14KW 16KW 18KW Three Phase 120 208V Hybrid Inverter

  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters front view showing LCD screens, control panels, and cooling fins
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters left-side view showing cooling fins and interface layout.
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters right-side view showing vents and body structure.
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters rear view showing wiring terminals, power ports, and mounting brackets.
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters front view showing LCD screens, control panels, and cooling fins
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters left-side view showing cooling fins and interface layout.
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters right-side view showing vents and body structure.
  • 14KW, 16KW, 18KW high-voltage three-phase hybrid inverters rear view showing wiring terminals, power ports, and mounting brackets.

14KW 16KW 18KW Three Phase 120 208V Hybrid Inverter

    3 Independent MPPT Trackers, Compatible With High-power PV Modules
    Battery Voltage Range(40-60Vdc)
    Supports up to nine units in parallel.
    100% Three-phase Unbalanced Load
    Supports Diesel Generator Input
    P65 Waterproof Protection Degree

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ModelSEI-14K-U3PISEI-16K-U3PIESEI-18K-U3P
Battery Input Data
Battery TypeLithium-ion
Battery Voltage Range (V)40-60V
Charging Strategy for Li-ion Battery150A(75A+75A)
Number of Battery InputSelf-adaptation to BMS
PV String Input Data
Max. PV Access Power28000W32000W36000W
Max. PV Input Power22400W25600W28800W
Max. PV Input Voltage600V/600V/600V
Start-up Voltage120V
Max. PV Input Current40A+40A+40A
MPPT Voltage Range120V–500V
Input Frequency Range40Hz–70Hz
No.of MPPT Trackers3
AC Output Data
Rated AC OutputPower (W)14000W16000W18000W
Max. AC Input/Output Apparent Power15400VA17600VA19800VA
Power Factor0.8 leading to 0.8 lagging
THDI<3% (of nominal power)
Rated Input/Output Voltage/Range120/208V, 0.85Un–1.1Un
Grid Connection Form3L + N + PE
WaveformPure sine wave
Efficiency
MPPT Tracking Efficiency99.9%
Max. Efficiency97.50%
CEC Efficiency97%
CertificationsCSA C22.2 No.107.1-16, IEC62109-1, IEC62109-2, EN61000-6-1, EN61000-6-3
General Data
Temperature Range–25°C to +60°C, +45°C Derating
Parallel Capacity1–9 Units
Cooling MethodHeat sink + intelligent air cooling
Communication with BMSRS485/CAN/USB /Dry Contact
Weight (kg)58
Size (mm)480×860×313mm
Protection DegreeIP65
Noise<55dB
Warranty5 years

Q :

What battery can be used for this inverter?

A :

40-60V battery is needed.

Q :

Inverters are suitable for which countries?

A :

It's US version, three phase, suitable for almost countries using 120/208V

Q :

Can I connect to diesel generators?

A :

Yes, it supports diesel generator input.

Q :

Will the inverter still working even no grid power?

A :

Yes, it's hybrid inverter, with both on grid and off grid function

Q :

Does the inverter support smart energy management?

A :

Yes. The inverter automatically manages energy flow between PV generation, battery storage, household loads, and the utility grid to improve self-consumption and reduce electricity costs.

Q :

Does the inverter support remote monitoring?

A :

Yes. The inverter supports intelligent communication through RS485, CAN, USB, and dry contact interfaces, allowing integration with monitoring systems and energy management platforms.

Q :

How many MPPT trackers does this hybrid inverter have?

A :

The inverter features 3 independent MPPT trackers with an MPPT voltage range of 120V–500V, allowing flexible PV string configuration and efficient energy harvesting from different roof orientations.

Q :

What PV input power does the 14KW, 16KW, and 18KW inverter support?

A :

The maximum PV access power is 28kW for the 14KW model, 32kW for the 16KW model, and 36kW for the 18KW model. The corresponding maximum PV input power is 22.4kW, 25.6kW, and 28.8kW.

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