Energy independence

Off-grid power.Engineered for continuity.

For remote locations and outage-prone grids, Navonax sizes generation, storage and critical loads together—so backup is designed, not guessed.

Design My Backup System ↗

Autonomy by design

Battery capacity begins with your load—not a standard package.

An off-grid assessment considers appliance wattage, simultaneous demand, daily energy, starting current, solar resource, seasonal variation, depth of discharge and required backup hours.

Engineering principleLoad × Hours × Days

Then adjusted for inverter efficiency, battery depth of discharge, temperature and reserve margin.

System architecture

Six coordinated layers. One dependable power system.

Hover or tap each module to explore the energy pathway.

PV array

Generates energy for direct loads and battery charging.

Hybrid / off-grid inverter

Controls solar, storage and load flow with safe AC output.

LFP battery bank

Stores usable energy with battery-management protection.

Protection system

DC/AC isolation, surge protection, earthing and lightning protection.

Monitoring

Tracks generation, state of charge, load and alarms.

Mounting structure

Engineered for roof type, wind zone, tilt and maintainability.

Choose on-grid when

The utility supply is stable and maximum financial return is the priority.

Explore on-grid ↗

Choose off-grid when

Grid supply is absent or outages make dependable stored energy essential.

Assess backup needs ↗

Choose hybrid when

You want solar savings, battery backup and the grid available as a third source.

Discuss hybrid solar ↗