Steam irons heat faster too, you know, just in case you need to iron your fancy shirt in a hurry before you leave, not that that would ever happen to me or anything…
Btw do you have a big solar array or what is the inverter for?
Yea, big steamer vs iron fan here. This will be for a van. A while back we aquired a mini van and through the magic of DIY it now has no back seats, a couch+bed, fold up kitchen and running water. We are very outdoorsy and like cheap travel, so we are doing some planning for potential next/future stage of life in something that could replace structural living 😉
No more than a pot on induction. Or for that matter, no more than with propane, or friction, or pressure, or with a mini-sun. Takes the same amount of energy regardless hah.
Probably better to think of in Wh since I’ll be running 24v. About 98Wh of energy to boil, assume *~1.2 for loss so ~118Wh total. Thats ~5Ah at 24V, or ~10Ah at 12V.
I’ll be running pretty large bank, too, so not to concerned on it 😉
Would be great if an equally clueless European followed up with
“So I visited your country and remembered seeing this post but when I got there, none of my stuff would fit in your outlets. What the fuck?”
Take the adapter off, moron.
One of worlds longest running experiments is when an european tourist visited america and tried to boil water using a kettle and a travel adapter.
The paper published on the experiment noted that water finally reached temperatures of 63c in 2017.
I’ll be choosing an inverter soon. In the US, but considering a 240v just for the kettle.
Steam irons heat faster too, you know, just in case you need to iron your fancy shirt in a hurry before you leave, not that that would ever happen to me or anything…
Btw do you have a big solar array or what is the inverter for?
Yea, big steamer vs iron fan here. This will be for a van. A while back we aquired a mini van and through the magic of DIY it now has no back seats, a couch+bed, fold up kitchen and running water. We are very outdoorsy and like cheap travel, so we are doing some planning for potential next/future stage of life in something that could replace structural living 😉
You’ll need a massive battery and inverter to boil a kettle, that’s a lot of energy.
No more than a pot on induction. Or for that matter, no more than with propane, or friction, or pressure, or with a mini-sun. Takes the same amount of energy regardless hah.
Speaking of which, this is a pretty cool tool: https://www.omnicalculator.com/physics/water-heating
So for 1 liter in my case, a 2K watt inverter woth 80% efficiency across the system would take under 4 minutes to boil.
That’s 25AH of capacity on a 12v system though, so quarter of the capacity of a 100ah battery, if I’ve done my math right.
Probably better to think of in Wh since I’ll be running 24v. About 98Wh of energy to boil, assume *~1.2 for loss so ~118Wh total. Thats ~5Ah at 24V, or ~10Ah at 12V.
I’ll be running pretty large bank, too, so not to concerned on it 😉
Someone from Germany or France or one of the other States should do that to take the piss.
/s