Is gas or electric better for a commercial range?

For most South Florida cook lines, gas — because of instant high-BTU flame, chef familiarity, cheap stocked parts, and power that is already in the building. Electric and induction are better when the building has the heavy electrical service and the operator specifically wants a cooler kitchen, precise control, or no gas line. It is a power-and-menu decision, not a universal winner.

Is induction worth it for a commercial kitchen?

It can be, in the right spot. Induction gives the most precise, repeatable control and the coolest line in the house, and it is efficient at the pan. The barriers are real: it needs heavy 208/240V three-phase service, induction-ready cookware, and the glass tops crack and the control boards cost more to repair than gas components. Precision-driven concepts in buildings with the right power get the most out of it.

Which is cheaper to run, gas or electric?

Where natural gas is cheap, a gas range usually costs less per BTU to operate, which is a big reason gas dominates cook lines. Induction is efficient at the point of cooking but electricity per BTU is generally higher. Factor in the hidden cost too: gas dumps combustion heat into the kitchen, so you pay again in HVAC load to remove it.

What breaks most often on each?

Gas: pilots that won't stay lit, thermocouples, igniters, and gas valves — frequent but cheap to fix. Electric and induction: control boards and cracked glass tops — rarer but pricier tickets. The pattern is consistent: gas is a steady stream of small nuisance repairs, electric and induction are occasional bigger ones.

Does an electric range really keep the kitchen cooler?

Yes, meaningfully — and induction most of all. Without open-flame combustion, you are not pouring burner heat into the room, so the line runs cooler and your HVAC works less to keep it comfortable. In a South Florida summer that comfort and energy difference is not trivial, and it is one of the strongest reasons operators choose electric or induction.

Do I need different ventilation or permits for gas vs electric?

Both need a proper hood, but gas adds requirements electric does not: a gas line, combustion-air provisions, and gas permitting and inspection. Electric and induction skip the gas line and combustion-air piece but require the heavy electrical service and an electrical inspection. Always confirm local code and permitting before you commit to either install.

Can Berne service both gas and electric commercial ranges?

Yes — across Miami-Dade, Broward, and Palm Beach. We repair gas ranges, standard electric, French tops, and induction units, every major brand, and we keep gas nuisance parts on the truck. $89 commercial service call, free with an approved repair, 24/7 dispatch — because a dead cook line at dinner rush is a clock running against every cover on the books.

Decision Guide

Gas vs Electric Commercial Range: Which for Your Line

The gas-versus-electric range argument is older than any of us, and on a commercial cook line it still comes down to two things: how the heat behaves and what it costs you to keep running. Gas gives you instant open-flame BTUs and parts every supply house in town stocks. Electric and induction give you a cooler, cleaner kitchen and precise control — if your building's wiring can feed them. Here is how a shop that repairs both decides which belongs on your line.

Honest comparisonCommercial service call: $89Built from real service tickets11 years · 18 techniciansUpdated June 2026

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TL;DR

The short version.

Read these five lines if you don't have time for the full comparison below.

Gas is the default for most South Florida cook lines: instant high-BTU flame, chef-preferred, cheap simple parts, and power already in the building.
Electric/induction wins when the building has the 208/240V three-phase service and the operator wants a cooler kitchen, precise control, or no gas line.
Control vs raw heat: gas gives big visible BTUs and flame feel; induction gives the most precise, repeatable control and the coolest kitchen.
Repair reality flips with the platform: gas throws frequent, cheap nuisance tickets (pilots, thermocouples, igniters, valves); electric/induction throws rarer but pricier ones (control boards, cracked glass).
Decide on power and menu, not nostalgia: if the panel can't feed electric or the menu needs flame, run gas; if it can and you want the cooler, cleaner line, electric or induction earns it.

At a glance

Gas vs Electric Commercial Range: Which for Your Line — side by side.

The quick comparison. Field-ticket detail and our verdict follow below.

Gas vs Electric Commercial Range: Which for Your Line comparison table
Spec	Gas Range	Electric / Induction Range
Heat source	Open-flame burners, instant high BTU	Electric elements / induction magnetic field
Control precision	Fast and visual, less repeatable	Most precise and repeatable, esp. induction
Kitchen heat load	High — combustion heat into the room	Low — cooler line, induction stays coolest
Energy cost	Lower where gas is cheap	Higher per BTU; induction efficient at the pan
Install requirement	Gas line, regulator, gas permit	Heavy 208/240V 3-phase service many buildings lack
Common failures	Pilots, thermocouples, igniters, gas valves	Control boards, cracked glass tops, elements
Repair cost profile	Frequent but cheap nuisance tickets	Rarer but pricier board/glass tickets
Parts availability	Excellent — stocked everywhere	Thinner — boards often special-order
Ventilation / code	Gas line + combustion-air + permits	No gas line; standard hood; electrical inspection
Best for	High-BTU flame menus, available gas	Precision menus, cooler kitchen, capable panel

The comparison

Why this comparison, written by a service shop.

