How Much Do Solar Panels Cost in Florida (2026)

If you're a Florida homeowner staring at a solar quote with one giant number on it, the honest answer is that the number itself tells you almost nothing. I'm an independent solar broker, and Florida homeowners are most of who I work with. I don't install anything, so I have no system to sell you and no reason to talk a price up or down. What I do is read quotes — a lot of them — and tell people straight whether what's in front of them holds up.

Here's the thing most Florida cost guides get wrong. They give you a price per watt and stop. But in Florida, two houses with identical quotes can have wildly different outcomes, because the thing that decides the value of solar here is your utility's export rules — and those rules now differ enormously from one Florida city to the next. A deal that's excellent in Miami can be mediocre in Jacksonville and a genuine mistake in Orlando, at the same price per watt.

The short answer on price per watt

Most residential solar in Florida is priced "per watt" — total cost divided by system size in watts. In my experience reading Florida quotes, gross pricing tends to land somewhere in the neighborhood of $2.20–$3.30 per watt before incentives, though I regularly see quotes on both sides of that. Florida prices a little below the Northeast because labor and permitting are cheaper and the market is crowded.

Treat that range as a directional gut-check, not a rate card. Your roof, your installer, and your equipment all move the number.

Florida homes run bigger systems than most states because air conditioning drives usage, so 8 kW to 14 kW is a common residential range here. But system size should be driven by your actual annual kilowatt-hours, not by roof space and not by whatever gets a salesperson to a comfortable commission. In some Florida utilities, oversizing is actively punished — more on that below.

Your utility decides more than your installer does

This is the section I'd read twice. Florida's net-metering rule, Rule 25-6.065, binds investor-owned utilities. Municipal utilities and co-ops write their own rules — and several of them have written far less generous ones. So "Florida credits solar at retail" is no longer a true statement about Florida. It's true in some places and false in others.

Look at what that table actually says. In FPL territory you can bank surplus across months at full retail, which is genuinely valuable. In JEA territory every exported kilowatt-hour is sold at a fraction of what you buy it back for. Those are opposite situations, and they call for opposite system designs — yet they get sold by the same reps, using the same savings spreadsheet, at the same price per watt.

I've written a full breakdown for each of Florida's four biggest solar markets, with that city's actual rate math:

• Miami solar costs (FPL + HVHZ) — why a September FPL bill understates your real rate, the December true-up that punishes oversizing, and what 175 mph wind engineering adds to the invoice.
• Tampa solar costs (TECO) — TECO's interconnection tiers and the system size that quietly triggers a $1 million insurance requirement.
• Orlando solar costs (OUC TruNet) — the grandfathering deadline that already passed, what changes on October 31, and the battery rebate that can cost you more than it pays.
• Jacksonville solar costs (JEA) — what fuel-rate crediting does to the payback math and how it should change the way your system is sized.

If a rep quotes you "savings" without showing how your utility credits exports and what happens to leftover credits at year end, that number is a guess dressed up as a fact. Ask them which utility rule they used. The good ones know immediately.

Why your bill will never reach zero

Every Florida quote I read that promises a $0 electric bill is wrong, and it's wrong for a structural reason worth understanding: utilities have been shifting revenue from the per-kilowatt-hour charge, which solar offsets, to fixed charges, which it can't.

FPL's tariff says it plainly: "Residential customers whose monthly base electric service costs fall below $30 are subject to a minimum $30 base bill." Duke Energy Florida "will continue charging a minimum usage fee of $30 per month." Those floors exist whether your panels produce nothing or produce double your usage.

And the direction of travel is clear. Comparing FPL's approved January 2025 residential sheet to the current one: the base charge went from $9.55 to $10.52 (up 10.2%) and the minimum base bill from $25 to $30 (up 20.0%), while the all-in energy rate above 1,000 kWh went from 14.097¢ to 14.258¢ — up about 1.1%. The part solar can't touch is growing roughly ten to twenty times faster than the part it can.

There's a sharper version of this in Duke territory that almost nobody mentions. Duke offers income-qualified customers relief from the minimum bill — but the provision is written for "an income-qualified customer who is not also a net metering customer." Read that carefully: for an income-qualified Duke customer, installing solar can forfeit eligibility for minimum-bill relief. Duke also notes that about 5% of accounts see monthly adjustments of up to $17.55 to reach the minimum. If you're in Duke territory and income-qualified, that trade-off belongs in your math before you sign anything.

Hurricanes, wind zones, and your roof

Two things are genuinely different about buying solar in Florida, and both cost money.

