Deye SUN-15K-SG05LP3-EU-SM2 asymmetric hybrid inverter 15kW - 3 phase

The Deye SUN-SG05LP3-EU-SM2 series is a high-tech three-phase asymmetric hybrid inverter designed for high-power solar systems. The inverters provide power transmission with outstanding efficiency and flexibility, while supporting on-grid and off-grid operation, as well as a wide range of energy storage solutions.

Important Features

• High charge/discharge capacity: The inverters can handle a maximum charge and discharge current of up to 350A, allowing for rapid energy storage and use.
• Parallel operation: Up to 10 inverters can be connected together, allowing for both on-grid and off-grid operation. This scalability is ideal for larger systems and growing energy demands.
• Diesel generator support: Inverters can store energy from diesel generators, ensuring power supply even in the event of unreliable grid connection.
• Unbalanced output handling: Each phase can deliver up to 50% of the rated power, ensuring stable operation under uneven loads.
• AC coupling: Inverters with AC coupling can be easily integrated into existing solar systems, simplifying system upgrades.
• Advanced battery management: Six different periods can be set for charging and discharging batteries, optimizing energy usage to minimize costs.
• Multiple Battery Support: The inverters are compatible with 48V low voltage batteries and feature transformer isolation for safety and reliability.
• Durable and environmentally friendly design: IP65 protection level ensures dust and water resistance, and intelligent air cooling maintains optimal operating temperature, even from -40°C to +60°C.

Recommendation

The Deye SUN-SG05LP3-EU-SM2 series is an ideal choice for residential and commercial installations with high energy demands. With asymmetric operation, parallel expansion and diesel generator compatibility, these inverters provide a flexible and reliable solution to modern energy management challenges. They are the perfect choice for those looking for a sustainable and efficient system to meet their growing energy needs.