When operators search "gas vs electric commercial range," most already have a chef leaning one way and a building leaning the other. The honest answer for the typical South Florida cook line is that gas is still the default, and the reasons are practical, not romantic: high-BTU open burners put instant, visible heat under a pan, most chefs are trained on flame, the components are cheap and simple, and every parts house and tech in the region carries gas parts. If your menu lives on wok hei, hard sears, sauté pans flying, and big stockpots, gas is almost always the right call.

Electric — and especially induction — wins on a narrower but real set of conditions. It gives you a cooler kitchen because you are not dumping combustion heat into the room, tighter and more repeatable temperature control, no gas line and no combustion ventilation requirement specific to gas, and a cleaner surface to work and wipe down. Induction in particular is fast and efficient and the surface stays cool except under the pan. The catch is always the same: electric and induction need heavy 208/240V three-phase service, and a lot of older Florida buildings simply do not have the panel capacity or the wiring to feed a full electric cook line without an expensive upgrade.

So the verdict early: gas remains the default for most high-BTU cook lines down here because of chef preference, cheap and available parts, and power that is already in the building. Electric and induction win where the electrical service genuinely supports them and the operator specifically wants a cooler kitchen, precision control, or to get off a gas line entirely. The rest of this guide is about figuring out which of those two situations is yours — and what each one costs you to keep running after the install crew leaves.

Option-by-option

Each path — and what we see in the field.

Gas Range

A gas range cooks on open-flame burners that put instant, visible high-BTU heat under a pan — the default platform for most South Florida cook lines. Chefs are trained on flame, the components are basic mechanical parts that every supply house stocks, and the power is already in most buildings via an existing gas line. The price you pay is heat in the room: combustion dumps real BTUs into the kitchen, so your HVAC and ventilation carry that load all summer. Gas is simple, forgiving, and cheap to fix — you can keep an old gas range alive almost indefinitely.

Where Gas Range wins

Instant high-BTU flame
Open burners deliver immediate, visible heat for hard sears, sauté, wok work, and big stockpots — the menus most cook lines run.
Cheap, stocked parts
Pilots, thermocouples, igniters, and gas valves are inexpensive and on every truck in the region — most tickets clear same-day.
Power already in the building
Most South Florida kitchens already have a gas line, so there is no expensive electrical upgrade to feed the cook line.
Forgiving and long-lived
Basic mechanical components mean an old gas range can be kept running almost indefinitely with routine parts.

Where this path goes wrong

Pilots that won't stay lit
A frequent, cheap nuisance ticket — the pilot drops out and the burner won't stay lit. Quick to clear with parts on the truck.
Thermocouple drift
The thermocouple weakens and the gas safety valve closes; an inexpensive, fast swap.
Dirty or worn igniters
Igniters foul or wear and a burner won't light reliably. Routine, low-cost service.
Sticking gas valves
A gas valve sticks or won't modulate; a slightly bigger but still common and inexpensive repair.

Parts & service economics

Gas ranges are cheap to keep running but you will see us more often: pilots that won't stay lit, thermocouples that drift, dirty or worn igniters, and gas valves that stick are frequent, low-cost nuisance tickets — annoying, quick, and inexpensive to clear, with parts on the truck or down the street. The real ongoing cost of gas is not the equipment, it is the combustion heat in the room and the HVAC load to remove it.

Electric / Induction Range

An electric range heats with resistance elements; induction heats the pan directly through a magnetic field, leaving the surface cool except under the cookware. Both give a cooler kitchen — no combustion heat dumped into the room — plus tighter, more repeatable temperature control and no gas line or gas-specific combustion ventilation. Induction is the best control money can buy and the coolest line in the house. The barrier is power: electric and induction need heavy 208/240V three-phase service, and many older Florida buildings cannot feed a full electric cook line without a panel and wiring upgrade that can cost more than the range. They fault less often than gas, but when they do the ticket is bigger.

Where Electric / Induction Range wins

Coolest, cleanest line
No open-flame combustion means far less heat poured into the room, a more comfortable line, and a surface that wipes down clean — induction stays coolest of all.
Most precise, repeatable control
Induction holds exact, repeatable temperatures — ideal for tempering, delicate sauces, and slow reductions where flame is harder to control.
No gas line or combustion-air requirement
Skips the gas line, regulator, and gas-specific combustion ventilation — attractive for operators who want out of gas entirely.
Efficient at the pan
Induction transfers energy directly into the cookware, wasting little to the room — efficient at the point of cooking.

