Solax X3-HYBRID-5.0-D-G4 three-phase hybrid inverter, 5.5kVA, 2 MPPT, DC disconnect switch, CT transformers, 16A input, compatible with Tripple Power battery

Solax X3-HYBRID-5.0-D-G4 Hybrid Inverter – Energy Independence and Cost Optimization

The Solax X3-HYBRID-5.0-D-G4 hybrid inverter is an advanced device that combines the functions of an inverter, charge controller, and emergency power supply (EPS) system. Designed for use in three-phase installations, it allows for efficient use of solar energy, storage in batteries, and ensuring continuity of power in the event of a mains failure. This makes it an ideal solution for both households and businesses looking for energy independence and cost reduction.

High Efficiency and Flexibility

The device is characterized by high efficiency, reaching 98%, which translates into maximum utilization of energy produced by photovoltaic panels. Two independent MPPT (Maximum Power Point Trackers) allow for optimal operation of panels in various lighting conditions and minimize power losses caused by shading. Compatibility with Triple Power batteries provides flexibility in choosing an energy storage system, and compatibility with various types of lithium-ion batteries offers wide configuration possibilities.

Safety and Reliability

The Solax X3-HYBRID-5.0-D-G4 inverter is equipped with a number of protections, such as overvoltage protection (SPD) and a DC disconnector, which guarantees safe and reliable system operation. The IP65 protection class provides resistance to weather conditions, allowing the device to be mounted both indoors and outdoors. The built-in EPS (Emergency Power Supply) system provides immediate switching to battery power in the event of a voltage drop in the network, protecting sensitive devices from power outages. Input current of one string 16A allows to operate high-power solar panels.

Easy Installation and Monitoring

The inverter is easy and intuitive to install, and configuration is done via USB drive or Wi-Fi/LAN communication. This enables remote monitoring of device parameters and quick response to any problems. Oversizing the PV array to 200% and AC output overload to 110% increases installation flexibility and allows it to be adapted to individual user needs.