Choosing an Induction, Gas, or Electric range in Florida.

Why Gas Is Rare in Florida Kitchens

Most Florida homes never had a gas range option, because the street has no natural-gas main. Per the U.S. EIA Residential Energy Consumption Survey, only about 8% of Florida households cook with gas — tied with Maine for the lowest share in the nation. For the overwhelming majority, the practical choice is between two electric formats.

The reason is historical and geographic. Florida’s mild winters meant utilities never built out the dense distribution grid that cold-climate states needed for heating, so residential gas mains are scarce outside a few older urban cores. Where a homeowner does want a gas flame, the fuel almost always arrives as propane (liquefied petroleum gas) from an on-site tank — an above-ground cylinder or a buried tank refilled by truck — not a metered line from the street.

Propane changes the scope, not just the burner

Choosing gas in a no-main neighborhood means adding a fuel system, not only an appliance. A propane range install is not a single connection but a small chain of trades, each with its own inspection.

• Tank. An above-ground cylinder or a buried tank, sited to clearance rules and refilled by truck.
• Regulator and line. A pressure regulator and a gas line run from the tank to the range location.
• Leak-tested connection. A pressure-tested final hookup at the appliance.
• Vented hood. A range hood ducted outdoors to clear combustion byproducts.

That is a meaningfully larger and more permit-heavy scope than dropping an electric range onto a circuit, and it is why so few Florida remodels go that direction.

The combustion-appliance ripple

A propane burner is a vented combustion appliance, and that single fact later interacts with the range-hood and makeup-air math covered below — an all-electric kitchen sidesteps the question entirely.

So the real fight is induction vs radiant electric

Once gas is set aside, the decision narrows to two electric ranges that share the same power feed but cook very differently: induction, which heats the pan through a magnetic field, and radiant electric, which heats a smooth-top or coil element that then heats the pan. Both land on the identical 240-volt circuit, so the wiring section below applies to either.

The Three Fuel Types at a Glance

Each option carries a distinct utility hookup, a distinct heat-loss profile, and a distinct venting demand. The table maps what actually differs for a Florida kitchen — the fuel feed, the room heat, and the hood implication — before the wiring details that follow.

The pattern is consistent: the two electric types are interchangeable at the panel and differ mainly in efficiency and cookware, while gas stands apart on fuel delivery and the amount of waste heat it dumps into a room your air conditioner is already fighting to cool.

What "ferromagnetic" rules in and out

Induction only works with cookware a magnet sticks to. Ferromagnetic materials — cast iron, enameled cast iron, and stainless steel rated for induction — couple with the magnetic field and heat up. Aluminum, copper, and most glass or ceramic do not, because the field cannot drive a usable current in them. A quick magnet test on the base of a pan tells you instantly whether it will work.

Wiring an Electric Range: Circuit, Wire, Breaker

An electric or induction range is hard-wired logic at its simplest: a dedicated 240-volt circuit, sized to the appliance nameplate, on a double-pole breaker, landed at the range location. A typical residential range runs on a 40A or 50A circuit, and the wire gauge follows the breaker.

Circuit voltage

A range needs 240V, which means two hot legs and therefore a double-pole breaker. A gas-only kitchen typically has no such circuit at the range wall — that is the gap a fuel switch has to close.

Wire size (copper)

Per NEC conductor sizing, a 40A range circuit uses a minimum of 8 AWG copper; a 50A circuit steps up to 6 AWG copper. New installs land a 4-wire receptacle (two hots, neutral, ground) under NEC 250.140.

Breaker rating

The breaker and wire must match the appliance nameplate load. Most ranges call for a 40A or 50A double-pole breaker; the installer reads the nameplate kilowatt rating, applies the NEC 220.55 demand factor (one household range 12 kW or less is calculated at an 8 kW demand), and sizes accordingly.

None of this is a do-it-yourself task. A mis-sized conductor or breaker on a 240-volt circuit is a fire and warranty risk, which is why the range circuit is pulled, terminated, and inspected as part of a permitted full kitchen remodel rather than handled piecemeal. Coordinating it with the rest of the dedicated appliance circuits keeps the panel schedule clean.

