Why we picked induction over gas and electric
- Harshal
- 22 hours ago
- 4 min read
Review of speed, safety, cost, cooking limits, and cleaning
My wife and I chose an induction cooktop after looking at the main stove decisions one by one. The key question was burner type: induction, electric, or gas. That choice affected speed, safety, cleaning, cost, and how the stove would work for daily cooking.
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The stove decisions
These were the main decisions:
The biggest one was to:
Choose between induction, electric, and gas
the other decisions were about the stove itself:
4 or 5 burners
A staggered burner layout
Big burners in the back for safety, but big burners in the front are more convenient
At least 2 big burners
Dimensions: More height is fine if needed (as we can remove the drawer), keep the same depth to the wall, prefer a bigger width
Prefer gradated (0,1,2,3,4,5) knob controls over buttons (-, +)
Look at any other useful features
How we compared burner types
My wife and I reviewed induction, electric, and gas on the points that matter in real use, using online sources:
How fast they boil water
How hot the surface gets
Cost
Pot and pan compatibility
Browning
Heat control
Safety
Cleaning and maintenance
Sources
Speed
If you boil 0.5 liters of water:
Induction boils in 3 minutes and 35 seconds.
Electric boils in 5 minutes and 30 seconds.
Gas boils in 5 minutes and 49 seconds.
This also highlights efficiency. ACEEE cites heat-up efficiency of 83 to 86% for induction, 75 to 79% for electric resistance cooktops, and about 32% for gas. So induction wastes less energy while heating the pan and food.
Induction is the fastest option.
Surface heat and safety
After boiling water, if we compare the surface temperature:
the induction surface soon cools down to 85 C.
Electric stays above 300 C.
I can't find any information about Gas stove surface temperature
Induction and electric both avoid flame risk. Gas has fire risk, possible gas leaks, hot pan handles, and indoor gas pollutants every time. This is a major point in favor of induction.
Cost
Induction costs 300 to 3,700 EUR.
Electric costs about one fifth as much, at 180 to 470 EUR.
Gas costs 180 to 800 EUR, but gas also needs a gas connection to the kitchen, not common in modern European kitchens.
Cooking limits and trade-offs
Induction has some limits. It does not work with aluminum. Carbon steel may warp. Woks may not fit flat hobs. Electric also has limits. Woks may not fit flat hobs. Gas works with almost all types of pots and pans, with few exceptions.
For browning, gas performs best. It gives even browning from the outside and over the largest radius. It is also best for high heat cooking like searing meat.
Induction has uneven browning. Only the center browns well. It cannot make chapati or papad. Electric also browns unevenly, with the inside hotter than the outside.
This is the main weakness of induction.
Heat control
Induction cools down quickly, so you can go from high heat to low heat quickly. It can also keep food just warm. The highs are higher and the lows are lower than gas or electric. The speed is better than gas or electric.
Electric is slow to reduce heat. It can also keep food just warm.
Gas gives visual flame control. A rotary knob may feel less precise. Gas also cannot maintain very low heat.
Induction has the clearest advantage here because it reduces heat quickly.
Cleaning
Induction stays cool and is the easiest to clean.
Electric stays hot for a while after use, so you need to wait before cleaning. It is still relatively easy to clean because of the flat surface.
Gas is the hardest to clean.
This is another strong point in favor of induction.
Why we chose induction
We chose induction because it was the fastest, safest, and easiest to clean. Its features of having timers are very handy too.
Understanding induction coil size
Marketing usually focuses on the induction surface size, but heating depends on the coil inside. Coils are expensive to build, so lower cost models can end up with a smaller coil area under a larger glass "induction zone".
One common way people get misled is that a cooktop can show a 15 cm or 20 cm "induction zone" on the glass, while the actual electromagnetic coil may be closer to 10 cm. The outer ring of the zone then does not heat as well. Induction heats very locally, so a pot or pan only heats where it overlaps the coil. For example, if your pot is 11 cm and the coil is 10 cm, the last 1 cm ring at the edge will not heat well.
A simple test is the "sugar on the pan" check. Put a thin layer of granulated sugar on a large pan, place the pan on the induction surface, and run the induction at high power. The sugar melts only over the area that actually has coil coverage. That gives you a quick visual check of whether the advertised size matches the real heating area.
If you want induction for day to day cooking, but you also care about consistent browning, one expert suggests to keep one separate gas burner for searing tasks. This helps when cookware does not fully cover the induction coil.
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