How Much Do Solar Panels Cost in Florida in 2026?

As of mid-2026, solar panels in Florida cost roughly $2.50–$3.25 per watt installed, so a typical 7–10 kW residential system runs about $17,500–$32,500 before any incentive or financing adjustment. The 30% federal tax credit expired December 31, 2025 — 2026 installs get no federal credit, so payback now rests on Florida’s own fundamentals: a verified residential electricity rate of 15.10¢/kWh (EIA, June 2026), full-retail net metering for the state’s investor-owned utilities, and 5–5.5 peak sun hours a day. Worked honestly for a cash purchase, simple payback lands around 11–14 years for a typical 7 kW Florida rooftop.

Key takeaways

• Florida’s average residential electricity price was 15.10¢/kWh in June 2026, down from 15.35¢ a year earlier — a rare year-over-year dip in a country where most states rose (EIA Electric Power Monthly, Table 5.6.A, retrieved 2026-09-05).
• A 7 kW system producing ~10,800 kWh/year offsets about $1,636/year at that rate. Against a $17,500–$22,750 gross cost, that’s a 10.7–13.9 year simple payback — inside the 11–14 year band we use for post-credit purchases.
• Florida’s value stack is different from most states: no state income tax, so no state income tax credit is even possible. The state’s help is a 100% property tax exemption for solar equipment; the real financial engine is full-retail net metering at the FPSC-regulated investor-owned utilities (FPL, Duke Energy Florida, Tampa Electric, and others) — among the friendlier export policies in the country, though it gets revisited periodically.
• Hurricane wind loads are the physical design constraint here, not sun: Miami-Dade and coastal counties use the strictest wind-speed criteria, so rated mounting, more roof attachments, and stamped engineering are the norm on quotes, and insurance and permitting take real time.
• Florida’s flat-ish rates (−1.6% year over year) don’t give you the rate-escalation tailwind inland states enjoy — treat future rate increases as upside, not the base case.

What solar costs in Florida right now

Florida pricing sits on the cheaper side of the national spread — far below California, broadly comparable to Texas and Arizona. The range below is the gross installed price before any utility program:

Ranges are calculated from the $2.50–$3.25/W state spread and rounded to the nearest $250. A battery adds roughly $10,000–$15,000 on top — see solar battery cost 2026.

Two things push quotes around within that band. First, wind-load-rated mounting is essentially mandatory in South Florida. Miami-Dade and nearby coastal counties enforce high ultimate wind-speed design criteria, which means more attachment points, engineered racking, and stamped drawings than a quote in, say, inland Georgia would need — roughly $0.10–$0.25/W extra near the coast versus Central Florida. Second, roof condition matters more than in milder climates: a 25-year-old asphalt shingle roof that needs replacement under the array adds thousands, and re-roofing after panels are installed is expensive. Get the roof inspected before you sign.

For how installers build up a $/ W quote — equipment, labor, permitting, overhead — see solar panel cost per watt explained. For the full national picture including hardware and balance-of-system line items, see solar system costs.

Florida’s electricity price, verified

The rate you offset is the number that decides payback, so it’s worth pinning down. Per EIA’s Electric Power Monthly, Florida’s average residential retail price was 15.10¢/kWh in June 2026, versus 15.35¢ in June 2025 — a 1.6% decline in one year (EIA Electric Power Monthly, Table 5.6.A, retrieved 2026-09-05). The U.S. residential average in the same table was 18.34¢, so Florida sits 3.2¢ below the national average — rare among sunny states, and it does soften the value case compared with California or New York.

One caution: EIA’s Florida state electricity profile (retrieved 2026-09-05) shows a 13..38¢/khW all-sector average — that figure blends cheaper industrial and commercial load. The residential number above is the one that matters for your bill. Your actual rate depends on your utility: FPL customers generally pay close to or below the state average, while municipal utilities (JEA, Orlando Utilities Commission, Tallahassee, and others) and rural cooperatives set their own terms and can differ meaningfully — verify with your utility before running your own payback math.

