Growatt WIT-100K-HU Solar Hybrid Power Inverter 50kw 100kw 75kw High Voltage for Commercial Solar System

  • Hybrid Solar System 50kW 100kW for Farm
  • Commercial Hybrid Solar System 50kW 100kW
  • Hybrid Solar System 50kW 100kW for Factory
  • Three Phase 380V Hybrid Solar System 50kW 100kW for Factory
  • Hybrid Solar System 50kW 100kW for Farm
  • Commercial Hybrid Solar System 50kW 100kW
  • Hybrid Solar System 50kW 100kW for Factory
  • Three Phase 380V Hybrid Solar System 50kW 100kW for Factory

Growatt WIT-100K-HU Solar Hybrid Power Inverter 50kw 100kw 75kw High Voltage for Commercial Solar System

    Available in 50kW, 63kW, 75kW, and 100kW models, catering to a wide range of commercial and industrial energy storage and hybrid applications
    Includes both Storage (A/AU series) and Hybrid (H/HU series) models, with optional UPS functionality for critical load backup.
    Built-in AFCI (Arc-Fault Circuit Interrupter), Anti-PID function, DC and AC surge protection, and insulation monitoring enhance system safety and compliance with NEC standards.
    Rated IP66/Type 4X, allowing for safe indoor or outdoor installation in diverse environmental conditions.
    Maximum efficiency up to 98.2%, with MPPT efficiency up to 99.9% for hybrid models, ensuring optimal energy harvest and conversion.
    Supports remote monitoring via ShinePhone app and ShineServer web portal, with real-time data access and system configuration.

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Output TypeThree PhaseInverter Efficiency98.20%
Place of OriginAnhui, ChinaModel NumberWIT 50-100K-AU
Brand NameGrowattInput Voltage380V/400V/415V
Output Voltage380V/400V/415VOutput Current83.3A~166.7A
Output Frequency50/60HZSize820*1350*510mm
TypeDC/AC InvertersWeight140 kg
Product nameSolar InverterApplicationSolar Power System Home
Weight140 kgInverter typeHybrid Grid Inverter
KeywordSolar Energy Power InverterProtectionIP66
CommunicationWiFi / RS485DisplayLCD Display
CoolingSmart Air CoolingFeatureEnergy Saving Solar Inverter

Q :

What is the maximum PV input voltage?

A :

The maximum PV input voltage is 1100V DC for all models.

Q :

How many MPPT trackers does each model have?

A :

50kW: 7 MPPTs; 63kW: 8 MPPTs; 75kW & 100kW: 10 MPPTs; Each MPPT supports 2 PV strings.

Q :

How do I clear an AFCI (Arc Fault) alarm?

A :

Turn off all DC and AC breakers, wait for the error to clear, check PV wiring, then restart the system. If Error 425 persists, contact Growatt support.

Q :

Can the inverter operate off-grid?

A :

Yes, models with UPS function (AU/HU series) support off-grid operation to power critical loads via the LOAD terminal.

Q :

What is the battery voltage range?

A :

The battery voltage range is 750–1000V for 3P3W systems and 820–1000V for 3P4W systems.

Q :

How do I set up remote monitoring?

A :

Use the ShineTools app to connect the inverter to Wi-Fi or 4G, then monitor via ShinePhone or the ShineServer website.

Q :

How many hours will 500 kWh of energy last?

A :

500 kWh is a unit of measurement for total energy. To convert this to runtime , you need to know the continuous load in kW. Use the following formula:

Runtime (hours) = 500 kWh ÷ Load (kW)

1 kW load → 500 ÷ 1 = 500 hours
5 kW load → 500 ÷ 5 = 100 hours
50 kW load → 500 ÷ 50 = 10 hours

500 kilowatt-hours (kWh) is the unit of measurement for total energy. To convert this to runtime (hours), you need to know the continuous load in kilowatts (kW). Use the following formula:

Operating time (hours) = 500 kWh ÷ Load (kW)

1 kW load → 500 ÷ 1 = 500 hours
5 kW load → 500 ÷ 5 = 100 hours
50 kW load → 500 ÷ 50 = 10 hours

Important considerations for actual systems

Power factor (apparent power vs. active power) must be considered in AC/industrial systems.
Efficiency losses (conversion, inverters, wiring) reduce actual runtime.
Peak or fluctuating loads may shorten effective runtime (compared to steady-state load assumptions).
Reserve margin: Avoid discharging to 0 kWh.

Typical B2B Application Scenarios

10 kW server rack: 500 kWh provides approx. 50 hours backup time (excluding losses)
25 kW industrial motor load: Expected runtime approx. 20 hours
In PV+storage systems, 500 kWh storage supports 20 kW site load for approx. 25 hours (after efficiency losses).

If you provide equipment power ratings or load curves, Sunpla will calculate precise runtime estimates—accounting for losses and reserve margins—using descriptive text, tables, and charts.

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