South Florida · Stored energy · Prioritized for your home

Battery Backup

Backup begins with what matters most.

Plan battery backup around critical circuits, desired runtime and the equipment already serving your home.

Talk through your project Explore the details

Illustrative design study. Final products and installation details depend on the property and selected system.

PrioritizeChoose the loads that matter

SizePlan power and stored energy

TestKnow how backup mode works

Start with the property

A plan shaped around your home.

A battery is most useful when its job is specific. Start with the loads you want to support—refrigeration, lights, internet, selected outlets, medical equipment or larger appliances—then look at their starting and running power, expected duration and how the system will recharge.

Why homeowners explore it

Benefits you can feel every day.

Power for selected loads

A well-defined backup panel keeps the circuits you choose available within the system’s limits.

A quieter alternative

Batteries operate without on-site fuel or the engine noise of a conventional standby generator.

Works with solar

Compatible solar can recharge the battery during extended outages when the system is designed for that operation.

A clear route forward

From first look to final walkthrough.

01
Prioritize the loads
List what must run, what would be helpful and what can remain off during an outage.
02
Size the system
Compare instantaneous power, stored energy, runtime goals, recharge strategy and equipment compatibility.
03
Install and practice
Coordinate location, permits, electrical work, commissioning, monitoring and a homeowner walkthrough.

Details that shape the result

Look past the headline.

Good decisions live in the specifics. These are the conversations that turn a broad idea into a useful scope.

Power vs. energy

Power determines what can run at once; stored energy influences how long those loads can run.

Critical-load planning

Separating essential circuits can make stored energy last longer than attempting whole-home backup.

Equipment location

Clearances, temperature, weather exposure, flood risk and access influence where batteries can go.

Recharge strategy

Solar, grid availability and household use determine how the battery recovers after discharge.

Straight answers

Questions worth asking early.

How long will a battery run my home?

Runtime depends on usable storage, battery charge and the loads operating. A proposal should model specific circuits and usage assumptions.

Can it run central air conditioning?

Some systems can support larger loads when sized and configured for them. Starting power and energy use must be evaluated.

Do I need solar?

A battery can be charged from the grid, but compatible solar may provide a way to recharge during an extended outage when the system is designed for backup operation.

Make the first conversation useful