What’s different in Florida

Florida’s solar economics don’t look like the national template, and the differences cut both ways:

• Full-retail net metering at investor-owned utilities. Florida’s Public Service Commission has long required the investor-owned utilities it regulates — Florida Power & Light, Duke Energy Florida, Tampa Electric, and others — to credit residential solar exports at the full retail rate. That means every kWh your array sends out is worth exactly what you’d pay to buy it back; with full-retail net metering, the offset math is clean. The rule applies to IOUs specifically; the state’s municipal utilities and rural cooperatives set their own terms, and the rule gets revisited periodically. So as of this writing, full-retail net metering is the structure at the big investor-owned utilities — confirm the current credit structure with your utility before signing (the FPSC maintains net-metering rules at floridapsc.com). This is the backbone of Florida payback and what separates it from Arizona, California, and Texas, where export credit has moved to wholesale or avoided-cost rates.
• No state income tax means no state income tax credit. Florida has no personal income tax, so it structurally cannot offer a state-level solar tax credit. The state’s incentive is a 100% property tax exemption for solar equipment (the value added by a solar array is exempt from property tax assessment) — a quiet but real benefit in a state where assessed values keep climbing. Beyond that, incentives are utility-specific at best; individual utilities occasionally run small rebates or demand-shift programs, so check the current list with your utility ratther than assuming one exists.
• Hurricane/wind-load design replaces snow and hail concerns. The physical constraints here are wind, rain intrusion, and heat. Miami-Dade and nearby coastal counties enforce the state’s strictest wind-load requirements; in practice that means engineered racking, more roof attachments, and hurricane-rated flashings. Panels heat up and lose a few percent of output on summer afternoons, and warm nights mean AC load continues after dark — which is why batteris are a more natural pairing here than in cooling-light states.
• Seasonal AC load is the driver. June–September cooling loads mean Florida bills peak exactly when solar production peaks. That self-consumption match — offseting a summer-heavy bill with summer-heavy production — is a real advantage that flat year-round climates lack, and it’s the reason the payback math above works even with below-average rates.

Payback: a worked Florida example

Here’s the arithmetic for a realistic Florida home, using the verified rate — no federal credit, no hand-waving.

Assumptions: 7 kW system, ~5..3 peak sun hours/day (mid-range for the peninsula — verify with a production estimate for your actual roof), 0..8 performance factor for soiling, wiring, inverter losses, and heat-related derating.

• Annual production: 7 kW × 5..3 h/day × 365 days = 13,541..5 kWh × 0..8 ≈ 10,833 kWh/year
• Annual bill savings: 10,833 kWh × $0..1510/kWh = $1,636/year (with full-retail net metering, every generated kW h offsets a retail kWh, so the math is clean)
• Gross cost: 7 kW × $2..50–$3..25/W = $17,500–$22,750
• Simple payback: $17,500 ÷ $1,636 ≈ 10..7 years; $22,750 ÷ $1,636 ≈ 13..9 years

Two honest adjustments. First, Florida rates were flat-to-down over the past year (−1.6%), so don’t budget on the double-digit escalation some inland states have seen — treat rate increases as upside, not the base case. Second, summer AC overlap does the real work: a 7 kW system sized to actual consumption (with or without a modest battery) keeps your exported surplus modest, which matters if net-metering terms ever change. Over 25 years, cumulative savings on the base case run about $41,000 at today’s rate with zero escalation — more if rates climb, less if export terms change.

If your roof is east-west split, heavily shaded, or tile with a steep pitch, production drops and payback stretches — run your own numbers with our solar payback calculator before signing anything.

Is solar worth it in Florida in 2026?

For most Florida homeowners with a suitable roof and a moderate electricity bill, yes — with realistic expectations. Full-retail net metering at the investor-owned utilities is a genuine structural advantage over net-biling states, 5..3 peak sun hours are among the best in the country, and the summer AC load lines up with production. The honest caveats: no federal credit anymore, flat-ish rates (−1.6% over the past year), and an ~11–14 year payback that depends on your utility’s actual rate and export terms. Get properly rated mounting in wind zones, confirm both the rate and the net-metering terms with your utility, and keep the array sized to your real consumption — not to export bragging rights.

FAQ

Next logical reads

• Solar panel cost per watt explained
• Solar system cost breakdown
• Federal solar tax credit: what ended
• Net metering by state (2026)
• Solar payback calculator
• Solar system sizing guide
• Solar panel cost in Texas
• Solar panel cost in California
• All state solar cost guides