FRONIUS GEN24 Primo 10 kW 1 Phase 2 MPPT (PRIMO GEN24 10.0)

The FRONIUS GEN24 Primo 10 kW is a high-performance 1-phase solar inverter designed for larger residential solar systems that require increased power output. With an impressive 10 kW output, this inverter comes equipped with 2 Maximum Power Point Trackers (MPPTs), making it ideal for systems with multiple roof orientations or partial shading.

Part of the GEN24+ series, the GEN24 Primo 10 kW integrates cutting-edge technology, offering advanced monitoring through the FRONIUS Solar.web platform. This allows homeowners to track real-time energy production and system performance, with easy access to data for efficient system management and troubleshooting.

This inverter is also battery-ready, enabling homeowners to add solar storage systems for enhanced energy independence in the future. With its IP65 rating, the GEN24 Primo 10 kW is built to endure harsh weather conditions, making it a durable and reliable option for outdoor installations.

Key Benefits:
✅ 10 kW 1-Phase Power – Perfect for large residential solar systems, providing high energy efficiency and reliability.
✅ Dual MPPTs – Maximises energy production from multiple roof orientations, even in shaded areas.
✅ Smart Monitoring – Real-time monitoring via FRONIUS Solar.web for easy system management and performance tracking.
✅ Battery-Ready – Integrates easily with solar storage systems, giving the potential for greater energy independence.
✅ High Efficiency & Flexibility – Offers superior energy efficiency and adaptability for diverse residential system designs.
✅ Compact & Durable – IP65-rated for outdoor use, with a space-saving design that suits various home configurations.

The FRONIUS GEN24 Primo 10 kW inverter is an excellent choice for homeowners seeking a reliable, efficient, and future-ready solution for larger residential solar systems. With its advanced monitoring capabilities, battery integration, and high-performance output, it’s the perfect fit for homeowners looking to optimise their solar energy generation and improve energy independence.