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The 10kW–50kW IP65 three-phase hybrid solar inverter combines high-voltage battery storage, intelligent MPPT control and 380V pure sine wave output. Designed for commercial and industrial energy systems, it supports solar self-consumption, peak shaving, smart monitoring and reliable backup power.
The 10kW–50kW Three-Phase High-Voltage Hybrid Solar Inverter is designed for commercial, industrial and large residential solar energy storage systems.
It intelligently manages power from solar panels, high-voltage batteries, connected loads and the utility grid. By increasing solar self-consumption and optimizing battery charging and discharging, the inverter can help reduce electricity costs, manage peak demand and provide reliable backup power.
Available in 10kW, 12kW, 15kW, 20kW, 30kW, 40kW and 50kW power ratings, the series offers flexible solutions for projects with different energy requirements.
Multiple power ratings are available for different system sizes:
The wide product range makes the inverter suitable for small commercial installations, large residential properties and industrial energy storage projects.
The inverter provides three-phase AC output for systems using a 380V electrical supply.
It is suitable for powering three-phase equipment and distributing energy across commercial and industrial electrical loads.
Voltage and frequency options should be confirmed according to the selected model and destination market.
The inverter is designed to operate with compatible high-voltage lithium battery systems.
Compared with low-voltage battery configurations, a high-voltage system can reduce operating current and improve energy transmission efficiency in higher-power applications.
Battery voltage range and compatible BMS protocols vary by model and must be confirmed before ordering.
Advanced MPPT technology continuously tracks the maximum available power from the solar array.
The inverter automatically adjusts its operating point according to solar irradiation and panel temperature, helping maximize energy generation throughout the day.
The number of MPPT trackers and PV input specifications depend on the selected model.
The inverter intelligently coordinates energy from:
Solar energy can be used directly by connected loads, stored in the battery or exported to the grid where permitted.
When solar power is insufficient, the system can use battery energy or utility power according to the selected operating strategy.
Available operating modes may include:
Functions and operating modes may vary according to the selected inverter configuration.
The system can charge the battery during low-demand or low-tariff periods and discharge stored energy during peak-demand periods.
This can help commercial and industrial users:
Actual savings depend on the electricity tariff, load profile and system configuration.
The inverter delivers stable pure sine wave AC output suitable for a wide range of commercial and industrial electrical equipment.
It is designed to support reliable operation of lighting, office equipment, motors, communication systems and other compatible loads.
When connected to a compatible battery system, the inverter can provide backup power during utility grid outages.
Backup capacity and operating time depend on:
The backup function should be configured by qualified electrical technicians.
The IP65-rated enclosure provides protection against dust and water jets, supporting installation in suitable indoor and outdoor environments.
The inverter should still be installed in a well-ventilated location and protected from flooding, direct impact and extreme environmental conditions.
Available monitoring and communication options may include:
Communication functions and accessories vary by model.
Selected models may support parallel operation for projects requiring higher output power or greater system flexibility.
Parallel capability must be confirmed according to the inverter model, firmware version and project design.
The inverter incorporates multiple software and hardware protection functions.
Available protections may include:
Protection functions may vary by model and regional certification requirements.
The three-phase hybrid solar inverter is suitable for:
During the daytime, solar panels generate electricity to power connected loads.
When solar production exceeds the current load demand, excess energy can be stored in the high-voltage battery or exported to the utility grid where local regulations permit.
When solar generation decreases, stored battery energy can be used to support the loads. If both solar and battery power are insufficient, the utility grid supplies the remaining power.
During a grid outage, the inverter can provide power to designated backup loads when the system includes a compatible battery 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 based on your project requirements.
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