Average Solar Cost in Florida
In 2026, residential solar installations in Florida average about $2.60 per watt installed before any rebates or incentives. For a typical 7 kW (7,000 watt) rooftop system — enough to cover the electricity use of an average Florida home — that works out to:
- Low end: ~$16,450 (efficient installers, modest equipment)
- Typical: ~$18,200
- High end: ~$19,950 (premium panels, microinverters, full-service installer)
Battery storage is a separate line item. A typical 10 kWh battery (Tesla Powerwall 3, Enphase IQ 5P, or similar) adds about $10,000 to $14,000 before any applicable state battery incentives. In states with reduced net metering or frequent outages, batteries have become close to standard rather than optional.
Why prices are where they are: hardware costs have fallen roughly 70% over the past decade, but soft costs (permitting, labor, sales, interconnection, customer acquisition) have stayed sticky. Florida's install costs reflect local labor rates, permitting complexity, and how competitive the installer market is in your area.
Florida Solar Incentives in 2026
State income tax credit: None. Florida has no state income tax and offers no state solar tax credit.
Here is the full list of state-level and utility-level incentives currently active in Florida:
- Solar Rights Act (FL Statute 163.04): Prevents HOAs from banning rooftop solar. Strong legal protection for homeowners facing HOA pushback.
- Sales tax exemption: 100% exemption on solar equipment, saving about 6-7% of system cost upfront.
- Property tax exemption: 100% exemption on the added home value from solar installations under Florida Statute 193.624.
- Net metering (Rule 25-6.065): Florida Public Service Commission requires investor-owned utilities (FPL, Duke, TECO, FPU) to offer 1:1 kWh net metering for systems up to 2 MW. This is one of the strongest net metering policies still active in the South.
- Solar and Energy Loan Fund (SELF): Nonprofit offering low-interest solar loans to qualifying Florida homeowners, including in underserved areas.
Note: incentive budgets and terms change frequently. Confirm the current status of any program with the administering agency or utility before signing a solar contract. For a deeper breakdown, see Solar Energy Simplified's Florida incentives page.
Payback Period and 25-Year Savings
Here is how the math works out for a typical Florida homeowner installing a 7 kW system in 2026:
| Metric | Value (7 kW system in Florida) |
|---|---|
| Installed cost (before incentives) | $18,200 |
| Average peak sun hours | 5.5 hrs/day |
| Annual production estimate | ~10,300 kWh |
| Retail electricity rate | $0.16/kWh |
| Estimated year 1 bill savings | ~$1,648 |
| Simple payback (solar only) | ~10 years |
| Net 25-year savings (after payback) | ~$67,000 |
These are estimates only. Your actual payback depends on roof orientation, shading, future electricity rate inflation (historically 2-4% per year), system degradation (~0.5% per year for tier-1 panels), and whether your utility offers full retail net metering or a reduced export rate. The payback calculator lets you model your specific situation.
Best Utilities and Net Metering in Florida
Under Rule 25-6.065, Florida's IOUs must credit exported solar at full retail rate on a monthly basis. Any net excess at year-end is paid out at avoided cost. FPL, Duke Energy Florida, TECO, and Florida Public Utilities all participate. Municipal utilities (JEA, OUC, Lakeland Electric) set their own rules — most are similar, but verify specifics before installing.
Utility landscape
Florida Power & Light (FPL) is the largest utility, serving most of south/central Florida. Duke Energy Florida covers the north and Gulf Coast. Tampa Electric (TECO) covers the Tampa Bay area. Municipal utilities include JEA (Jacksonville), OUC (Orlando), and Lakeland Electric. All IOU customers get full 1:1 net metering; municipal terms vary slightly.
Before you sign a contract: verify which utility serves your address, the specific rate plan you'll be moved to as a solar customer, and how your export compensation is calculated. These details matter more than the sticker price of the system.
Sun Hours and ROI by Region
Florida has an average of 5.5 peak sun hours per day, but production varies meaningfully by region:
| Region | Peak Sun Hours & Notes |
|---|---|
| South Florida (Miami, Fort Lauderdale, Naples) | 5.5-5.8 peak sun hours. Hurricane-rated mounts mandatory (Miami-Dade NOA approval required). |
| Central Florida (Orlando, Tampa, Lakeland) | 5.4-5.7 peak sun hours. OUC and Lakeland Electric customers have favorable rates. |
| North Florida (Jacksonville, Gainesville, Tallahassee) | 5.0-5.4 peak sun hours. JEA is a municipal utility with slightly different buyback rules. |
| Gulf Coast Panhandle (Pensacola, Panama City) | 4.9-5.2 peak sun hours. Hurricane risk is highest here — wind-rated racking adds cost. |
Peak sun hours are a proxy for production potential. One peak sun hour equals 1 kWh per kilowatt of installed capacity, minus system losses (typically 14-18% for a well-designed residential system).
Who Solar Is Worth It For in Florida
Florida homeowners with $150+ monthly bills, south-facing unshaded roofs, and hurricane-rated homes see strong payback. Solar is especially attractive because FL lacks a state income tax (so no benefit was ever lost by the federal ITC removal for state-side credits) and 1:1 net metering is still intact. High AC loads during 8+ month cooling seasons mean excellent self-consumption.
