The Cost of Solar Panels in Florida (2026 Guide)

Pricing data current as of February 2026. Federal incentive information reflects the One Big Beautiful Bill Act, signed July 4, 2025.

Florida has more going for it as a solar state than just the nickname. Between 5.5 and 6.0 peak sun hours per day, full retail-rate net metering, and steadily declining equipment costs over the past decade, the fundamentals here are strong.

A properly sized system can offset most or all of a household’s electricity usage for 25 years or more.

But the urgency in 2026 is coming from the other side of the equation. FPL’s new four-year rate settlement took effect January 1. Consumer advocates estimate roughly $6.9 billion in additional charges to customer bills through 2029.

Tampa Electric hit customers with a 6% spike in the same month. And the 30% federal residential tax credit expired at the end of 2025, which changes the financing math for anyone buying a system outright.

What Solar Costs in Florida Right Now

Residential solar in Florida typically runs between $2.20 and $2.80 per watt installed, depending on system size, equipment choices, and your installer.

That puts a standard 8–10 kW system: enough to offset most of the electricity usage in an average Florida home, somewhere in the range of $18,000 to $28,000 before any state incentives.

Here’s how costs break down by system size:

System Size	Estimated Cost Range	Typical Home Fit
5 kW	$11,000 – $15,000	Small home or partial offset
7 kW	$15,400 – $20,300	Average home, moderate AC use
8 kW	$18,000 – $24,000	Average home, heavier AC use
10 kW	$22,000 – $30,000	Larger home or full offset goal
12 kW+	$27,000 – $34,000+	Large home, pool, EV charging

One important note on sizing: Florida averages 5.5 to 6.0 peak sun hours per day, among the highest in the country. A Florida system can be smaller than what you’d need in Massachusetts or New York to produce the same annual output.

But those numbers above are gross costs, and in 2026, the gap between gross cost and what you actually pay out of pocket is narrower than it used to be.

Why Solar Costs Behave Differently in Florida

Equipment pricing only explains part of the story. In Florida, solar costs are shaped just as much by environmental risk, insurance requirements, and permitting rules as they are by the panels themselves.

Start with heat. Florida’s high ambient temperatures affect system design in ways cooler states don’t deal with. Inverters and mounting systems must be rated for sustained heat exposure, and attic conditions often influence equipment placement. 

That doesn’t always increase headline pricing, but it does affect component choices and long-term performance assumptions.

Then there’s wind. Much of the state falls under strict wind-load engineering standards, and coastal areas require racking that meets hurricane-resistance testing requirements. That hardware is more specialized, and installation is more involved than in lower-risk regions.

Insurance plays an equally important role. Many homeowners are now required to replace aging roofs before insurers will approve a solar installation. Larger systems can also introduce additional liability considerations tied to net metering thresholds, which change the true cost of ownership beyond the installation quote.

Permitting and policy pull in the opposite direction. Florida’s newer fast-track approval timelines and high solar irradiance help reduce soft costs and allow systems to produce more electricity per panel than in many northern states. That efficiency offsets some of the engineering and insurance pressures.

The result is a market where solar pricing isn’t just about hardware or labor. It reflects the balance between resilience requirements, insurance realities, and the state’s strong solar production potential, all of which shape what homeowners ultimately pay.

The Federal Tax Credit Is Gone for Purchased Systems

This is the single biggest change to Florida solar economics since the last time you checked.

The One Big Beautiful Bill Act, signed into law on July 4, 2025, terminated the 30% Residential Clean Energy Credit (Section 25D) for any system installed after December 31, 2025. If you’re buying solar with cash or a loan in 2026, there is no federal tax credit to claim.

The IRS has confirmed: if installation is completed after December 31, 2025, the homeowner cannot claim the 25D credit.

There is one exception: If you go solar through a lease or power purchase agreement (PPA), the company that owns the system can still claim the 30% commercial Investment Tax Credit under Section 48E, which remains active through 2027. 

They typically pass some of that savings along to you through lower monthly payments. More on this in the financing section below.

Florida Incentives That Still Apply

The federal credit may be gone for purchases, but Florida still offers two meaningful state-level benefits:

Property tax exemption. Under Florida Statute 193.624, the added home value from your solar system is 100% exempt from property taxes. On a $25,000 system that adds comparable value to your home, that’s roughly $400–$600 per year you’re not paying in additional property taxes every year, for the life of the system.

Sales tax exemption. Solar equipment is exempt from Florida’s 6% sales tax. On a $22,000 system, that’s about $1,320 you don’t pay at the point of purchase. This is automatic, and your installer should reflect it in your quote.

For a full breakdown of every available program, see our Complete Guide to Florida Solar Incentives.

Net metering. Florida’s investor-owned utilities, FPL, Duke Energy, and Tampa Electric, credit excess solar production at the full retail rate. Unused credits roll over monthly and cash out at year’s end at a lower wholesale rate (typically 3–4 cents/kWh). Solid policy, but there’s a catch tied to system size.

The Tier 2 Trap

Florida’s net metering rules divide systems into tiers. Tier 1 systems  10 kW AC or less (roughly 11,764 watts DC) get streamlined interconnection with no application fee and no insurance requirement.

Cross that threshold into Tier 2, and you’re looking at a $400 application fee plus a requirement to carry $1 million in personal liability insurance for the life of the system. If you don’t already have an umbrella policy, that’s an additional $200–$500 per year.

A smart installer will design your system to stay just under the Tier 1 limit when possible. If your usage demands a larger system, factor the ongoing insurance cost into your payback calculation.

Why Solar Costs What It Does in Florida (Specifically)

Solar pricing isn’t uniform across states, and Florida has cost factors that pull in both directions.

