5 kW Luxpower Inverter with 4.8 kWh Nava Lithium-ion combo

Description

Product Overview:
The 5 kW Luxpower Inverter paired with the 4.8 kWh Nava Lithium-ion Battery is a compact and efficient energy storage and management system, suitable for small to medium residential or off-grid applications. This combination allows you to harness solar energy, store it, and provide reliable backup power when needed.

Inverter Features:

• Rated Power: 5 kW continuous output, capable of handling high-load appliances such as fridges, pumps, microwaves, and air conditioners (check starting surge requirements).

• Pure Sine Wave Output: Ensures compatibility with sensitive electronics.

• Battery Management: Supports lithium-ion batteries with built-in charge/discharge control.

• Flexible Operation Modes: Can operate in off-grid, grid-tie, or hybrid mode, depending on your setup.

• Peak Efficiency: Typically above 95%, reducing energy losses during conversion.

Battery Features:

• Capacity: 4.8 kWh nominal energy storage, sufficient for short-term load support or daily cycling.

• Lithium-ion Chemistry: Offers high energy density, longer cycle life (2000+ cycles), and low self-discharge.

• Depth of Discharge (DoD): Usually up to 90%, allowing more usable energy without damaging the battery.

• Compact Design: Lightweight and easy to mount indoors or in a battery cabinet.

System Performance:

• A 1 kW load can run for approximately 4–4.5 hours on a full 4.8 kWh battery, accounting for conversion losses.

• Using the 5 kW inverter at full capacity will drain the battery very quickly, so it is best suited for intermittent high-power loads or backup scenarios.

• Ideal for homes with moderate energy consumption or for complementing a solar PV system to maximise self-consumption.

Installation Notes:

• Ensure proper cable sizing for both inverter and battery connections.

• The inverter should be installed in a ventilated, dry location away from direct sunlight.

• Configure the inverter to match the battery’s charge/discharge limits to prolong battery life.

• Optional integration with solar panels allows daytime solar charging, reducing grid dependency.

Use Cases:

• Residential backup power during load-shedding.

• Off-grid cabins or small businesses.

• Solar self-consumption optimisation, storing daytime solar power for evening use.