Orlando is about as far from open water as you can get in Florida, and it still goes dark. When Hurricane Milton crossed the peninsula in October 2024, the Orlando Utilities Commission reported roughly 88,500 customers without power at the peak, and Duke Energy counted about 67,000 more out in Orange County alone. Being inland doesn’t buy you an exemption — it just changes the failure mode from storm surge to wind, water, and a tree canopy that takes lines down street by street.
This guide is the Orlando-specific version of our Florida hurricane battery backup guide: what an Orange County outage actually looks like, how big a unit you need for it, and when to buy.
What an Orlando hurricane outage actually looks like
Central Florida’s hurricane risk is a wind-and-trees problem. A storm that makes landfall on the Gulf coast near Sarasota or Fort Myers is still a hurricane when it reaches Polk County and still a strong tropical storm over Orange, Seminole, and Osceola. Add saturated ground from a foot of rain and mature live oaks over residential lines, and outages spread across the metro rather than concentrating in one damaged corridor.
Two things follow from that, and they should shape what you buy:
- Duration is days, not weeks. OUC and Duke Energy Florida both restore Orlando quickly compared with barrier-island communities, because the damage is distributed rather than catastrophic. Most homes are back inside two to four days; the last stretch of a damaged branch circuit can run past that.
- The outage happens in the heat. September and October in Central Florida mean highs in the low 90s and overnight lows that barely dip below 75. A house with no air movement and no dehumidification gets genuinely dangerous for older residents, infants, and anyone on medical equipment — faster than most people expect.
That combination — a multi-day outage in real heat — is what you’re sizing for.
How much power does an Orlando home need?
Start from the loads you refuse to lose, not from a spec sheet:
| Load | Typical draw | Energy per day |
|---|---|---|
| Fridge/freezer | 100–200W (cycling) | ~1,000–1,500Wh |
| CPAP (humidifier off) | 30–60W | ~300–400Wh per night |
| Two box fans | ~100W together | ~1,200Wh (12 hrs) |
| Wi-Fi router + phone charging | ~20W | ~250Wh |
| Window AC (one bedroom) | 500–900W | ~6,000Wh (12 hrs) |
| Central AC | 3,000–5,000W + 240V start | 25,000Wh+ |
The essentials — fridge, CPAP, fans, router, phones — land near 3,000Wh a day. A 3,000Wh-class unit covers that for a day on battery alone, and with panels out on the driveway or back lawn it refills enough each clear afternoon to keep going indefinitely. That’s why the HomePower 3000 is the default recommendation here: Orlando outages end before the unit does.
Where Orlando homes should consider sizing up is cooling. If your plan is to close off one bedroom and run a window unit through the afternoon, you need real headroom:
| HomePower 3000 | HomePower 3600 Plus | Solar Generator 5000 Plus | |
|---|---|---|---|
| Capacity | 3,072Wh | 3,584Wh (expands to 21kWh) | 5,040Wh (expands to 60kWh) |
| Output | 3,600W | 3,600W | 7,200W, 120V/240V |
| Essentials (fridge, fans, CPAP, Wi-Fi) | ~1 day per charge, multi-day with solar | 1–6+ days depending on expansion | Multi-day with big headroom |
| Window AC in one room | Yes, shorter runtime | Yes | Yes, easily |
| Central AC | No | No | Yes |
| Best for | The typical Orange County home | Whole-home essentials, transfer-switch capable | Keeping the AC on |
▶ Compare all Jackery home backup options
Why a solar generator beats a gas generator here
Central Florida is exactly the place where the gas-generator plan falls apart. Fuel is the first thing to go — after Ian, stations across the region were either sold out or unable to pump without power, and the same pattern repeats every time a cone points at the peninsula. Then there’s where you’d put it: a portable gas generator has to run outdoors, away from windows and doors, and every Florida hurricane season brings carbon monoxide deaths from people who ran one in a garage or a screened porch during the storm.
A LiFePO4 solar generator runs at about 30 decibels, vents nothing, and is safe on a kitchen counter — which means it can run during the storm, not just after it, while your windows are shuttered and you’re not going outside for anything. It also has a second life the rest of the year: it’s the thing that keeps your Wi-Fi and fridge alive during a routine afternoon-thunderstorm outage, which Orlando gets plenty of.
▶ Shop the HomePower 3000 — panels included use code DEAL5
If you want to keep the AC on
Central air is a different class of load: 3,000–5,000W running, a much larger surge on compressor start, and a 240V connection. Only the Solar Generator 5000 Plus is in that conversation — 5,040Wh, 7,200W, 120V and 240V output, expandable to 60kWh. For an Orlando home where someone in the house genuinely cannot ride out a September afternoon at 90°F indoors, that’s the unit to look at, and it’s worth pairing with a transfer-switch install so the circuits you care about are already wired before a storm forms.
▶ Shop the Solar Generator 5000 Plus — 7,200W, 120V/240V
Buy in the quiet weeks, not in the cone
Hurricane season runs June 1 through November 30, and Central Florida’s risk is concentrated in the back half — see when hurricane season starts in Florida for the timeline and a prep checklist. The mistake we watch people make every year is treating backup power as a storm-week purchase. By the time OUC is telling customers to prepare for multi-day outages, the shelves are bare and the shipping windows are closed.
Set it up in a quiet week instead: charge it, run your fridge off it for an hour to confirm the load, learn where the panel cables live, and put it in a closet. Then it’s a non-event when the watch goes up.
Keep reading: Best battery backup for Florida hurricanes · Miami renters: portable solar & battery backup · When does hurricane season start in Florida? · Florida solar incentives & costs