Simultaneously provides harmonic filtering, reactive power compensation, and three-phase

imbalance correction functions, the priority of these functions can be flexibly adjusted. The

Full response time is less than 10ms, suitable for various load conditions.

Millisecond-level response, on-grid and off-grid switching time can be within 3ms, and the voltage waveform is continuous during the switching process, which can avoid short term power outages of important equipment.

The outdoor series modules are independent modules designed specifically for outdoor environments. With an IP55 protection rating, they offer both dust and water proof and can be used directly in outdoor sites.

The PCS realizes rectification and inversion through a three-phase three-level converter. The rectified output is converted from three-phase AC to DC and injected into the energy storage system, while the inverter output is filtered to generate three-phase AC for use by AC loads or integration into the grid.The main application scenarios for PCS are Load-shifting, demand charge management, and off-grid power supply.

AVC is a solution designed for voltage sags and swells of up to 30%. The AVC is connected in series between the load and the power grid, and is responsible for stabilizing the voltage downstream.

The bidirectional DC/DC converter is a conversion device between photovoltaic and batteries. It supports Maximum Power Point Tracking(MPPT) technology to optimize the power generation efficiency of photovoltaic systems, ensuring operation near the Maximum Power Point (MPP) at all times. It can also be a conversion device between the battery and the DC bus, the battery can be discharged to the DC bus, and the DC bus can charge the battery.

Dynamic Voltage Restorer (DVR) quickly switches to power supply to the load within 3ms when a voltage sag occurs in the mains power supply, protecting precision or sensitive loads from voltage sag disturbances.