Power Through the Storm, Decoded: A Florida Homeowner’s Guide to Backup Power
Portable or standby, what it can really run, and the setup mistakes that turn backup power into a hazard. A five-part guide for Florida homes.
Todd Ruffner-Schoenfeld
Editor in chief. A knack for the fine print, and likes it.
In Florida, the next long outage is a matter of when, not if. This guide is about the machine that decides whether a multi-day outage is something you manage or something that costs you the fridge, the medicine, and the ability to stay in your home. Over five parts it covers what backup power really does, what it cannot do, and how to choose without getting talked into the wrong thing.
Each part is practical and specific: what a portable can realistically run, the setup mistakes that turn backup power into a carbon-monoxide hazard, when a standby unit is worth it, and a clear way to decide. Read straight through before you buy, or jump to the question you are stuck on.
The short version
- A portable generator can keep the essentials running. Treated like an indoor appliance, it can also kill you in minutes. The safety limits here are non-negotiable.
- Most of the danger is in the setup, not the machine: placement, transfer equipment, fuel, and flooding are where backup power goes wrong.
- Portable and standby solve different problems at very different prices. The last part is a straight decision framework for which one fits your home.
The series, step by step
Why backup power, and what an outage costs. Start here. The grid is getting tougher and storms still win. What days without power actually cost a household, and why backup power is no longer optional for many Florida homes.
What a portable can, and cannot, do. A portable can keep the essentials running. It can also kill you in minutes if you treat it like an indoor appliance. What it realistically powers, for how long, and the hard limits.
The setup mistakes that turn it into a hazard. Most of the risk lives here: placement, transfer equipment, fuel, and flooding. The mistakes that turn backup power into a carbon-monoxide or fire hazard, and how to avoid them.
When a standby is worth it. When a portable is not enough. What a permanently installed standby generator does, what it costs, and the homes it actually makes sense for.
How to decide. The decision. A straight framework for choosing between portable and standby, sizing it correctly, and matching it to your home and budget.
Where to start
If you are deciding whether to buy at all, start with Part 1. If you already own a portable, read the safety chapter first; it is the one that keeps people alive. When you are ready to choose, the final part walks you through it.
- U.S. Energy Information Administration, hours without power in 2024
- Direct Relief, “Lights Out” (Helene and Milton)
- Duke Energy Florida, record-low outage time in 2025
- Utility Dive, Hurricane Milton power outages
- U.S. Consumer Product Safety Commission, carbon monoxide fatality report
- Centers for Disease Control and Prevention, Generator Safety Fact Sheet
Reported and edited to HeadLines Decoded newsroom standards. E.G. v4.17 · I.R.G. v1.14 · L.R.G. v1.9 · P.L.G. v1.10 · SEO G. v1.6 · AI Detection Gate v1.1. Follow manufacturer instructions and local code; this is general guidance, not a substitute for a licensed electrician. This is the hub for our five-part Power Through the Storm series; each part is linked above.
