Solax Hybrid Inverter & Battery System + Changeover Switch for off Grid use

SolaX hybrid storage & backup

Design backup power properly—not as a vague ‘off-grid’ promise.

A compatible SolaX hybrid inverter, battery and changeover arrangement can provide energy storage and protected backup circuits. The system must be designed around the property supply, essential loads, battery power and the exact SolaX generation.

Hybrid inverterBattery storageEPS circuitsChangeover design
SolaX hybrid inverter and battery storage equipment
Hybrid controlSolar, battery and grid managed together
EPS outputCompatible protected loads
ChangeoverCorrect isolation is essential
Not unlimitedRuntime depends on load and charge
Backup with clear boundaries

Grid-connected storage and true off-grid operation are different.

Most domestic systems remain grid connected. During an outage, compatible equipment can isolate and energise designated circuits, but the available power and duration are limited by the inverter, battery, state of charge and connected loads.

1

Hybrid energy management

Compatible models coordinate PV generation, battery charging and household consumption.

2

Essential-load backup

Selected circuits can be designed for outage operation where the equipment and changeover arrangement support it.

3

System integration

Battery, Matebox or switching equipment, meters and monitoring must match the exact inverter generation.

Where it can fit

For homes that want storage plus planned resilience.

  • New SolaX hybrid solar systems
  • Compatible existing systems being assessed for a battery
  • Homes wanting clearly defined essential backup circuits
  • Properties where neat integrated switching is practical

Mr Solar design check

  • Exact inverter model, phase and firmware
  • Continuous and surge power of intended backup loads
  • Battery usable capacity and minimum reserve
  • Earthing, neutral switching and changeover arrangement
  • Generator or off-grid claims against manufacturer limits

Mr Solar will document what remains powered during an outage. We do not describe a system as ‘whole-home backup’ or ‘off-grid’ unless the design genuinely supports those operating conditions.

Capacity translated into everyday use

Size backup from the essential loads backwards.

SolaX systems can be paired with different battery capacities. We first list the circuits that must remain powered, their continuous and starting loads, and the outage duration the customer wants.

Two different limits: kWh describes how much energy is stored; kW describes how much power the inverter and battery can deliver at once. A system can have plenty of stored energy but still be unable to run every high-power appliance simultaneously.

Illustrative examples

  • 1 kWh supports a 100 W background load for roughly 10 hours before allowances
  • A fridge, router and lighting may use far less energy than an electric oven or immersion heater
  • Motor and compressor start-up can require more power than normal running
  • Leaving a battery reserve improves outage readiness but reduces everyday usable energy

Figures are simple energy illustrations, not guaranteed runtime. Allow for battery reserve, conversion losses, temperature, ageing and changing household demand.

From specification to commissioning

Equipment selected around the complete property.

We confirm the exact model, current manufacturer documentation, inverter compatibility, electrical design, location, monitoring and any backup arrangement before equipment is ordered.

01

Assess

Consumption, generation, tariff, supply and future loads.

02

Specify

Usable energy, battery power, inverter and compatible accessories.

03

Install

Protection, cabling, meters and equipment installed professionally.

04

Support

Commissioning, monitoring setup, documentation and aftercare.

Product information should be checked against the exact model and current manufacturer documentation at quotation. Official product information: SolaX X1 Hybrid.

Is this battery system right for your home?

Speak to Mr Solar about your electricity use, existing solar, tariff and backup requirements before choosing equipment.