Gas vs. Electric vs. Induction Range: Which Should You Buy?

Choosing a new range starts with one decision that affects everything else: how it heats. Gas cooks with a flame, conventional electric with glowing resistance elements, and induction with a magnetic field that heats the pan itself. Here is how they compare on the things that matter day to day, with numbers from ENERGY STAR, the U.S. Department of Energy, and manufacturer installation instructions.

Short answer: pick induction if you want the fastest, most efficient, easiest-to-clean cooktop and you have (or can add) a 240-volt circuit and magnetic cookware. Pick gas if you already have a gas line, love cooking over a visible flame, and can vent a range hood outdoors. Pick conventional electric (smooth-top or coil) if you want the lowest-hassle swap in a kitchen that already has a 240-volt range outlet.

Gas vs. electric vs. induction at a glance

	Gas	Electric (radiant or coil)	Induction
How it heats	Burning natural gas or propane	Resistance elements heat the cooktop, which heats the pan	Electromagnetic field heats magnetic cookware directly
Cooktop energy efficiency (ENERGY STAR estimate)	About 32%	About 75 to 80%	About 85%
Power and hookup	Gas line plus a grounded 120V outlet for ignition and controls	240V range circuit (GE specifies an individual 40-amp circuit)	240V range circuit, like other electric ranges
Cookware	Any	Flat-bottomed pans work best on smooth tops	Must be magnetic (magnet test)
Indoor air	Produces combustion byproducts; EPA advises an outdoor-vented hood	No combustion	No combustion
Cleaning	Grates and burner caps to remove	Smooth glass wipes clean; coils have drip pans	Smooth glass; spills burn on less because the surface stays cooler
Oven	Gas oven (or electric on dual-fuel models)	Electric oven	Electric oven

Efficiency and speed

ENERGY STAR estimates that conventional gas cooktops transfer about 32% of their energy to the food, electric resistance about 75 to 80%, and induction about 85%. It sums up induction as about 5 to 10% more efficient than conventional electric and about three times more efficient than gas. The Department of Energy uses similar language: induction is up to three times more efficient than gas and up to 10% more efficient than a conventional smooth-top electric range.

Induction is also fast. The Department of Energy cites Consumer Reports testing that found induction cooktops can boil water 20 to 40% faster than the gas and traditional electric cooktops it tested.

Efficiency is not the same as operating cost: what you pay depends on your local electricity and gas rates. Check the EnergyGuide information and your utility rates before assuming one will be cheaper to run.

Cookware: the induction magnet test

Induction only works with magnetic cookware. The Department of Energy’s rule of thumb: any pot or pan with a flat bottom that a magnet sticks to will work. Cast iron, enameled cast iron, and most magnetic stainless steel are fine. Plain aluminum, copper, and glass will not heat unless they have a magnetic base. Gas and conventional electric work with almost anything, although smooth-top electric cooktops heat best with flat-bottomed pans.

Indoor air and ventilation

This is the biggest practical difference between gas and the two electric options.

• Gas: EPA lists gas stoves as an indoor source of nitrogen dioxide and recommends installing and using an exhaust fan vented to the outdoors over gas stoves. The Department of Energy notes that burning gas for cooking produces nitrogen oxides, carbon monoxide, and formaldehyde, and cites a 2022 study estimating that 12.7% of current childhood asthma in the U.S. is attributable to gas stove use.
• Electric and induction: no combustion, so none of those byproducts. You still want a hood for cooking smoke, grease, and moisture.

If you choose gas, budget for a ducted range hood, not just a recirculating one, and use it every time you cook. Never use a gas range or oven to heat your home.

Installation: what your kitchen needs

Check this before you fall in love with a model. Switching fuel types is where surprise costs show up.

• Electric and induction ranges need a 240-volt range circuit. GE’s installation instructions for its electric ranges call for an individual, properly grounded 40-amp circuit and a matching range cord or direct connection. Many kitchens that have always had gas do not have this circuit, so plan for an electrician.
• Gas ranges need a gas supply line and a grounded 120-volt outlet for the igniters, clock, and oven controls. GE’s gas range instructions specify a circuit protected by a 15- or 20-amp breaker. Gas connections should be made by a qualified installer, and the CPSC advises having most fuel-burning appliances installed by qualified professionals.
• Every freestanding or slide-in range should have its anti-tip bracket installed. CPSC notes anti-tip brackets have been required since 1991 because ranges can tip forward when weight is put on an open oven door, and young children were involved in many of the deaths it reviewed. Re-engage the bracket whenever the range is moved.

Safety and everyday use

• Induction: the cooking surface gets hot only from contact with the hot pan, so it stays cooler than other cooktops. The Department of Energy notes most induction cooktops automatically shut off if no pan is detected.
• Gas: open flame and hot grates; precise visual feedback that many cooks like; works during a power outage only if your model allows manual lighting (check the manual).
• Electric radiant: the glass stays hot for a while after you turn it off; most models have a hot-surface indicator light.

Which should you buy?

Choose induction if: you have or can add a 240V circuit, your cookware passes the magnet test (or you are willing to replace a few pans), and you want speed, efficiency, and easy cleanup.

Choose gas if: you already have a gas line, you prefer a visible flame, and you can install and use a hood vented outdoors.

Choose conventional electric if: you already have a 240V range outlet and want a straightforward, typically lower-cost replacement without changing cookware.

Before buying, measure the opening (width, depth, and any counter overhang) and decide between freestanding and slide-in. For lifespan expectations, gas ranges averaged about 15 years and electric ranges about 13 years in the NAHB life-expectancy study; see our appliance lifespan chart. Unfamiliar terms? Check the appliance glossary.