Switching from Gas to Electric

The most common Florida scenario is the reverse of the national debate: a homeowner moving off a propane range to induction or radiant electric. The appliance swap is easy; the electrical work is the real job, because a gas-only kitchen has no 240-volt circuit waiting at the range wall.

What has to be added

A new circuit gets run from the panel to the range location, sized 40A or 50A per the new appliance nameplate. The old gas line is capped and the propane feed addressed separately. Two panel realities decide how big the job is, and both are worth checking before you fall in love with a specific range.

1. Open breaker spaces. A new double-pole range breaker needs two adjacent slots. A full panel may need a tandem rearrangement or a sub-panel.
2. Service capacity. Adding a 40-50A range load matters most when other big loads are stacking up — a heat-pump, an EV charger, a pool pump. The total has to fit the service.
3. Cable routing. Getting 6 AWG from the panel to the range across a slab-on-grade home can mean an attic or wall chase, which shapes the labor more than the wire itself.

In most homes the existing service is adequate and no panel upgrade is required — but the new home-run circuit is non-negotiable, because the wiring that fed a 120-volt gas-range igniter will never carry a 240-volt cooking load.

Waste Heat and Your Air Conditioner

This is where induction earns its keep in Florida specifically. Induction couples energy directly into the pan, so very little heat escapes into the room. U.S. DOE and ENERGY STAR figures put induction efficiency near 85%, against roughly 40% for radiant electric and about 32% for gas — meaning gas sheds the most heat into the kitchen.

Why a Florida kitchen feels it

Every watt of cooking heat that does not enter the pan ends up as a load your air conditioner has to remove. In a climate running the AC most of the year, a cooler-running cooktop is a genuine comfort and energy advantage, not a rounding error — the open-concept kitchens common in Florida share that air with the living space all day.

The trade-off side

Induction is not free of compromise. The honest debits are worth weighing against the cool-kitchen payoff before you commit.

• Cookware. Only ferromagnetic pans work, so an aluminum or copper set may need replacing.
• Glass top. The ceramic surface can scratch under grit or a dragged pan.
• Flame feel. Some cooks still prefer a visible gas flame for control, which induction cannot mimic.

Radiant electric sidesteps the cookware limit but gives back the efficiency and part of the cool-kitchen benefit. Each homeowner weighs those against the Florida heat reality.

Where radiant electric still fits

For a rental, a second kitchen, or a household unwilling to re-buy cookware, smooth-top radiant electric is the pragmatic middle — same 240V circuit, no cookware constraint, and still no combustion heat or byproducts in the room.

The Hood and Makeup Air

Range venting follows the same code regardless of fuel, and one number governs it in Florida: 400 CFM. Under FBC Residential Section M1503.4, an exhaust hood capable of moving more than 400 cubic feet per minute generally must be paired with a powered makeup-air system that opens when the hood runs.

The single-family exemption

Florida’s residential code carries a key exception: in a single-family dwelling, makeup air is not required for a range hood rated between 400 and 800 CFM if there are no atmospherically vented (gravity-vent) combustion appliances inside the conditioned space. That exception is easiest to satisfy in an all-electric Florida home, where there is no gas water heater or furnace drawing combustion air.

Where induction quietly helps

Because induction produces no combustion byproducts and a lower cooking plume than an open gas flame, a smaller hood is often defensible — and a hood specified under 400 CFM stays below the makeup-air trigger entirely. Gas, by contrast, leans toward higher extraction and reintroduces the combustion-appliance question. The full thresholds are laid out in our guide to range-hood makeup air in Florida kitchens.

How to Choose for Your Florida Kitchen

The decision tree is short once gas is understood as a propane project. Match the range to your panel, your cookware, and how much the kitchen shares air with the rest of the house.

Whichever way it lands, the wiring, the hood path, and the panel schedule are decided at rough-in, not after the cabinets are set. We plan the range circuit and venting alongside the rest of the kitchen electrical layout on every Florida kitchen we remodel, so the range you choose has the circuit it needs on day one.