Average Electric Bill in Florida

The average electric bill in Florida, and why the average misleads

The average Florida residential electric bill is $167.48 a month, from an average price of 15.17 cents per kilowatt-hour (May 2026) and average consumption of 1,104 kWh a month. Nationally: 18.44 cents, 863 kWh, $159.14. Florida's price is about 18 percent below the national average while its usage is about 28 percent above it, and volume wins. The bill comes in roughly five percent higher than the national figure despite genuinely cheap electricity.

This is the most important thing to understand about a Florida bill. The state does not have an electricity price problem. It has an electricity quantity problem, and the two require completely different responses. Complaining about the rate accomplishes nothing, because Florida's rate is already better than most of the country's. Reducing the kilowatt-hours is where the money is.

The annual average also badly understates the seasonal swing, more so than in most states. A Florida household does not use 1,104 kWh every month. It uses far less in February and March, when the air conditioner idles and the heat rarely runs, and far more in July, August, and September, when the compressor cycles day and night against high humidity. A household averaging 1,104 kWh across the year may draw 700 in a mild spring month and 1,700 in a bad August, which means the August bill can be more than double the March one on identical behaviour.

The internal range is enormous too. A concrete-block bungalow in Pinellas County with a modern heat pump sits nowhere near a five-bedroom house in Palm Beach County with a heated pool, a spa, and a garage freezer. Run your own twelve months through the electricity bill calculator rather than reasoning from the state number.

Why Florida electricity costs 15.17 cents per kilowatt-hour

Florida's rate is below the national average for reasons that are structural rather than accidental. The state's generating fleet is dominated by large, modern, high-efficiency natural gas combined-cycle plants, supplemented by nuclear output and by one of the largest utility-scale solar buildouts in the country. Combined-cycle gas plants convert fuel to electricity far more efficiently than the older steam units they replaced, and building at very large scale spreads fixed costs across an enormous customer base. Florida's utilities are among the largest in the United States by customer count, and that scale shows up in the rate.

The offsetting pressures are fuel exposure and weather. Because the fleet leans heavily on natural gas, Florida bills track gas prices closely. Florida utilities recover fuel through a separate charge on the bill rather than folding it into the base energy rate. The fuel cost is passed through at cost, projected forward for the coming year and then trued up against what actually happened, which is why a Florida bill can change at the start of a year without any change in your usage or any general rate increase. Understanding that line is essential to reading a Florida statement, because it is the part that moves with commodity markets rather than with utility decisions.

The second pressure is hurricanes. Restoring a distribution system after a major storm costs a great deal, and Florida utilities recover those costs through storm surcharges, sometimes months later. Separately, the state has pushed sustained investment in storm hardening: stronger poles, selective undergrounding, tighter vegetation cycles. That work shortens outages and raises the capital base on which rates are set. Every Florida customer is paying, in advance, for storms that have not happened yet.

Why the average Florida home uses 1,104 kWh a month

Almost everything in a Florida house that consumes energy consumes electricity, and the cooling season never really ends.

Air conditioning is typically the largest single load in a Florida home, and the reason it is so large is humidity rather than temperature. An air conditioner in a dry climate mostly lowers air temperature. In Florida it spends a large share of its energy condensing moisture out of the air, work that consumes electricity without moving the thermostat. That is why a Florida system runs longer than the outdoor temperature alone would suggest, and why oversizing a unit makes comfort worse: a too-large system satisfies the thermostat quickly and shuts off before it has removed enough moisture.

Heating is electric almost everywhere. Natural gas distribution in Florida is limited outside urban corridors, so most homes heat with a heat pump or, in older and cheaper construction, with electric resistance strip heat. Water heating is usually electric for the same reason. In a Connecticut house the heating and hot water loads appear on an oil or gas bill; in Florida they appear on the electric bill, which alone accounts for a large part of the usage gap between the two states.

Construction adds to it. Much of Florida's housing is single-story slab-on-grade with a large roof area relative to floor area, and vented attics that reach extreme temperatures on a summer afternoon. Ductwork routed through those attics loses cooling before it reaches the rooms. Pools are common, and a single-speed pool pump running long hours is among the largest discretionary loads a household can have.

Seasonal residency cuts the other way. Properties occupied only in winter contribute low-usage months to the state average, which means the figure for a full-time household is generally higher than 1,104. Price individual loads at Florida's rate with the appliance energy cost calculator.

