Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v]

Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v] Hybrid Inverter

The Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v] is a trifazis hybrid inverter designed to be the perfect heart for private photovoltaic systems. This innovative device offers an integrated basic backup power supply or even a comprehensive backup power solution with the option to connect an accumulator system. The Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v] hybrid inverter ensures a continuous power supply for electricity, heating, cooling, and e-mobility using an accumulator system.

• Integrated basic backup power supply
• Comprehensive backup power solution
• Connects to accumulator systems

Product Properties and Specifications

The Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v] is equipped with a PV point that provides a full backup power solution, capable of supplying up to 3-phase loads, such as heating elements. Additionally, the "Multi Flow" technology allows the hybrid inverter to provide a consistent energy flow in the system, even during backup power mode. Key specifications include a maximum DC input of 8,000 V and a maximum AC output of 7,680 W, ensuring reliable performance.

• Maximum DC input: 8,000 V
• Maximum AC output: 7,680 W
• 3-phase load capability

Practical Uses and Benefits

The Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v] is an essential component for ensuring a comfortable and reliable power supply in daily life. Whether you need electricity, heating, cooling, or charging your e-mobility vehicle, this hybrid inverter provides a seamless solution. It is ideal for homeowners, businesses, and communities seeking a robust and efficient power management system.

• Ensures continuous power supply for daily needs
• Perfect for homeowners, businesses, and communities

With its advanced features and reliable performance, the Discover Fornius Symo Gen24 8,0 - Today Only [m4YrS27v] is a top choice for anyone looking to enhance their power management capabilities.