Inverter DEYE SUN-8K-SG05LP3-EU-SM2

Three-Phase Hybrid Inverters Deye SUN-8/10/12K-SG05LP3-EU-SM2

The Deye three-phase hybrid inverters from the SUN-K-SG05LP3-EU-SM2 series are advanced devices that provide comprehensive energy management for photovoltaic systems. Available in 8 kW, 10 kW and 12 kW versions, they feature 100% unbalanced output on each phase, support parallel operation of up to 10 units, and are compatible with low-voltage 48V batteries. With AC couple capability, support for energy storage from diesel generators, and advanced management options, these inverters offer flexibility and high performance.

Key features of the Deye SUN-K-SG05LP3-EU-SM2 Hybrid Inverters:

• 100% unbalanced output: Allows delivering up to 50% of rated power on a single phase, which is important for uneven loads.
• High scalability and parallel operation: Can be connected in parallel with up to 10 units in both on-grid and off-grid modes, and supports multiple batteries connected in parallel.
• Compatible with 48V batteries: Transformer-isolated design dedicated to working with low-voltage 48V batteries (lead-acid or lithium-ion), with a maximum charge/discharge current of up to 240A.
• Advanced energy management: Configurable for 6 battery charge/discharge periods, includes AC couple for upgrading existing solar systems, and supports energy storage from diesel generators.
• High efficiency and reliability: Peak efficiency up to 97.6%, MPPT efficiency >99%, and numerous integrated protections, including DC reverse polarity protection and AC/DC surge protection (Type II).
• Backup power: In off-grid mode the inverter can provide double the rated power for 10 seconds to start demanding equipment.

Who is this a good choice for?

These Deye hybrid inverters are an excellent choice for owners of single-family homes, farms, and small businesses seeking a flexible and reliable energy management solution. Their ability to handle unbalanced loads, expand the system, and work with common low-voltage 48V batteries makes them ideal for maximizing self-consumption, providing backup power, and upgrading existing photovoltaic installations.