State pages

Solar in Florida

Comparatively favorable net metering in much of the state, strong summer production, and hurricane exposure that makes hardware ratings and roof condition part of the economics.

Production and price context

• Production: Roughly 1,300 to 1,500 kWh per kW per year, with summer storm interruptions.
• Electricity prices: Residential prices sit near the national middle.

What that production range means on a roof

Put the state range on the same 8 kW example this site uses everywhere. At 1,300 to 1,500 kWh per kW per year, an 8 kW system produces roughly 10,400 to 12,000 kWh in its first year. Priced at the NREL benchmark of $3.25 per watt, that system costs $26,000 before incentives, the same gross figure in every state. What changes across the range is not the price of the hardware; it is how much energy each installed watt returns, and therefore how hard your electricity price and export rule have to work to pay the system back. Your roof will land somewhere inside, or occasionally outside, that range depending on tilt, direction, and shade, which is why installers should model your address rather than quote the state midpoint.

Use the range as a smell test. A production promise well above the top of it needs a tool, assumptions, and a shade analysis you can reproduce. A promise near the bottom on a clean south-facing roof deserves the same questions in reverse. Either way, the state range frames the conversation; the site-specific model settles it.

Incentives and export rules to verify

Florida policy is utility-specific, and fixed customer charges dilute the value of exported energy. Check DSIRE and your utility's current residential solar page before valuing a system.

Two sources decide what applies to your address today: DSIRE, the national database of state incentives for renewables and efficiency, for programs; and your utility's current tariff or residential solar page, for export compensation, fixed charges, and rollover rules. Program names and values change through legislation and rate cases, which is why this page tells you where to verify instead of printing a program value that could be stale on arrival.

The order of decisions in Florida

1. Confirm the export rule and any minimum bill. That prices your surplus energy.
2. Size the system against a year of bills and the export rule, using our sizing guide.
3. Price at least three quotes against the $3.25 per watt NREL benchmark line in the estimator.
4. Only then evaluate batteries, which pay through export value and rate spreads, per our battery guide.

What matters most here

Comparatively favorable net metering in much of the state, strong summer production, and hurricane exposure that makes hardware ratings and roof condition part of the economics. Start from that fact when you read quotes. Ask every installer to show the production tool behind their estimate, the export value inside their payback, and the incentive owner for every dollar subtracted from the price. If the answers name documents you can check in DSIRE or your tariff, you are having the right conversation. If they name deadlines and pressure instead, our quote red flags guide lists what to ask next.

Worked examples in Florida

This site works the full benchmark example, end to end, for Tampa. Each metro page states its production factor, example electricity price, first-year savings, and simple payback on the same 8 kW, $180-bill example used across the site, so the metro figures and this state context can be read together.