Florida solar incentives & net metering (2026)

Florida doesn’t have a headline solar incentive. There’s no rebate check, no state tax credit, nothing with a name an installer can put in bold on a sales sheet. What it has instead are two tax exemptions that apply automatically to every buyer and a net-metering rule that pays full retail for exports — quiet by design, but worth more over 20 years than it looks on first read. The federal credit, meanwhile, is gone: IRC §25D expired December 31, 2025, so any system purchased in 2026 carries a $0 federal benefit.

Two tax breaks nobody has to apply for

The state doesn’t tax your solar equipment

Florida permanently exempts solar systems — panels, inverters, racking, batteries paired with solar, and related hardware — from the state’s 6% sales tax. No application, no income limit; the installer simply doesn’t collect sales tax on those line items.

On an 8 kW system priced around $22,400, that exemption saves roughly $1,344 at the point of purchase. It’s a number that rarely shows up in a simplified “total savings” pitch, but it reduces your out-of-pocket cost before your first kWh gets generated.

The state doesn’t tax your added home value, either

In most states, solar raising your home’s appraised value means a higher property tax bill. Florida blocks that: the market value your solar installation adds is 100% excluded from your property tax assessment, permanently.

If comparable sales suggest your 8 kW system adds $18,000–$20,000 in home value, none of that shows up on your assessment. Depending on your local millage rate, that’s an estimated $200–$400 a year avoided — roughly $4,000–$8,000 over a 20-year system life, in the same ballpark as a modest tax credit, minus the paperwork or income threshold.

Both exemptions run automatically, with no phase-out and no filing beyond what your county assessor might request at reassessment.

What the federal credit’s expiration actually costs you

IRC §25D — the residential federal credit, often called the ITC — expired December 31, 2025 under the One Big Beautiful Budget Act (OBBBA). Buy a system in 2026 and the federal credit is $0, with no carryforward provision for new purchases.

That’s a real change from 2024 and 2025, when a 30% credit shortened payback substantially. If a Florida installer quotes you a 30% federal credit today, ask them to cite the current statute before signing anything, and verify independently with a tax professional. Leases and PPAs sidestep this differently: the third-party owner may claim a commercial §48E credit, which can lower your monthly payment, but the credit itself never touches your tax return. Compare total lifetime cost between ownership and leasing carefully — are solar panels worth it? walks through that comparison.

Retail-rate net metering, month by month

Florida’s four investor-owned utilities — FPL, Duke Energy Florida, TECO, and Florida Public Utilities — operate under PSC Rule 25-6.065. When your panels produce more than you’re using, the surplus flows to the grid and earns a credit at the full retail rate. When you draw from the grid — overnight, cloudy days, evening peaks — those credits offset what you owe.

The bank tilts in your favor during spring: April and May bring strong sun before summer AC demand peaks, so credits build quickly. By July and August, production stays high but so does consumption, and you draw those credits back down. For most of the year, the offset is straightforward.

The detail sales materials skip: the annual true-up

Here’s what doesn’t make it into most pitches. At the end of each 12-month cycle, your utility runs an annual true-up. Consume more than you produced over the year — common with right-sized or slightly undersized systems — and you owe the difference at retail. But produce more than you consumed, and the leftover surplus gets paid at the utility’s avoided-cost rate, not retail.

That avoided-cost rate runs roughly 2–5 cents per kWh in Florida, against a retail rate that can sit at 12–14 cents per kWh or higher in 2026. A 500 kWh surplus at 3 cents nets you $15. At retail, that same 500 kWh would be worth $65 or more — a gap that matters if your system is meaningfully oversized. Right-size to your annual consumption rather than overbuilding, and use the solar savings calculator to test different system sizes against your actual usage before committing.

Not every utility in Florida plays by these rules

The retail-rate, monthly net metering described above applies only to Florida’s investor-owned utilities. Municipal utilities and rural electric cooperatives set their own terms, and those vary widely — some match or beat IOU terms, others pay avoided-cost rates starting from the first exported kWh, or cap new enrollments.

If you’re served by JEA in Jacksonville, Orlando Utilities Commission, Lakeland Electric, or one of Florida’s co-ops, get their current tariff directly. PSC oversight doesn’t extend to these providers, and assuming IOU rules apply is a common, costly mistake.

Florida’s stack, side by side

Incentive	Type	Value	Who qualifies	Key notes
Federal residential tax credit (§25D)	Federal	$0 in 2026	N/A	Expired December 31, 2025
Sales tax exemption on solar equipment	State	6% of equipment cost	Any Florida buyer	Automatic at purchase; no application
Property tax exclusion on added home value	State	100% of added value	Any Florida property owner	Permanent; applies indefinitely
Retail-rate net metering	Utility	Full retail credit month-to-month	FPL, Duke, TECO, FPU customers	Annual surplus paid at avoided cost (~2–5¢/kWh)
Municipal and co-op net metering	Utility	Varies by provider	Varies	Contact your utility directly for current terms

What an Orlando household actually nets

An 8 kW system in Orlando, where annual peak sun runs around 5.5 hours a day, produces 8 kW × 5.5 hours × 365 days = 16,060 kWh gross. That’s before real-world losses. Apply the standard 0.80 performance ratio — heat, wiring resistance, inverter conversion, minor shading — and you land at roughly 12,850 kWh a year, about 1,070 kWh a month. If an installer’s proposal doesn’t mention a performance ratio, assume the gross figure is overstated by 15–20% and ask.

The average Florida household uses around 1,100–1,200 kWh a month, so this system covers most — deliberately not quite all — of annual consumption, avoiding a large year-end surplus that would cash out at avoided-cost rates.

At an estimated system cost of $22,400 (about $2.80/W — see solar panel cost in Florida for current regional pricing), the sales tax exemption saves roughly $1,344 up front, bringing net cost to about $21,056.

Annual bill savings at $0.13/kWh: 12,850 kWh × $0.13 ≈ $1,671 a year (estimate; rates tend to rise over time, which helps the long-term math). Simple payback: $21,056 ÷ $1,671 ≈ 12.6 years (estimate). Add the property tax exclusion — say $275 a year avoided — and effective payback shortens a bit further. Without a federal credit to front-load the math, 2026 payback runs longer than it did in 2024 or 2025, but the two permanent state exemptions and full-retail net metering keep the underlying case intact.

Checking these numbers before you commit

PSC proceedings can revise net metering terms, utility programs open and close, and tax law shifts — none of it announced loudly. Check DSIRE (dsireusa.org) for the current status of Florida-specific programs, contact your utility directly for their net metering tariff, avoided-cost rate, and interconnection queue timeline, and talk to a tax professional about the federal credit situation before your system goes in the ground.

Florida’s 2026 incentive stack is thinner than it was two years ago, but what’s left is genuine and durable: two permanent exemptions that apply the moment you sign, and retail-rate net metering that most other states can’t match. Getting the avoided-cost caveat and the $0 federal line right is what separates an accurate payback estimate from a sales pitch.