What you can actually control in a regulated state

Florida is fully regulated. There is no residential retail choice, no competitive suppliers, and no supply shopping. Any solicitation claiming to switch your Florida electricity provider is not describing a real product. Your utility is determined by your address, and its rates are set by the Florida Public Service Commission. That removes one lever and makes the remaining ones matter more. Our regulated states overview covers what changes in a market like this.

The levers, roughly in order of how much they are worth:

• The air conditioning system. Setpoint, filter condition, refrigerant charge, duct leakage, and equipment efficiency at replacement. Duct leakage in a hot attic is a common and invisible loss. Raising the setpoint a couple of degrees and running ceiling fans in occupied rooms costs nothing and reduces run time.
• The building envelope. Attic insulation depth and air sealing at the ceiling plane are the highest-return improvements in most Florida houses, because the attic is the hottest surface bounding the conditioned space.
• Water heating. An electric resistance tank is a large continuous load. A heat pump water heater does the same job for a fraction of the electricity, and in a Florida garage it also dehumidifies.
• The pool pump. Reducing run hours and moving from single-speed to variable-speed operation is one of the few single changes that can be measured on a bill.
• Rate plan and billing. Where a time-of-use option is offered, it rewards shifting laundry, dishwashing, and vehicle charging out of the late-afternoon peak. Budget billing does not lower your annual cost but replaces the August shock with a level payment.

Two widely recommended tactics are worth less than they sound. Replacing already-efficient lighting will not move a bill where cooling dominates, and unplugging small electronics to kill standby draw is a rounding error next to a leaking duct or a single-speed pool pump. The last lever is regulatory: rate cases are public, ratepayers are formally represented by the state's Office of Public Counsel, and comment is open to anyone.

The utilities that serve Florida, and how they differ

Florida's customers are split between large investor-owned utilities, municipal systems, and rural cooperatives, and the differences are governance and rate design rather than the quality of the electricity.

Florida Power & Light, a NextEra Energy subsidiary, is the largest, serving a territory that runs down the east coast and across much of the peninsula and, following the consolidation of its northwest Florida operations, into the Panhandle. It is investor-owned, regulated by the Florida Public Service Commission, and has driven much of the state's utility-scale solar construction.

Duke Energy Florida serves central and north-central Florida, from the Pinellas and Pasco coast through the interior counties. Also investor-owned, also PSC-regulated, with a different generation portfolio and a different service territory geography: more rural miles per customer than FPL's dense coastal corridors, which affects restoration times after storms.

Tampa Electric serves Hillsborough County and surrounding areas: a compact, largely urban, investor-owned and PSC-regulated system.

JEA is different in kind. It is a municipal utility owned by the City of Jacksonville, governed by an appointed board rather than by the state commission, and its retail rates are set locally. Municipal utilities generally do not earn a shareholder return, and their revenues can support municipal purposes. Florida also has a number of rural electric cooperatives, which are member-owned, board-governed, and likewise outside the PSC's retail rate jurisdiction.

The practical implication: for investor-owned utility customers the forum for rate questions is the state commission; for municipal and cooperative customers it is a city or member-elected board, and those meetings are far easier to attend.

Storm charges, fuel charges, and reading a Florida bill honestly

Two lines on a Florida bill move for reasons that have nothing to do with your household, and mistaking them for usage changes causes a great deal of unnecessary worry.

The fuel charge is the pass-through of what the utility paid for natural gas and other fuels. It is projected for the year ahead, charged per kilowatt-hour, and reconciled afterward against actual costs, with any difference carried into a later period. When wholesale gas prices rise, this line rises for everyone on the system at once. It is not a rate increase in the ordinary sense, because the utility earns no return on it, and it is not something conservation can eliminate, though using fewer kilowatt-hours does reduce it proportionally.

The storm charges recover restoration costs after major hurricanes, and they typically appear well after the event. A household that lost power for a week may find itself contributing to the cost of statewide restoration months later. That is how the system is designed: the utility restores first and recovers later, subject to commission review of what was prudently spent.

The habit worth building is to compare bills component by component rather than in total. Pull two statements, line them up, and identify whether the change came from kilowatt-hours, from the fuel charge, or from a surcharge. Only the first is yours to manage. Our guide to reading an electric bill walks through the anatomy.

Frequently asked questions