7.1 Earthquake in Japan

I’ve worked in appliance repair and have worked on induction cook tops.

I wouldn’t recommend buying one. The fancier models have a stupendous number of circuit boards in them, and obviously a lot of power electronics, as well as cooling fans. Probably buy the cheapest model with the least number of features that you can bear the sight of, style matters in a kitchen, if you have to buy one at all.

I’ve simplified by cooking to an electric pressure cooker, which also functions as a slow cooker and pot for frying, an air fried, and a microwave. No kettle, no pots or pans, no cooktop, no oven. An oven would be useful I suppose if I were cooking for more people. The pressure cooker plus air frier is a faster and more convenient substitute for roasting meat.

As they become more common and age, I predict induction cooktops will have a much higher failure rate than dumb rheostat controlled resistive element cooktops. Everything has a much higher failure rate than dumb resistive element cooktops. And they are much easier to repair with very few parts: a resistive element and a rheostat.

I’ve don’t quite a good many replacements of fully functional dumb resistive cooktops and ovens with the new version of the same model, simply because the 70 to 80 year old residence wanted something newer and shinier, even though the new model is almost identical to the 20 to 30 year old model they’re replacing.

Improper installation of induction cooktops in older kitchens with out the necessary cabinet work to correctly ventilate them is a big problem too.

Anyways, gas is a great source of energy especially for commercial and industrial cooking and heating, where electric is simply impractical due to the immense amount of power required.

At home, sure. The typical setup requires less than 10kW. Trivial.

In a food court or restaurant strip currently serviced by gas, the electricity requirement could easily exceed 1 megawatt, which means major infrastructure upgrades, and you’ll never get the rapid heat control like gas provides, which is essential in reasonable service times, along with the fact that gas cookers are infinitely simpler and have very low failure rates compared to anything electric that is put through repeated thermo cycling 16 or 24hrs a day.

Counterpoint - my dirt cheap entry level induction cooktop has been incredibly reliable. We cook intensely with it almost every day and have done so for years. Do I wish it was smarter? Sure. Is it faster to heat water than my old gas stove? Yup. Do I want even more power? Heck yeah.

Only having 1 large burner is stupid, and the 1 large burner it has could stand to be another inch or so wider.

But it has been a definite upgrade over gas. From better air quality to not heating my house up in the summer, to being faster to get pots hot.

> As they become more common and age, I predict induction cooktops will have a much higher failure rate than dumb rheostat controlled resistive element cooktops. Everything has a much higher failure rate than dumb resistive element cooktops. And they are much easier to repair with very few parts: a resistive element and a rheostat.

Agreed, resistive elements are simple, you can still find ones that are 30+ years old and working fine. Same with old gas stoves, easy to repair, dirt simple.

Induction requires fancy electronics, and modern circuit boards just don't have a long life expectancy.

Induction is faster than gas.

I had an issue when I first got induction where I'd warp my pans because I turned the stove up to max and the metal would get so hot so fast the bottom of the pan would bend.

Oops. Lesson learned.

50% of a gas burner's power goes into the air.

Every test done comparing residential gas vs induction burners has shown induction burners heat up pots and pans faster than gas.

Induction puts ~98% of the energy right into your pan. (Based on how losses are measured, some say 90%, whatever, it is way more than 50%!)

> Electrical is inadequate power delivery-wise and requires completely different cookware to the point that it's a different cuisine.

There are Chinese induction wok cooktops that have a curved bottom so a wok fits in and can be heated up all around. Sadly the ones sold here in the states are just 120v, really wish I could get my kitchen stove equipped with one of those running at full power. Though honestly even 240v is limiting.

> If I turn my old gorenje all out on four burners it'll output the likes of maybe 30kW give or take. The largest burner is I think about 15KW on full throttle and that does only acceptable wok or very smoky steak on cast iron ribbed pan.

I have an American made dirt cheap entry level induction range. It is nearly a decade old. It gets used for wok cooking almost daily. During holidays I run all 4 burners non stop for hours on end.

Plenty of commercial kitchens are switching to induction as well, it dramatically reduces ventilation costs, and it provides better temperature control. For smaller kitchens, or when a lower cost build out is needed, induction is a huge win.

The technology is reliable, even if you unfortunately got stuck with bad implementations in the past.