FRONIUS - Wattpilot Go 22 J Charging Station - 4.240.400

The Fronius Wattpilot Go 22 J charging station is designed for e-mobility projects integrated into photovoltaic installations. Designed for PV installers, it enables electric vehicle charging, primarily using surplus solar production or grid electricity depending on the site configuration.
Compatible with both single-phase and three-phase power, the charging station delivers a power output of 7.36 kW to 22 kW and automatically adjusts its operation to the existing electrical infrastructure. Integrated Wi-Fi communication enables control via the Fronius Solar.wattpilot app and integration with Fronius Solar.web for comprehensive energy monitoring. Its compact size and wall-mounting design facilitate integration into residential, commercial, or multi-unit projects related to solar self-consumption and e-mobility.

KEY POINTS FOR PROFESSIONALS

• AC charging station compatible with single-phase 7.36 kW and three-phase 22 kW .
• Dynamic management of charging based on the available photovoltaic surplus.
• Integrated WiFi communication for remote setup and monitoring.
• Native integration into the Fronius Solar.web ecosystem.
• Access management via card or RFID chip with creation of user profiles.
• AC 20 mA and DC 6 mA differential protection integrated into the terminal.
• IP65 protection rating for indoor or sheltered outdoor installation.

RECOMMENDED APPLICATIONS

• Residential photovoltaic installations with a need for fast charging.
• Mobility projects based on individual or collective self-consumption.
• Tertiary sites and company car parks incorporating a controlled charging station.
• Fronius photovoltaic projects requiring hardware and software consistency.

ADDED VALUE POWR CONNECT

POwR Connect supports photovoltaic installers in deploying charging station solutions tailored to e-mobility projects. The Fronius Wattpilot Go 22 J is offered with stock availability, technical support, and integration advice to facilitate the integration of photovoltaic production, self-consumption, and electric vehicle charging.