COMMERCIAL
INDUCTION COOKTOP

Gas stoves convert around 40–55% of their energy into cooking heat. The rest heats the air around the burner. Induction runs at 85–90% efficiency because heat is generated directly inside the pan, not on a surface first. The practical side effect is a cooler kitchen, which can reduce air conditioning load. Whether the overall energy cost is lower depends on local electricity vs. gas pricing — in some markets gas is still cheaper per unit of usable heat despite the efficiency gap.

Induction reaches full power instantly with no warm-up. Temperature changes are also immediate — turning down the heat on induction responds faster than adjusting a gas flame. Where chefs sometimes find the adjustment is in visual feedback: there is no flame to read, so you are working from temperature settings and pan behavior instead.

This is genuinely contested. Wok hei comes from very high heat, rapid tossing, and the specific combustion byproducts of an open flame — the last part induction cannot replicate. High-powered commercial induction wok burners (8kW and above) can produce the heat required, but the cooking technique needs adjustment: flat-base woks rather than round-bottom, and a different rhythm when tossing since the magnetic contact briefly breaks when the wok lifts. Some chefs working in Chinese and Thai kitchens report results they are satisfied with; others maintain gas is still necessary for certain dishes. It depends on the dish, the chef, and the power of the specific unit.

Consumer induction cooktops use capacitive touchscreens that struggle with wet or greasy hands. Commercial units typically use sealed membrane panels or physical knobs, which handle kitchen conditions better. The control board and cooling fan are the components most likely to need attention over time — the coils themselves are solid-state and rarely fail. As with any electronics in a commercial kitchen, moisture management around the unit matters for longevity.

Yes, but most commercial kitchens already have compatible pans. The rule: the base must be magnetic. Cast iron, carbon steel, and magnetic stainless steel all work. Pure aluminum and copper do not, unless they have a bonded magnetic base. Test with a fridge magnet — if it sticks to the bottom of the pan, it will work on induction. Round-bottom woks are problematic because contact with the flat surface is minimal; flat-base versions are needed for wok cooking on induction.

Because the glass surface does not heat up on its own, spills do not bake on the way they do on gas ranges. A damp cloth after service handles most cleanup. For stuck-on residue: wait until cool, use a ceramic cooktop cleaner and a plastic scraper. Avoid steel wool, abrasive pads, and bleach-based products — they scratch or cloud the glass. The one maintenance task that matters most: clean the cooling vents (usually on the sides or rear) weekly with a soft brush. Clogged vents cause overheating shutdowns. Internally, there are no igniters, valves, or burners to service — maintenance requirements are lower than gas equipment overall.