LUXPOWER SNA PRO INVERTER DATA SHEET

LUXPOWER 6.5KW SNA PRO INVERTER – SNA PRO-EU-6.5K

Product Overview

The LUXPOWER 6.5KW SNA PRO Inverter is a powerful and versatile hybrid inverter designed to deliver reliable energy management for residential and light commercial solar systems. Built with advanced technology and intelligent monitoring capabilities, the LUXPOWER SNA PRO ensures efficient solar power utilization, seamless backup functionality, and scalable system expansion.

With a strong 6.5kW output capacity and support for up to 12kW PV input, this inverter maximizes solar generation while maintaining stable and efficient performance. Its dual MPPT design allows for optimized energy harvesting from multiple solar panel arrays, making the LUXPOWER SNA PRO ideal for installations with varying panel orientations.

High Performance & Efficiency

The LUXPOWER SNA PRO inverter is engineered to deliver maximum solar efficiency and system performance.

• 6.5kW output power for residential and small commercial use

• Up to 12kW PV input capacity (6000W / 6000W split)

• Dual MPPT trackers for optimized solar generation

• Max PV input voltage: 500V

• Max input current: 40A (20A per MPPT)

• Max charge/discharge current: 140A

Reliable & Robust Design

Built for durability and long-term performance in various environments.

• IP65 protection rating for dust and water resistance

• Designed for both indoor and outdoor installation

• Stable performance in demanding conditions

Flexible & Scalable System

The LUXPOWER SNA PRO offers flexibility to grow with your energy needs.

• Parallel operation supports up to 16 units

• Ideal for expanding residential or commercial systems

• Dedicated port for generator integration or smart load control

Smart Energy Management

Advanced features make system control simple and efficient.

• Seamless off-grid switching for uninterrupted power supply

• Remote monitoring and configuration

• Real-time performance tracking via smart platforms

• Intelligent load management for improved system efficiency