Situations where solar typically is not worth it in Florida:
- You plan to move within 3-4 years (you may recoup the investment in home value, but not in bill savings).
- Your roof is heavily shaded or faces mostly north.
- Your monthly electric bill is under $60 — there simply isn't enough consumption to justify a system.
- Your roof has less than 8-10 years of useful life left (replace the roof first, or pair the two projects).
- You rent or live in a condo without approval authority over the roof (look into community solar instead).
Financing Solar in Florida Without the Federal Credit
With the 30% federal tax credit gone, the cash-purchase breakeven in Florida has stretched by 2-3 years. That makes the choice of financing even more consequential than before. Here are the three practical paths for Florida homeowners in 2026:
1. Cash purchase
Still the shortest path to highest lifetime savings. You own the system, claim any state credits directly, keep all SREC or production-incentive revenue, and avoid any finance costs. Good fit if you have $18K-$25K liquid and will live in the home 7+ years.
2. Solar loan
Typical secured solar loans in Florida run 4.99%-8.99% APR over 10-25 years. Watch carefully for dealer fees — many low-APR loans include a 15-30% dealer fee baked into your system price, which inflates the total amount financed. Ask for a "cash price" and a "loan price" quote side by side; if they differ materially, the difference is the dealer fee. This guide covers the pattern in detail.
3. Lease or PPA
Because the commercial ITC under Section 48E is still active through 2027, third-party-ownership (TPO) providers can still claim tax credits on panels they own and lease to you. The trade-off: you don't own the system, can't claim Florida state incentives yourself, and typically pay a higher effective rate over 20-25 years than cash or loan. Leases/PPAs can still make sense for homeowners with no state tax liability or who can't afford a down payment.
Rule of thumb: If the all-in financed monthly payment is higher than your current average electric bill, the loan is probably structured around dealer fees rather than your interests. Walk away and get another quote.
Common Mistakes Florida Homeowners Make
Across thousands of solar shopper conversations, the same handful of missteps account for most of the regret:
- Oversizing the system. Many installers quote systems sized to 100-110% of annual usage when Florida's export compensation penalizes overproduction. For utilities with reduced export rates, sizing to 85-95% of usage plus a battery typically delivers better ROI than a bigger grid-tied-only system.
- Accepting the first quote. Install prices for the same equipment vary by 20-40% across Florida installers. Always get three quotes.
- Ignoring the interconnection timeline. In Florida, utility interconnection approval can take 2-12+ weeks depending on the utility. This matters for incentive enrollment windows and for NEM grandfathering where applicable.
- Believing the 25-year warranty without reading it. Panel product warranties (10-25 years) and performance warranties (25-30 years) are usually fine. The risk is the installer workmanship warranty — often 10 years, sometimes 2 years. A bankrupt installer's workmanship warranty is worthless; stick with installers who've been in business 8+ years in Florida.
- Not modeling future rate inflation. Electricity prices in Florida have risen 2-6% annually for the last decade. A solar system's savings grow with every rate increase, but most quotes understate this by assuming flat future prices.
- Signing before permitting approval. In some Florida municipalities, permit plan review reveals structural or setback issues that block the install. Make sure your contract has an exit clause if the permit is rejected.
Recommended Equipment for Florida Homes
These are the most commonly recommended components for Florida residential solar in 2026. All links go to Amazon and include our affiliate tag — we may earn a commission at no extra cost to you.
Tesla Powerwall 3
13.5 kWh whole-home battery with integrated solar inverter. Best for homes in NEM 3.0 states where self-consumption matters more than export.
View on Amazon →
Enphase IQ Battery 5P
5 kWh modular battery. Add one unit at a time. Pairs with IQ8 microinverters for a fully AC-coupled system.
View on Amazon →
Sense Energy Monitor
Install inside your main panel to track every circuit in real time. AI identifies individual appliances.
View on Amazon →
Note: Most residential solar is installed as a turnkey package by a licensed installer. The equipment above is useful for understanding what's inside a system, for DIY-curious homeowners building off-grid setups, or for monitoring add-ons you can install yourself.
Run Your Own Numbers
Every home is different. Use our free calculators to estimate costs, payback, and incentives based on your specific situation:
State Credit Calculator
See what state-level solar incentives you qualify for in Florida.
Payback Calculator
Estimate how fast your Florida solar system will pay for itself.
Net Metering Calculator
Model how net metering changes affect your Florida export value.
Frequently Asked Questions
Does Florida have a state solar tax credit?
Is net metering still available in Florida?
How much does solar cost in Florida in 2026?
Do I need hurricane-rated racking?
Can my HOA stop me from installing solar in Florida?
Related Reading
Full Florida Incentive Deep-Dive
Every rebate, credit, and program covering Florida solar, updated for 2026.
Is Solar Worth It in 2026?
National analysis of solar economics after the federal ITC expired.
Best Solar Batteries 2026
Head-to-head reviews of Powerwall, Enphase, FranklinWH, and more.
Net Metering Explained (2026)
How net metering, net billing, and VDER actually work in each state.