Versatile and High-Performance Hybrid Inverter

 The Fronius GEN24 PLUS Primo 6.0kW 230V Hybrid Inverter - 1 Phase is a cutting-edge inverter built for efficiency, flexibility, and energy independence. Supporting battery storage, intelligent energy management, and backup power options, it is an ideal choice for modern residential solar systems.  

Integrated Backup Power for Energy Security

   
• PV Point: Provides basic backup power for essential appliances
   
• Full Backup: When paired with a compatible battery, it powers the entire home
   
• Ensures uninterrupted energy supply with fast switching times
 

Maximised Efficiency and Energy Management

 The Fronius GEN24 PLUS Primo 6.0kW 230V Hybrid Inverter - 1 Phase achieves up to 97.6% efficiency, ensuring optimal energy conversion and minimal losses. The active cooling system enhances durability, prevents overheating, and maintains high performance in demanding environments.  

Seamless Battery Compatibility

   
• Works with BYD Battery-Box Premium HVS/HVM and LG FLEX
   
• Supports both DC and AC-coupled battery storage systems
   
• Enables self-consumption optimisation and peak shaving
 

Advanced System Monitoring and Connectivity

 The Fronius GEN24 PLUS Primo 6.0kW 230V Hybrid Inverter - 1 Phase supports real-time system monitoring and control. It is equipped with Modbus TCP, RS485, and JSON API for seamless integration with third-party devices. The Fronius Smart Meter provides precise energy tracking and management.  

Built for Durability and Easy Installation

   
• IP66-rated protection for indoor and outdoor use
   
• Lightweight design with push-in spring terminals for quick setup
   
• Active cooling technology extends the inverterà ¢Ã¢â€š ¬Ã¢â€ž ¢s lifespan
 

 The Fronius GEN24 PLUS Primo 6.0kW 230V Hybrid Inverter - 1 Phase is the perfect choice for installers seeking a high-efficiency, future-proof solar energy solution. With backup power, intelligent energy management, and seamless battery compatibility, it ensures long-term energy independence and system reliability.