Wind engineering. A proper Florida install is permitted and engineered for your county's design wind speed, and this is the one line item I'd never recommend cutting. It's most extreme in Miami-Dade and Broward — the High-Velocity Hurricane Zone, where the code requires every structure to be designed as though it stands in open terrain regardless of what's actually around it, and design wind speeds for a normal house run 170–175 mph. But wind design isn't a Miami-only concern; every Florida county has a design speed, and your racking and attachments have to be engineered and permitted for it. Ask any installer how the racking is rated for your county and who is stamping the calculations. The Miami page walks through what that engineering actually involves.

Roof age. This matters more in Florida than almost anywhere, because our roofs take a beating and our tile is expensive to work with. If your shingles are within a few years of replacement, price the re-roof first. Removing and reinstalling an array later is real money — often several thousand dollars — and it is entirely avoidable with sequencing. A good quote raises this without you asking. A bad one hopes you don't think of it until year six.

What actually drives the price up

• Dealer fees. Financed systems usually carry a fee baked into the price to buy down the loan rate. It can be substantial and it's frequently invisible unless you go looking. If a cash price and a financed price differ sharply for the same system, that gap is the fee — you're paying it either way, just not being shown it.
• Roof complexity. Multiple planes, tile (very common here, and meaningfully more expensive than shingle), steep pitches, and shading all add labor and hardware.
• Equipment choices. Premium panels, microinverters, and batteries raise the total. In Florida a battery is usually pitched as hurricane backup — which can be entirely legitimate. Price it as its own decision with its own justification, not as a rounding error inside a bigger number.
• Electrical and permitting. Main panel upgrades, engineering, and interconnection paperwork are real costs. They should appear as line items, not vanish into a lump sum.

Fair vs. padded: how I tell the difference

A fair Florida quote shows its work — system size in DC and AC, panel and inverter models, price per watt, fees broken out, and production estimated from your actual usage history. A padded quote hides behind a single all-in number and a monthly payment, and steers you toward how affordable the payment feels rather than what the system costs.

Specific things I flag every week:

• A cash price and a financed price that are wildly different, with no explanation of the gap. I went through 50 Sunnova quotes from Florida homeowners and the pattern was consistent enough to predict.
• Savings built on aggressive assumed utility rate increases. Ask what annual escalator they used. Anything above the mid single digits deserves a justification.
• A savings model built on one summer bill rather than twelve months of usage.
• A system sized well above your annual consumption "for future EV charging" — in FPL territory that surplus is cashed out at generation cost every December.
• Pressure to sign today for a discount that supposedly evaporates tomorrow. Real pricing survives a night's sleep.

The federal tax credit: read this before you do any math

The 30% residential clean energy credit under Section 25D terminated on December 31, 2025. If you are buying a system with cash or a loan in 2026, there is no 30% federal credit. Not reduced — gone.

This is the single most expensive misunderstanding in the Florida market right now, because that credit was routinely baked into payment math. A $27,500 system pitched as "$19,250 after the credit" is a $27,500 system. If a proposal in front of you still shows a 30% federal credit line for a cash or financed purchase, the proposal is wrong by thousands of dollars, and everything downstream of it — payback period, monthly savings, break-even year — is wrong too. Here's how to spot it on the page.

Third-party ownership — a lease or PPA, where the installer owns the system — runs on a different part of the tax code that applies to the owner, not to you. Whether any of that value reaches your rate depends entirely on the contract you're being offered. Don't let "the tax credit" appear in a TPO conversation as though it were yours to claim.

Florida's own incentives are unaffected and still real: the sales-tax exemption on solar equipment, and the property-tax exemption on the added home value. I cover both in the Florida solar incentives guide.

Get a second opinion before you sign

Florida is one of the most competitive solar markets in the country, which is exactly why it attracts aggressive sales. Most of what goes wrong here isn't fraud — it's a savings model built on the wrong bill, a system sized for the commission rather than the usage, a battery justified with revenue the utility prohibits, or a tax credit that no longer exists. Every one of those is visible in the paperwork in about fifteen minutes if you know where to look.

If you've got a Florida quote — or you've already signed and haven't been installed yet — send it over and I'll read it for free and tell you straight whether the price holds up. If you're wondering where the catch is, here is exactly how I get paid.

• Sanity-check size and cost with the solar quote calculator.
• Get an independent, no-sales-pitch read on your bid at ReviewingSolar.
• Want to talk it through? Book a free quote review and I'll walk your quote line by line.