Home battery storage

Home battery installation for existing solar in Melbourne.

We check the current solar system, evening load, tariffs, switchboard capacity, backup expectations, and monitoring before recommending a compatible battery pathway.

Installed residential battery and inverter equipment
Battery decision fileCompatibility, capacity, backup, controls, handover.

A visible set of assumptions makes the product recommendation easier to question and compare.

Service areaMelbourne and surrounding areas
Existing solarCompatibility reviewed
BackupCircuits and reserve defined
HandoverApp, records, operating mode

Battery fit

Storage should solve a defined household use case.

Capacity and product choice only become useful after the operating goal and the existing electrical system are understood.

01

Shift evening load

Review daytime surplus and evening use before estimating useful storage capacity.

02

Plan outage backup

Define essential circuits, expected runtime, reserve settings, and the limits of backup operation.

03

Prepare for future load

Consider EV charging, electrification, tariffs, and possible solar expansion as part of the pathway.

Before quoting

Five checks shape a defensible battery recommendation.

These checks separate confirmed property facts from assumptions that still need site verification.

Load

Household energy pattern

Bills, monitoring data, daytime surplus, evening load, and seasonal peaks.

System

Existing solar compatibility

Inverter pathway, array size, switchboard condition, metering, and available monitoring.

Backup

Outage expectations

Selected circuits, large loads, reserve level, changeover behaviour, and practical runtime limits.

Controls

Tariff and operating mode

Charge windows, discharge behaviour, export settings, and any retailer plan assumptions.

Product

Placement and support path

Location, access, product records, warranty conditions, app setup, and handover ownership.

Decision path

One visible route from first review to supported handover.

01

Review

Collect bills, existing system details, backup priorities, property photos, and timing.

02

Define

Set the operating goal, compatibility path, site assumptions, and limits that need confirmation.

03

Compare

Present suitable product pathways with capacity, backup, monitoring, inclusions, and exclusions visible.

04

Deliver

Confirm site details, install, test operating modes, connect monitoring, and hand over records.

Installed system

The product is only one part of the completed system.

Placement, cabling, compatibility, configuration, app visibility, and records determine whether the battery remains understandable after installation.

Completed residential battery and inverter installation
Reference installation: battery, inverter, cabling, controls, and labelled handover pathway.

After handover

Know what normal operation looks like.

A useful handover explains energy flow, operating modes, backup limits, monitoring access, and the support route if behaviour changes.

  • Monitoring portal and customer app setup
  • Operating-mode and reserve-setting explanation
  • Product, serial, warranty, and installation records
  • A defined route for alerts, unexpected behaviour, or warranty coordination

Next step

Start with the details that decide battery fit.

You do not need to choose a brand or capacity before the first review.

  • Postcode and recent bill
  • Existing solar and inverter details
  • Backup priorities
  • Tariff, timing, and future load plans
Battery suitability — three quick questions

“Not sure” is completely fine. These answers help us avoid a generic first reply.

Advertised prices and eligibility remain subject to site review, stock, installation requirements, and current offer terms.
Add technical detailsOptional — helps us make the first reply more specific

Rebates, STCs, savings, battery suitability, building approvals, safety checks, and project requirements depend on the property, scope, location, products, and current rules.