Reliable and Efficient Hybrid Inverter

 The Fronius GEN24 PLUS Primo 4.0kW 230V Hybrid Inverter - 1 Phase is a state-of-the-art inverter designed to deliver maximum energy efficiency and flexible integration with battery storage systems. Its advanced technology ensures a stable power supply and intelligent energy management, making it an ideal solution for modern solar installations. 

Integrated Backup Power for Energy Security

  
• PV Point: Provides essential backup power for critical loads
  
• Full Backup: Ensures complete home power supply when paired with a compatible battery
  
• Offers seamless energy security in case of grid failures
 

Optimised Energy Management and High Efficiency

 With a maximum efficiency of 97.6%, the Fronius GEN24 PLUS Primo 4.0kW 230V Hybrid Inverter - 1 Phase ensures minimal energy loss. The integrated active cooling technology enhances system longevity, preventing overheating and maintaining optimal performance even in high-temperature environments. 

Seamless Battery Integration

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

Smart System Integration and Monitoring

 The Fronius GEN24 PLUS Primo 4.0kW 230V Hybrid Inverter - 1 Phase features advanced system monitoring and connectivity. It supports Modbus TCP, RS485, and JSON API for third-party integration and is compatible with the Fronius Smart Meter for real-time energy tracking. 

Robust Design for Long-Term Performance

  
• IP66-rated protection for indoor and outdoor installation
  
• Lightweight and compact with push-in spring terminals for quick installation
  
• Active cooling extends the inverter’s service life
 

 The Fronius GEN24 PLUS Primo 4.0kW 230V Hybrid Inverter - 1 Phase is an ideal choice for installers looking for a high-efficiency, future-proof solar energy solution. With backup power, intelligent energy management, and seamless battery compatibility, it guarantees energy independence and long-term system reliability.