FoxESS P3-6.0-SH 6kW asymmetric hybrid inverter

  • 6kW power for three-phase network
  • Hybrid function – solar and battery management
  • 2 independent MPPT inputs for flexible installation
  • Built-in WiFi monitoring with real-time data
  • AFCI arc protection function for safe operation
  • Color display for easy operation
  • Asymmetric phase management
SKU: FE-H3-6.0-SH

Additional information

Weight 37,9 kg
Dimensions 600 × 226 × 450 mm

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Description

Three-phase asymmetric hybrid inverter Fox ESS P3-6 (P3-SH series)

The innovative three-phase Fox ESS P3-SH series hybrid inverters are designed to maximize solar energy utilization during the day and store excess energy at night. They feature advanced technology and compatibility with Fox ESS high-voltage batteries, offering flexible and efficient energy management.

Key features of the Fox ESS P3-6:

  • Excellent compatibility with high-voltage batteries: Seamless integration with Fox ESS high-voltage lithium-ion batteries in the 100-800 V range for optimal energy storage.
    Outstanding efficiency: Maximum efficiency of up to 97.90% and an impressive MPPT efficiency of 99.90%, ensuring efficient energy conversion.
  • Wide power range: AC rated power from 5 kW to 15 kW and maximum PV input power up to 30 kW, flexibly adapting to different installation needs.
    Intelligent monitoring and ease of use: Remote system monitoring via mobile app or web interface (FoxCloud V2.0), and fast and intuitive plug-and-play installation.
  • Durability and full protection: IP65 protection class design allows installation in various environments; complete with comprehensive protection functions, including reverse polarity protection, islanding protection and overload protection.
  • Long warranty: Standard 10-year manufacturer’s warranty, which confirms the reliability and durability of the device.

Who is it for?

The Fox ESS P3-SH series inverters are an excellent choice for single-family homeowners and small and medium-sized businesses who want to optimize their own solar energy consumption and increase their energy independence. Their three-phase design, high efficiency, energy storage flexibility and remote monitoring make them ideal for photovoltaic systems that require reliable and advanced energy management.