Quote:
Originally Posted by llamaorama
Also ultimately you have to ask how exactly do gas stoves perform better in some cooking applications even against induction and treat that as a interesting design problem and an opportunity.
|
I have identified the two main ones, I think.
One is the controls, which is easily fixed. The one in my rental has 4 hobs, buttons to select each one, and then a single set of + and - buttons to change the level. You have to select the hob, then press + or - however many times to change the level, then select the next hob and so on. This is incredibly poor design. There needs to be a physical, raised knob for each individual burner, which would be much faster, more tactile, and less confusing when you’ve got 2-4 different pans on different hobs at once. I suspect that the average Brit prefers not having to clean around the knob to actually cooking well.
The other is the overheating issue. If the pan itself gets too hot, the hob switches off (there is of course no such thing, in practice, as a pan that is too hot if you are searing or stir frying). This could be solved by more insulation between the magnetic inductor and cooking surface (possibly a lot more), but perhaps (probably) that reduces the efficiency of the energy transfer. So that’s a real engineering problem, and likely requires some really robust electronics to be designed, which is likely not economically feasible for consumer appliance manufacturers. Maybe there will be a Dyson of induction hobs (or is already), but it must cost a fortune.
Or there’s a real physics problem with the effect of heat on magnets, and then the reality is these things are good for anything but boiling and simmering.