On an electric stove, does the smaller burner produce fewer BTUs than the larger burner?
I have a US electric oven/stove combination with four stove burners, two smaller and two larger. I feel the stove is already a bit anemic so I want to make sure I am getting the maximum energy out of the stove, but I also like using smaller pans on the smaller burner. Do typical US electric stoves put the same amount of total energy (i.e., the same amount of BTUs) through the smaller burners as through the larger burners, or are the smaller burners also lower energy?
Best Answer
Electric stove elements have a different KW rating depending on construction and size
A typical spiral element of 200 mm (8") diameter will be 2 KW, a 150 mm (6") diameter element will be 1.3 KW
Different stove makes and models have different ratings. But not many go above 2 KW, except in USA where they go up to 3 KW
Stove makers usually publish exact specifications on their web sites
1 W is approximately 3.4 BTU
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Quick Answer about "On an electric stove, does the smaller burner produce fewer BTUs than the larger burner?"
it depends upon the wattage of an electric stove and also that it is proportional to the diameter of the hot plate or the the heating coil. Smaller diameters are perfect for small pots thereby consuming less electricity. Larger diameters are perfect for big pots thus consuming more electricity.Does the size of the burner matter?
For the best performance from your induction burner, match the pan size to the burner size since heating will only occur above the burner's cooking circle. Cookware should make full contact with the glass surface and be magnetic. The induction burners require a minimum pan size in order for the element to turn on.Should I use small or large burner?
\u27a2 The upshot: If you are boiling or steaming liquid in a small pot, use the largest burner that will not allow flames to lick up the sides of the pot. (Flames will rapidly heat metal handles and melt or scorch plastic.) For tasks requiring a small skillet, choose a small burner over a large one.Why are there different size burners on the stove?
Stoves have different size burners as a safety consideration based on the varying size of pots and pans. Different size burners also provide options that allow homeowners to save energy and time. The other burners also offer different levels and distributions of heat for various cooking techniques.What is the small burner on a stove for?
The smaller burner on your stove is called the "simmer burner," and it's the one that should be used for \u2014 you guessed it \u2014 simmering. It's also the one that's good for warming things at a low, constant heat: think of it as your chocolate-melting burner.Stove Burner Gets Red Hot on Low Setting
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Answer 2
For anyone who wonders this about any burner, you can determine it empirically.
With 2 of the same kind of pot or pan, put the same amount of water in each one. If you don't have measuring tools, just fill a cup or glass with water, pour it into one pan. Then do the same with the other pan.
Set your burners both to high. If one boils well before another, you know that burner outputs more BTUs. If the times are pretty close, say within a few seconds, the two burners probably have the same or very similar heat output.
Caveats:
The pot should be larger than both burners, otherwise the larger burner may be putting out a significant amount of heat that doesn't go into the pot.
Answer 3
Not only do the small burners have less power, all burners will be colder when used at once.
Here in Europe, it is typical to have large hobs at 2 KW and small ones at 1.5 KW. These are average numbers, different models will have +- 200 W difference.
But the problem is that the electrical wiring of the house cannot deliver too much electricity at once. So the output of a stove is capped at what the wire can provide. If you turn on a single large burner, it will give you the full 2 KW. If you turn on all elements at once, running them at full power may be too much for the line, so modern stoves will internally reduce the power given to each burner, even if you have turned it to the maximum setting. (Old ones will just try to get all the power and your fuse will blow).
I don't remember what the max rating for stoves is, I think 7.2 KW was common when I looked at induction stoves, this could be different for other models (I looked at pure stoves only, which don't have to share the power line with an oven).
Answer 4
it depends upon the wattage of an electric stove and also that it is proportional to the diameter of the hot plate or the the heating coil. Smaller diameters are perfect for small pots thereby consuming less electricity. Larger diameters are perfect for big pots thus consuming more electricity. Bigger pot means bigger btu's. Bigger btu's means means bigger hot plate/heating coil. Bigger hot plates means higher wattage...
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