I mean… I’m almost glad they haven’t figured out the power settings. Imagine if they were all running around with the lids closed and the laptops stuffed into a backpack? It would be a fire waiting to happen.
I was thinking more about the batteries. It’s probably not as big of a deal with such small batteries, but lithium ion batts can enter an “uncontrollable, self-heating state” called thermal runaway. https://ul.org/research-updates/what-is-thermal-runaway/
They do, but It’s sort of like what happens when you take a hot steak off the pan. The extrernal heat source is removed, but the steak has enough internal heat to continue cooking for a bit while it rests. Your laptop might shut down, but the whole thing being in a backpack would act as an insulator and allow it to continue heating.
I mean… I’m almost glad they haven’t figured out the power settings. Imagine if they were all running around with the lids closed and the laptops stuffed into a backpack? It would be a fire waiting to happen.
You’re saying it like it’s a bad thing.
“Fires on airplanes” is, in general, a BAD THING.
Surely the CPU would force an instant shutdown if it detected dangerously high temperatures?
I was thinking more about the batteries. It’s probably not as big of a deal with such small batteries, but lithium ion batts can enter an “uncontrollable, self-heating state” called thermal runaway. https://ul.org/research-updates/what-is-thermal-runaway/
Yes, but our gear should have sensors that know when thermal transfer is sustainably going to impact the batteries.
They do, but It’s sort of like what happens when you take a hot steak off the pan. The extrernal heat source is removed, but the steak has enough internal heat to continue cooking for a bit while it rests. Your laptop might shut down, but the whole thing being in a backpack would act as an insulator and allow it to continue heating.