What adds cost here:

The Florida Building Code requires solar racking to meet ASCE 7 wind speed standards. 

In High-Velocity Hurricane Zones, primarily Miami-Dade and Broward, racking must meet TAS 100 wind-resistance testing and carry Florida Product Approval or a Miami-Dade Notice of Acceptance. This hardware costs more than standard racking used in non-coastal states.

Florida also has an unusually high prevalence of tile roofs. Installing solar on tile requires specialized mounting hardware and additional labor, typically adding $1,000 to $ 3,000 to the installation cost.

Then there’s the roof itself. Florida insurers increasingly require roofs to be less than 15 years old before they’ll cover a solar installation. If your roof is aging, a $10,000–$25,000 replacement may come first.

What reduces cost here:

Florida’s HB 683, effective July 1, 2025, overhauled solar permitting statewide. Local governments now have five business days to approve residential solar permits. Miss that deadline, and the permit is automatically approved. 

The law also allows private and virtual inspections, cutting weeks off project timelines and reducing the soft costs baked into your price.

And Florida’s high solar irradiance means your system doesn’t need to be as large as it would in a lower-production state to generate the same annual output. Smaller system, lower total cost.

What FPL’s Rate Settlement Means for Your Payback

Most solar payback calculators use a single electricity rate and a generic annual increase assumption. Here’s a more realistic picture for FPL customers.

At $136.64/month for 1,000 kWh, an 8 kW system producing roughly 11,500 kWh per year could offset $130–$155/month in electricity costs. 

But you won’t eliminate your FPL bill entirely, as the monthly minimum includes a base service charge and fuel surcharges, so expect to pay $15–$30 per month even with a full solar offset.

With FPL’s rate settlement locking in increases through 2029 and the utility adding 335,000 new customers by decade’s end, every kilowatt-hour your system produces becomes more valuable over time. You’re hedging against a rate that’s contractually rising.

For a purchased 8 kW system at roughly $20,000 (after Florida’s sales tax exemption), subject to rate adjustments and usage patterns, you can expect a payback period of 10–13 years at current rates and projected increases, with 12–15 additional years of essentially free electricity under the panel warranty. 

A lease or PPA shortens the out-of-pocket payback considerably but reduces your long-term savings.

For a deeper look at the full ROI picture, see our detailed analysis: Are Solar Panels Worth It in Florida?

When Solar Doesn’t Make Financial Sense in Florida

Not every Florida home is a good candidate:

Your roof is over 15 years old, and your insurer requires replacement before covering the solar installation. Adding a $15,000+ roof replacement to the project cost changes the payback math dramatically.

Your home has heavy shading or predominantly north-facing roof exposure. Florida’s irradiance advantage disappears if your panels can’t see the sun.

You’re on a municipal utility with unfavorable net metering. JEA in Jacksonville, for example, pays only the fuel rate for excess generation — significantly less than the full retail credit FPL offers.

Your system would push into Tier 2, and you can’t absorb the insurance cost. If you need more than 11,764 watts DC but the $1M liability policy isn’t in your budget, it may make sense to install a smaller system that stays in Tier 1 and covers a portion of your usage rather than all of it.

You’re planning to sell within two to three years. While solar adds home value (and Florida exempts it from property tax), the resale premium may not fully cover your remaining balance if you’re financing.

How to Pay for Solar in 2026

The loss of the 25D credit has reshuffled the financing situation.

Cash purchase still delivers the highest long-term savings because you own the system outright. But without a 30% credit to soften the upfront hit, the return takes longer to materialize.

Solar loans remain available, but watch the interest rates. Without the tax credit to make a lump-sum payment against the balance in year one, your effective monthly payment is higher. Make sure the loan payment is actually lower than your current electricity bill, or the “savings from day one” pitch doesn’t hold up.

Leases and PPAs have become a lot more relevant in 2026 because they’re the only way to indirectly benefit from the 30% federal credit. 

The installer claims the Section 48E commercial credit and passes some of that value to you through lower monthly rates. You won’t build equity in the system, but you’ll likely pay less per month than your current utility bill with zero upfront cost.

⚠ One warning: be cautious of “free solar” offers, particularly those targeting retirees. If a deal sounds too good to scrutinize – zero cost, zero catch – read the contract carefully. Legitimate leases and PPAs have clear terms, annual escalator clauses, and transfer provisions.

Our guide on “free” solar panels in Florida breaks down how these arrangements actually work and what to watch for.

What to Ask a Florida Solar Installer

Florida’s market has specific considerations that separate a good installer from a generic one. Before signing anything, ask:

• Are they licensed as a Certified Solar Contractor (CVC) or Electrical Contractor (EC) with the state? 
• Can they provide Florida Product Approval numbers for the racking they use? 
• Is the racking TAS 100 wind-tested for your county’s wind speed zone? 
• Will they design the system to stay within Tier 1 if your energy usage allows it? 
• Are they set up to use HB 683’s fast-track permitting process?

These aren’t trick questions; any experienced Florida installer should be able to answer them immediately.

For more on what separates a good installer from a liability, see our guide to the top solar companies in Florida. 

See What Solar Saves You Against FPL’s Rising Rates

FPL’s rate increases are locked in through 2029. Your electricity costs don’t have to be. Enter your ZIP code to see what a solar system would cost for your Florida home and how the savings compare to staying on the grid.

Frequently Asked Questions

Sources

• FPL — 2026 Rate Agreement (PSC Approved Nov 2025)
• FPL — Net Metering Guidelines
• Florida Statute 193.624 — Renewable Energy Source Device Property Tax Exemption
• U.S. Energy Information Administration — Florida State Energy Profile