Growatt SPF6000 ES Plus 6kW - Off-grid - Single phase - Hybride LV inverter

The Growatt SPF6000 ES Plus is a powerful single-phase off-grid inverter/charger designed for residential energy storage, backup systems, and autonomous solar installations. By combining solar panels, battery storage, and grid or generator support, this inverter provides a flexible solution for energy independence.

Ideal for off-grid and backup applications

With a continuous output power of 6 kW, the SPF6000 ES Plus is perfectly suited for homes, holiday houses, workshops, and other installations where a reliable power supply is essential. The system can operate with solar panels, 48V batteries, and a grid or generator connection as an additional energy source.

Key advantages

• 6 kW continuous output power
• Supports solar panels, battery, and grid/generator
• Compatible with 48V lithium and lead-acid batteries
• Excellent solution for off-grid and backup systems
• Two independent MPPT trackers for optimal solar yield
• Up to 8000 W PV input power
• Expandable in parallel up to 6 units
• WiFi monitoring available via the Growatt monitoring platform

Important to know

The SPF6000 ES Plus is primarily designed for off-grid applications and backup power systems. Although the inverter combines solar panels, batteries, and an AC source, it is not a traditional grid-tied hybrid inverter intended for feeding energy back into the public electricity grid.

Technical specifications

• Power: 6000 W
• Phase: Single-phase
• Battery voltage: 48 V
• Battery types: Lithium (LiFePO4), AGM, GEL, lead-acid
• Maximum PV power: 8000 W
• Number of MPPTs: 2
• Application: Off-grid / Backup / Energy storage
• Parallel operation: up to 6 units

Why choose the Growatt SPF6000 ES Plus?

The SPF6000 ES Plus offers an excellent combination of performance, flexibility, and affordability for users looking for a reliable off-grid or backup energy system. With support for batteries, solar panels, and generator or grid input, this inverter provides a complete energy solution for locations where continuity and independence are key.