Can a Peltier Module be used in room temperature to generate electricity in this method?
Example of Water to ice in 90 sec in room temperature
https://www.youtube.com/watch?v=pOYgdQp4euc
Explained on this video https://www.youtube.com/watch?v=x5DRuPuzqKI
If you place one side in the vacuum with some water that froze due to the vacuum and the other side outside you would get a difference in temperature on each side which should it be enough it power it?
I am curious how how long something like this would work before the ice melts if it does in the vacuum or it it needs to more heat sucked out to make the chamber get even cooler. Or what about having the other side be in a container where the air is pressured? Just a thought.
If you don't like the commercial Peltier Module here is how someone cam make one which seems more inefficient then the 2% efficient of the commercial version. https://www.youtube.com/watch?v=zzEK5eODr6I&lc=5nQ0bTxgRSXIoFkvKP1Br0vEhP2A7lmwgSMdDCYCRRQ
[attachment=4712]
Example of Water to ice in 90 sec in room temperature
https://www.youtube.com/watch?v=pOYgdQp4euc
Explained on this video https://www.youtube.com/watch?v=x5DRuPuzqKI
If you place one side in the vacuum with some water that froze due to the vacuum and the other side outside you would get a difference in temperature on each side which should it be enough it power it?
I am curious how how long something like this would work before the ice melts if it does in the vacuum or it it needs to more heat sucked out to make the chamber get even cooler. Or what about having the other side be in a container where the air is pressured? Just a thought.
If you don't like the commercial Peltier Module here is how someone cam make one which seems more inefficient then the 2% efficient of the commercial version. https://www.youtube.com/watch?v=zzEK5eODr6I&lc=5nQ0bTxgRSXIoFkvKP1Br0vEhP2A7lmwgSMdDCYCRRQ
[attachment=4712]