What's the best backup power for a Florida home?

It depends on your priorities. A generator runs as long as you have fuel but is loud, needs fuel on hand, and requires maintenance. A home battery is silent, automatic, and maintenance-free but limited by its stored capacity. Solar plus a battery is the strongest option for long outages because it recharges from the sun each day. Start by deciding what you must keep running and for how long.

Is a generator or a battery better for hurricanes?

Both keep the lights on, but they're different tools. Generators run on fuel, a problem when fuel is scarce during a regional emergency, and are loud with fumes and upkeep. Batteries are silent and automatic but run down unless recharged. For multi-day hurricane outages, solar + battery is often the most resilient because it refills daily; many homeowners keep a generator only as a deep-backup fallback.

How do I keep my refrigerator running during an outage?

Back it up with a generator or home battery, and in the meantime keep the door closed as much as possible, a full fridge holds cold for hours. A refrigerator is a relatively modest, steady load, so it's usually one of the easiest essentials to protect with backup power. Have a cooler and ice plan as a fallback.

What should I do to prepare for a power outage in Florida?

Identify your critical loads (fridge, medical devices, a fan or A/C zone, phone/internet), install a backup power source sized to them, and keep flashlights, chargers, a battery bank, and a fridge cooler/ice plan ready. Have a medical-equipment plan that doesn't depend on the grid, and save your utility's outage-report number and alerts.

Florida Power Resilience: Hurricane & Outage Preparedness Guide

To keep your home powered through a Florida hurricane or outage, you need a backup power source sized to the things you can't afford to lose, and a plan for how long it has to last. In Florida, that's not paranoia: between hurricane season, afternoon storms, and an aging grid, extended outages are a routine part of life.

This guide walks through why outages happen here, your real backup options, what to prioritize, and a prep checklist you can actually use.

Why Florida loses power so often

Hurricanes and tropical storms knock down lines and flood equipment.
Daily summer thunderstorms cause frequent shorter outages.
Mature tree canopy (common in older, affluent neighborhoods) means limbs on lines.
An aging grid carrying more demand than it was designed for is slower to recover.

The result: many Florida homeowners lose power several times a year, sometimes for days after a major storm.

Your backup options, compared

Option	Pros	Cons
Portable/standby generator	Runs as long as you have fuel	Loud, fumes, fuel needed during emergencies, maintenance, often manual
Home battery	Silent, automatic, no fuel, instant, zero maintenance	Limited by stored capacity unless recharged
Solar + battery	Silent + automatic AND recharges from the sun daily	Higher upfront investment

The key differentiator for long outages is recharging. A generator refuels (if fuel is available); a battery alone eventually runs down; solar + battery refills each day the sun comes up, which is why it's the strongest option for multi-day storm resilience. (More in our battery backup guide.)

Decide what you must keep running

Before sizing anything, list your critical loads in priority order. For most Florida homes: 1. Refrigerator/freezer (food safety) 2. Medical equipment (CPAP, oxygen, refrigerated medication) 3. A fan or one A/C zone (heat safety, especially for kids, seniors, pets) 4. Internet/phone charging (staying informed and reachable) 5. A few lights and outlets

Backing up everything, including central A/C, is possible but takes a larger system. Many homeowners protect essentials first and expand later.

Medical equipment and outages

If someone in your home relies on powered medical equipment, backup power isn't a convenience, it's a safety issue. Know your equipment's power draw, have a plan that doesn't depend on the grid, and tell your utility you have a medical need (many keep a medical-essential registry). A battery's silent, automatic switchover is especially valuable here.

Power-resilience checklist (before the season)

Know your critical loads and roughly how much power they need
Choose and install a backup source sized to those loads (and your target duration)
If using a generator: store fuel safely, test it, and never run it indoors or in a garage
Keep flashlights, batteries, chargers, and a battery bank ready
Have a cooler and ice plan as a fallback for the fridge
Keep medications and a medical-equipment plan ready
Save your utility's outage-reporting number and enroll in alerts

During a multi-day outage

Keep the fridge/freezer closed as much as possible
Run backup power for priorities, not everything, to stretch it
If it's hot, create one cool room rather than cooling the whole house
Check on neighbors, especially seniors
Stay informed via radio or phone on conserved battery

The bottom line

Resilience is really about one thing: not being at the mercy of the grid when a storm hits. Whether you choose a generator, a battery, or solar-plus-battery, the smart first step is knowing exactly what you need to keep running, and for how long.