Fronius 22.7-3

The Fronius Symo 480 Inverter is designed for effective energy management in solar energy systems, providing unmatched efficiency and flexibility. Built with cutting-edge technology, this inverter ensures swift adaptation to the rapid shifts in the energy landscape, enhancing both commercial and residential applications.

Product Features

Advanced Cooling System

Featuring an active cooling design, the Fronius inverter maintains optimal performance by preventing overheating, which increases its longevity and efficiency in various environments.

Integrated AFCI

With built-in Arc Fault Circuit Interruption, safety is significantly enhanced, as it prevents electrical hazards, providing peace of mind during operation.

DC Disconnector

This feature ensures safer installation and maintenance processes by allowing complete isolation of the inverter from DC sources, thus protecting technicians and equipment alike.

Real-time Data Logging

The Fronius Symo provides accurate monitoring with data logging capabilities through its USB interface, allowing users to easily track system performance and make informed decisions.

Wi-Fi Enabled Monitoring

Integrated with Wi-Fi for seamless connectivity, this inverter supports remote monitoring via Fronius Solar.web, allowing users to keep track of system performance anytime, anywhere.

How It Works

The Fronius Symo 480 Inverter converts DC input from solar panels into AC output efficiently, ready for use in various applications. It is equipped with advanced communication interfaces to monitor and manage energy flow effectively.

Power Conversion Unit

At the core of the inverter, this unit ensures seamless conversion of solar-generated DC electricity to usable AC power, maximizing solar energy utilization.

Enhanced Interface Protocol

The inverter supports varied connectivity options, including Power Line Communication and Ethernet, facilitating efficient data transfer and system monitoring.

Load Management System

Its sophisticated I/O setup aids in effective load management by allowing simultaneous signal processing and multiple user-defined actions, ensuring system stability.

Specifications