N3H-A12.0 12KW 44-58V DC 220/230V Three-Phase Hybrid Inverter Amensolar
220V/230V hybrid inverter
Product Description
The innovative N3H-A12.0 inverter merges cutting-edge technology with low-voltage batteries, delivering efficient and dependable power conversion for diverse household requirements. Specifically designed for residential use, this three-phase hybrid inverter caters to 44~58V low voltage batteries, offering high power density and exceptional performance.
Leading Features
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01
Easy Installation
Flexible configuration, plug and play set-upbuilt-in fuse protection.
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02
Max efficiency
MPPT efficiencyup can reach to 99.5%.
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03
IP65 Rated
Engineered to last with maximum flexibility.
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04
SOLARMAN Remote Monitoring
Monitor your system remotely.
Solar Hybrid Inverter Application
System Connection
The hybrid inverter incorporates an energy storage solution that can deliver electricity in the event of a grid outage. Simultaneously, it can also be linked to the grid to supply power when the grid is functioning normally.
Certificates
Our Advantages
The N3H-A hybrid inverter is designed to integrate seamlessly with the 220V grid, making it suitable for outdoor installation and ensuring long-lasting durability. It allows remote monitoring and management of systems at any time, increasing energy independence and efficiency.
Case Presentation
Package
Careful packaging:
We focus on packaging quality, using tough cartons and foam to protect products in transit, with clear usage instructions.
Secure shipping:
We partner with trusted logistics providers, ensuring products are well-protected.
| Model: | N3H-A12.0 |
| 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) | 480~850 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 | 200 Ad.c . |
| Maximum discharging power | 10000 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 | 17800 W |
| Maximum input apparent power | 17800 VA |
| Maximum input active power from grid to battery | 8600 W |
| Rated output current | 17.4 Aa.c . |
| Maximum continuous output current | 19.2 Aa.c . |
| Rated output active power | 12000 W |
| Maximum output apparent power | 13200 VA |
| Maximum output active power from battery to grid (without PV input) | 9300 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 | 13.3 Aa.c . |
| Maximum continuous output current | 14.5 Aa.c . |
| Rated output active power | 9200 W |
| Maximum output apparent power | 10000 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 |
