1. Through the TOU time-based charge and discharge function, users can flexibly set operating periods for both utility and battery power, optimizing energy use and reducing costs.
2. The inverter automatically switches between solar, battery, and grid sources — using solar energy during the day and switching intelligently to utility or battery power at night.
3. All system logs and operating parameters are automatically stored on the cloud server, ensuring that no data is lost even during power outages or network interruptions.
4. This function enables intelligent energy scheduling and long-term data protection, keeping the system stable and efficient over time.

When the battery is fully charged and the load demand is low, the inverter canfeed excess power back to the grid, enabling efficient energy reuse and improved overall performance.

This feature supportsautomatic switching and intelligent controlto ensure safe and stable feed-in operation.

Combined with theTOU (Time of Use) strategy, the system can discharge during high-tariff periods to maximize economic benefits.

Built-inWi-Fi moduleallows mobile APP monitoring of real-time solar generation, battery status, and power flow.

Compatible withRS485 and CAN communication protocols, supporting major lithium battery BMS systems such as Easun, Pylontech, and Growatt.

Can connect to aCT (current transformer)for precise power flow measurement, enabling optimized self-consumption and system efficiency.

The inverter features an IP65-rated waterproof and dustproof enclosure, suitable for outdoor wall-mounted installation.

It delivers pure sine wave output with a power factor of 1.0 and supports cold start.

Built-in protection mechanisms include overvoltage, overtemperature, overload, short-circuit, overcurrent, and anti-backflow protection, ensuring long-term stable operation under various environmental conditions.

Equipped with two independent MPPT trackers (50–450Vdc), the inverter achieves a tracking efficiency of up to 99.5%.

Each tracker can operate independently with PV arrays installed at different orientations or under partial shading, maintaining optimal power generation at all times.

With a maximum PV input power of 12kW, the system meets the needs of medium to large residential and energy storage setups.

The inverter supports independent AC input ports for the grid and generator, allowing both sources to be connected simultaneously without manual switching.

Its dual AC output design separates essential and non-essential loads — the main output (UPS mode) ensures uninterrupted power within 10ms, while the secondary output powers general loads.

Compatible with multiple operation modes (SBU / SUB / UTL / MKS), ensuring stable and flexible power management across different scenarios.
In MKS mode: When solar is available, the system follows “SBU”; when solar is unavailable, it follows “SUB”.

Supports parallel operation of up to six units, with a total output capacity of up to 36kW.

Three or more inverters can form a true three-phase system, easily covering commercial or small industrial loads.

The system features automatic current sharing and synchronized communication, ensuring safe, balanced, and stable operation in multi-unit setups.