Luxpower SNA 5kW Off-Grid Hybrid Inverter

The Luxpower SNA 5kW Off-Grid Hybrid Inverter is a practical and reliable single-phase inverter solution designed for solar backup power, battery storage and off-grid energy applications. It is a strong option for homes, offices, small businesses and solar installations where dependable backup power and flexible PV input capacity are required.

With 5kW rated output power, 2 independent MPPT inputs, up to 8kW maximum PV input and support for 48V battery systems, the Luxpower SNA 5kW inverter gives customers a capable platform for building a solar energy system with battery backup.

Built for Solar Backup and Off-Grid Power

The Luxpower SNA 5kW inverter is designed for customers who want to reduce reliance on the grid, support essential loads during power interruptions and make better use of solar energy during the day. When correctly installed and configured, it can help power selected circuits from solar panels, batteries and AC input where applicable.

This makes it suitable for residential backup power, small office systems, farm applications and off-grid solar projects where the system is properly designed by a qualified solar installer or electrician.

5kW Single-Phase Inverter Output

The Luxpower SNA 5kW inverter provides 5000W rated output power, making it suitable for many medium-sized solar backup installations. It can support selected household or business loads, depending on the final load design, battery capacity and installation configuration.

As with all inverter systems, the connected loads must be carefully selected. High-demand appliances such as geysers, stoves, ovens, pumps and air conditioners must be assessed before being connected to the backup side of the system.

Dual MPPT Solar Input Design

This inverter includes 2 independent MPPT inputs, allowing improved flexibility when designing solar panel strings. Dual MPPTs can assist where roof space, panel orientation or string design requires separate solar inputs.

The Luxpower SNA 5kW supports up to 8kW maximum PV input, subject to correct string design and inverter limits. The installer must confirm solar panel voltage, current, string quantity and protection requirements before installation.

48V Battery Support

The Luxpower SNA 5kW inverter is designed for 48V battery systems and can work with compatible lithium-ion or lead-acid batteries where the correct settings and communication requirements are met.

For lithium battery installations, final compatibility must be confirmed according to the battery brand, battery model, BMS communication, firmware, cable sizing, fuse protection, battery capacity and commissioning requirements.

Key Features and Benefits

• 5kW single-phase off-grid hybrid inverter
• Designed for solar backup power and off-grid applications
• Up to 8kW maximum PV input
• 2 independent MPPT inputs for flexible solar string design
• Wide PV input voltage range from 100V to 500V
• 48V battery system support
• Compatible with lithium-ion and lead-acid batteries where correctly configured
• Maximum charging and discharging current up to 110A
• Dedicated port supporting generator, AC coupling or smart load management
• Fast UPS switching for backup power applications
• Real-time monitoring via Luxpower app where connected
• Compact wall-mounted inverter design
• Professional installation, configuration and commissioning required

Generator, AC Coupling and Smart Load Support

The dedicated port on the Luxpower SNA 5kW inverter can support generator input, AC coupling or smart load management depending on the final system design and configuration. This gives installers more flexibility when designing backup and energy management systems.

These functions must be configured correctly by a qualified installer. Incorrect setup can result in system instability, nuisance tripping, charging issues or poor backup performance.

Monitoring and System Management

The Luxpower SNA 5kW inverter supports real-time monitoring through the Luxpower app where the communication device and internet connection are correctly configured. Monitoring allows users to view system performance, solar production, battery status and operating behaviour.

Monitoring availability and features may depend on the installation setup, connectivity, firmware and account configuration.

Suitable Applications

The Luxpower SNA 5kW Off-Grid Hybrid Inverter is suitable for a wide range of backup and solar energy applications where the system is correctly sized and professionally installed.

• Residential solar backup systems
• Small office backup power systems
• Farm and rural solar systems
• Off-grid solar installations
• Solar battery storage systems
• Generator-assisted backup systems
• Essential load backup circuits
• Solar self-consumption systems

Important Compatibility Notice

Before purchasing the Luxpower SNA 5kW inverter, compatibility must be confirmed according to the battery brand and model, BMS communication, solar panel string design, MPPT voltage and current limits, AC load requirements, cable sizing, battery protection and site requirements.

The inverter should not be selected by output size alone. The full system design must include the battery bank, PV array, protection devices, changeover or backup wiring, earthing and commissioning settings.

Why Buy From Enerlux?

Enerlux supplies solar and electrical products for customers who want reliable backup power, solar energy storage and properly matched system components. Choosing the right inverter is one of the most important decisions in any solar installation.

By purchasing from Enerlux, customers can receive guidance on inverter selection, battery compatibility, solar panel matching and installation requirements before committing to a solar backup system.

Enerlux focuses on practical solar solutions, professional product support and helping customers select equipment that suits their backup power and energy storage needs.

Installation and Commissioning Notice

The Luxpower SNA 5kW inverter must be installed, configured and commissioned by a qualified solar installer or electrician. Correct installation must include suitable AC protection, DC protection, battery fuses or breakers, correct cable sizing, earthing, communication setup and inverter programming.

Final performance will depend on system design, load selection, battery capacity, PV array size, installation quality and commissioning settings.