500 W |
Power factor | 0.9 leading~0.9 lagging |
Backup terminal parameter | |
Rated output voltage | 3/N/PE, 230/400 Va.c . |
Rated output frequency | 50 Hz |
Rated output current | 10.7 Aa.c . |
Maximum continuous output current | 11.6 Aa.c . |
Rated output active power | 7360 W |
Maximum output apparent power | 8000 VA |
Object(Figure 01) | Description |
1 | Hybrid Inverter |
2 | EMS Display Screen |
3 | Cable Box (connected to Inverter) |
Object(Figure 02) | Description | Object(Figure 02) | Description |
1 | PV1, PV2 | 2 | BACKUP |
3 | ON GRID | 4 | DRM OR PARALLEL2 |
5 | COM | 6 | METER+DRY |
7 | BAT | 8 | CT |
9 | PARALLEL1 |