Deye SUN-6K-SG04LP3-EU asymmetric hybrid inverter 6kW - 3 phase

Deye 3-phase asymmetric hybrid inverter SUN-SG04LP3 series is an advanced energy management solution for residential and commercial solar applications. The inverters enable the integration of solar power generation and battery energy storage, maximizing energy efficiency and optimizing system performance.

Important Features

• High charge/discharge efficiency: The maximum charge and discharge current of up to 240A enables fast energy transfer, which is critical for quickly meeting power demands.
• Diesel generator compatibility: Inverters can store energy from diesel generators, increasing power reliability in environments where backup power sources are required.
• Parallel operation: Up to 10 inverters can be connected in parallel, supporting both on-grid and off-grid modes. This feature allows for system scalability and multiple battery connections.
• Retrofit: Inverters can be integrated into existing solar systems with AC coupling, with minimal reconfiguration required.
• Advanced battery management: Six different periods can be set for charging and discharging batteries, allowing you to optimize energy efficiency.
• Unbalanced output handling: The inverters are capable of handling 100% unbalanced output, where each phase can deliver up to 50% of the rated power, ensuring stable operation even under uneven loads.
• High efficiency: Maximum efficiency is 97.6%, European efficiency is 97%, and MPPT efficiency is over 99%, with minimal energy loss.
• Robust design: IP65 protection level ensures dust and water resistance, while the intelligent air cooling system maintains optimal operating temperature.

Recommendation

The Deye 3-phase asymmetric hybrid inverter SUN-SG04LP3 series is an ideal choice for both residential and commercial installations where higher power demands need to be met. The combination of unbalanced output, diesel generator support and easy upgrade options makes this inverter one of the best choices for modern energy management solutions. It provides maximum energy efficiency and flexibility while contributing to sustainable energy use.