Power frequency inverter control integrated machine, built-in MPPT controller, 3 times the maximum peak power, optional single-phase 120V or 220V output, can choose split-phase 120V and 220V output. Ideal for home use on two circuits for power tools, computers, audio/video components, and other sensitive electronic equipment. This inverter has a hard shell and is not limited to home, commercial, industrial, marine and other scenarios.
| MODEL | 8kw | 10KW | 12KW |
| Continuous Output Power (W) | 8000W | 10000W | 12000W |
| Rated input voltage | 48VDC | ||
| Mains mode specifications: | |||
| Input voltage waveform | Sine wave (mains or generator) | ||
| Rated input voltage | 100V/110V/120V/220V/230V/240Vac | ||
| Low voltage shutdown point | 92/184Vac±4% | ||
| Low pressure recovery point | 97/194Vac ±4% | ||
| High voltage shutdown point | 127/253Vac±4% | ||
| High pressure recovery point | 121/243Vac±4% | ||
| Maximum AC input voltage | 135/270V rms | ||
| Rated input frequency | 50Hz/ 60Hz (automatic detection) | ||
| Low voltage recovery point frequency | 40.5+0.3Hz ; | ||
| Low voltage cut-off point frequency | 40+0.3Hz; | ||
| High voltage recovery point frequency | 69.5+0.3Hz; | ||
| High voltage cut-off point frequency | 70+0.3Hz ; | ||
| Output voltage waveform | Consistent with the input voltage waveform | ||
| Overload protection | Circuit breaker start | ||
| Short circuit protection | Circuit breaker start | ||
| Power Efficiency | >95% | ||
| Conversion current | 30A | ||
| Conversion time (Ac to Dc) | 10ms | ||
| Bypass switching current | Yes | ||
| Bypass maximum load current | 30A | ||
| Output voltage waveform | Sine wave | ||
| Power factor | 0~1.0 | ||
| Rated output voltage (V) | 120/230Vac | ||
| Rated output frequency (Hz) | 60/50Hz ± 0.3Hz | ||
| Automatic tracking main frequency (Hz) | Yes (from the first connection) | ||
| Output voltage range | ±2% rms | ||
| efficient | >80% | ||
| Overload protection (SMPS load) | (110%<load<125%) ±10%: disconnect the output voltage after 15 minutes | ||
| (125%<load <150%) ±10%: disconnect the output voltage after 10 seconds | |||
| Load >150% ±10%: Disconnect the output voltage after 20 seconds | |||
| Peak capacity(10s) | 24000VA | 30000VA | 36000VA |
| start the motor | 8HP | 10HP | 12HP |
| Short circuit protection | Current limit (power off after 10s) | ||
| Circuit breaker size | 63A | ||
| Rated DC input voltage | 48VDC | ||
| Power saving | load ≦2W | ||
| Inverter dimensions(Length*width*height) | 698*415*200mm | ||
| Packing size (length*width*height) | 850*520*310mm | ||
| Inverter weight | 60+3 | 66+3 | 70+3 |
| Packing operating weight | 62+3 | 68+3 | 72+3 |
| Standard warranty | 2 year | ||
Suministro de Energía de Emergencia: El mecanismo de recorte de picos y llenado de valles puede descargar la energía almacenada durante las horas de bajo consumo, proporcionando energía de respaldo de emergencia para hacer frente a eventos inesperados y garantizar la operación segura y estable de la red eléctrica.
Mejora del Aprovechamiento de las Energías Renovables Variables: Los sistemas de almacenamiento de energía pueden captar energías renovables como la eólica y solar para cargar las baterías durante periodos de baja demanda de la red. Por el contrario, durante los picos de demanda, la energía química almacenada en las baterías se convierte nuevamente en energía eléctrica para su descarga. Este proceso mejora significativamente la tasa de utilización de las fuentes de energía renovable intermitentes, garantizando una integración más eficiente con la red eléctrica.