Where this path goes wrong

Control board failures
The big-ticket electric/induction fault — boards are pricier than gas components and frequently special-order, so the repair is rarer but costs more.
Cracked induction glass tops
A dropped pan or thermal shock cracks the glass top, which has to be replaced as a unit — an expensive ticket compared to a gas thermocouple.
Element burnout
On standard electric ranges, heating elements burn out under heavy duty and need replacing.
Undersized-panel problems
An all-electric line on an undersized panel is a problem you pay for repeatedly — confirm the building's service can carry the full cook line before committing.

Parts & service economics

Electric and induction flip the gas math: they fault less often, but when they do the ticket is usually bigger — control boards are pricier and frequently special-order, and induction glass tops crack from a dropped pan or thermal shock and have to be replaced as a unit. So electric and induction owners pay rarely but for more per visit, and the whole platform depends on the building's panel being able to feed it.

Which operator picks which

Operator profiles — and our honest recommendation.

No platform is universally better. The right pick depends on your account type, ownership horizon, and operating style.

High-volume scratch kitchen with a flame-driven menu
Gas, full stop. If your line lives on hard sears, sauté, wok work, and big stockpots, you want instant open-burner BTUs and a chef who already cooks by flame. The parts are cheap and stocked everywhere, and your power situation is a non-issue. Spend the ventilation budget on the combustion heat — that is the real cost of gas.
New build or gut remodel with the panel sized for it
Electric or induction is genuinely on the table. If you are pulling new service anyway and can spec the 208/240V three-phase capacity from day one, you remove the single biggest barrier. Induction buys a dramatically cooler line, the most precise control, and lower HVAC load — pair it with the right cookware and train the crew on glass-top discipline.
Older Miami building with a tired electrical panel
Gas, unless you are ready to pay for a service upgrade. The most common deal-breaker for electric cook lines here is a building that cannot feed them without a panel and wiring upgrade that costs more than the range. If the gas line is there and the panel is not, gas is the path of least resistance.
Precision-driven concept: pastry, chocolate, controlled sauce work
Induction earns its premium here. When the menu depends on holding exact, repeatable temperatures — tempering, delicate sauces, slow reductions — induction's control beats flame, and the cooler surface and kitchen are a bonus. Budget for the fact that a failed control board is a bigger ticket than a gas nuisance call.
Operator who wants out of the gas line entirely
Electric or induction, if the power supports it. Some operators want no open flame, no combustion-air requirement, and a cooler room — a legitimate reason to go electric. Just confirm the building's service can carry the full cook line, because an all-electric line on an undersized panel is a problem you pay for repeatedly.

Cost of ownership

What it costs to actually own each one.

Both platforms qualify for the Berne $89 commercial service call, and the way they cost you over time is genuinely different. Gas ranges are cheap to keep running but you will see us more often: pilots that won't stay lit, thermocouples that drift, dirty or worn igniters, and gas valves that stick are frequent, low-cost nuisance tickets — annoying, quick, and inexpensive to clear, and the parts are on the truck or down the street. Electric and induction flip that math. They fault less often, but when they do the ticket is usually bigger: control boards are pricier and frequently special-order, and induction glass tops crack from a dropped pan or thermal shock and have to be replaced as a unit. So gas owners pay a steady drip of small bills, while electric and induction owners pay rarely but for more per visit. Whichever you run, keeping the equipment clean and the connections tight is what keeps the commercial range repair tickets small — and on the coast, ambient heat and grease load make that maintenance discipline matter more than the brochure ever admits.

Berne's perspective

We service both. Here's what we think.

We repair gas and electric every day and we do not have a side — we have a service-call ledger. Here is what that ledger says. Gas is simple, forgiving, and cheap to fix; the components are basic mechanical and you can keep an old gas range alive almost indefinitely, which is exactly why most South Florida cook lines run it. The price you pay is heat in the room — combustion dumps real BTUs into your kitchen, and your HVAC and ventilation carry that load all summer. Electric and induction hand you a cooler, cleaner, more precise line, and induction is genuinely the best control money can buy, but only if your building can feed it and you accept that a board or a sheet of glass costs more than a thermocouple ever will. We see the same brand-vs-brand questions layered on top — operators weighing Hobart vs Vulcan ranges inside a gas decision they have already made — and our answer is the same: pick the platform your power and your menu support, buy a serviceable brand, and keep it clean. Do that and either one will earn its place on your line.

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