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The 6kW–12kW IP65 three-phase hybrid solar inverter provides 380V output and supports compatible low-voltage battery systems. Featuring intelligent MPPT control, battery charging, Wi-Fi monitoring and backup power capability, it is ideal for residential and light commercial solar energy storage applications.
The 6kW–12kW Low-Voltage Three-Phase Hybrid Solar Inverter integrates solar power conversion, battery charging, grid interaction and backup power management into one intelligent system.
Available in 6kW, 8kW, 10kW and 12kW models, it is designed for residential properties, villas, farms, offices, shops and light commercial solar energy storage projects using a three-phase 380V electrical supply.
The inverter intelligently manages energy from solar panels, low-voltage batteries and the utility grid, helping increase solar self-consumption, reduce electricity costs and maintain a reliable power supply during grid interruptions.
The series is available in four output power ratings:
This flexible range allows users to select the appropriate inverter according to their load demand, solar array capacity and backup power requirements.
The inverter provides three-phase AC output for properties and equipment operating on a 380V electrical system.
Three-phase output helps distribute electrical loads more evenly and is suitable for powering compatible household, agricultural and light commercial equipment.
The required grid voltage and frequency should be confirmed before ordering.
The inverter is designed to operate with compatible low-voltage battery systems.
Depending on the selected model, it may support lithium-ion, LiFePO4 or lead-acid batteries. Compatible battery voltage, charging current and BMS communication protocols must be confirmed according to the inverter and battery specifications.
The integrated MPPT controller continuously tracks the maximum available power from the solar array.
It automatically adjusts the operating point according to changes in sunlight and panel temperature, helping improve solar energy harvesting throughout the day.
The number of MPPT trackers, PV input voltage and maximum input current may vary by model.
The inverter automatically coordinates power from:
Solar energy can be used directly by connected loads, stored in the battery or exported to the grid where local regulations permit.
When solar generation is insufficient, the system can automatically use battery or utility power according to the selected operating strategy.
Available operating modes may include:
Available functions may vary according to the selected model, firmware and system configuration.
The integrated battery charger manages the charging and discharging process according to battery status, load demand and available solar energy.
For compatible lithium batteries, BMS communication can help the inverter monitor important battery information such as:
When the utility grid fails, the inverter can supply designated backup loads through a properly configured battery system.
Typical backup loads may include:
Actual backup time depends on battery capacity, state of charge and connected load.
The Wi-Fi monitoring function allows users to view system performance remotely through a compatible mobile application or online monitoring platform.
Available monitoring information may include:
Wi-Fi accessories and monitoring platforms may vary by model.
The IP65-rated enclosure provides protection against dust and water jets, supporting installation in suitable indoor and outdoor environments.
For reliable long-term operation, the inverter should be installed in a shaded, well-ventilated location away from flooding, excessive heat and direct impact.
The inverter provides stable pure sine wave AC output suitable for compatible residential and light commercial electrical equipment.
This helps ensure dependable operation of sensitive electronics and everyday electrical appliances.
The inverter incorporates multiple software and hardware protection functions.
Available protection features may include:
Protection functions may vary according to the selected model and regional requirements.
The 6kW–12kW hybrid solar inverter is suitable for:
During the daytime, solar panels generate electricity to power connected loads.
When solar generation exceeds the current load demand, excess energy can be used to charge the battery. Depending on the system configuration and local regulations, surplus solar power may also be exported to the utility grid.
When solar generation decreases, stored battery energy can supply the loads. If solar and battery power are insufficient, the utility grid automatically provides additional electricity.
During a grid outage, the inverter can continue supplying selected backup loads when connected to a compatible battery system and correctly configured backup circuit.
Please provide the following information before ordering:
Our technical team can recommend a suitable inverter, battery and solar panel configuration according to your project requirements.
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