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Honest math: induction costs ~$47/yr MORE than gas at typical rates — the energy never pays back the switch. The real case is boil time, safety, and indoor air quality.
Most induction-vs-gas comparisons lie by omission, so here is the real arithmetic. Gas burners waste about 62% of their energy heating your kitchen instead of the pan (38% efficiency versus 85% for induction, 72% for coil) — but gas is so cheap per BTU that it usually still wins: at 2 burner-hours a day, induction runs ~$126/yr, coil $149, gas $79. The $1,660 net switch cost (range, 240V circuit, cookware, minus rebates) never pays back on energy against gas and takes decades against coil. The honest reasons to switch: water boils twice as fast, response is instant, there is no open flame, and gas combustion emits NO2 and benzene into your kitchen air. This calculator runs your rates and your rebate and gives the verdict without the marketing.
Homeowners use it before replacing a range: induction costs ~$47/yr more than gas at typical rates, so the switch never pays back on energy — the honest case is boil time, safety, and kitchen air quality.
Because cooking cost is the smallest line item in the decision — it is roughly $40–60/yr either way, noise in a household budget. The drivers are elsewhere. Performance: induction boils water in about half the time of gas, responds instantly, holds exact temperatures, and the flat glass wipes clean in seconds. Safety: no open flame, no gas leaks, the surface stays near-room-temperature around the pan. Indoor air quality: gas combustion emits nitrogen dioxide — studies link gas-stove NO2 to childhood asthma — plus trace benzene; a vented hood mitigates but most hoods recirculate or go unused. Climate: no on-site combustion. And the kitchen itself: induction dumps 62%-less waste heat into the room, which matters in summer and in small apartments. Price the switch honestly — this calculator does — then decide on the reasons that actually matter to you.
Three line items, and the range is only one. The range itself: $1,100–2,500 for mainstream induction (Samsung, GE, LG), $3,000+ for premium. The electrical: induction needs a 240V/40–50A circuit — if your stove location has one (homes with electric ranges do), cost is $0; if not, an electrician runs $300–800 depending on panel distance and capacity, and a panel upgrade on top adds $1,500–3,000. Cookware: induction needs magnetic pans — test yours with a magnet; a decent replacement set runs $150–300, though many existing stainless and cast-iron pieces already work. Rebates offset the total: IRA-funded state programs offer up to $840 for induction ranges in qualifying households, and some utilities add $100–500 — availability varies by state and income, so check before purchase. Portable single-burner induction units ($60–120) are the zero-commitment trial: cook on one for a month before committing $2,000.
Two situations flip the math. First, rate geography: where electricity is cheap and gas is not — parts of the Pacific Northwest on hydro power, or anywhere gas exceeds ~$1.60–1.80/therm while electric stays under ~$0.13/kWh — induction's efficiency edge overcomes the per-BTU price gap. Second, replacing propane or an electric coil: propane per-BTU costs 2–3× natural gas, so induction beats it soundly, and versus an existing coil range induction is both cheaper to run (85% vs 72% efficiency) and strictly better to cook on — though even then the payback on a premature replacement is decades, so the honest trigger is when the old range dies. Also worth noting for high electric-rate states: if you are in $0.30+/kWh territory with cheap gas, the energy math argues for KEEPING gas — ventilate well instead. Run your actual rates; the answer is genuinely regional.