This could be used with the Stanley M. 's water powerd car.... because he used a very very high Amper to ionize the water and then Inject it into the piston and in the same time a el. shock reaction which made HHO and O in an instance.....There are so many possobilities for this invention. I am amased that shipple have to have something infront of their eyes before they think about it or do something about it.....!!!?? THank you for the Video very very Inlightning...:-)
Nasa uses thermoelectric generators powered by radioactive isotopes to generate electricity for their deep space probes. They are so far out solar power isn't strong enough. (to far away from the sun) But the isotopes sitll give off heat for a long long time
There is a problem with this idea. Namely: exhaust surfaces and heat sinks are *designed* to dissipate heat where covering them in thermoelectric materials would prevent this operation (or at least slow it down). A better idea might be covering the inside of ovens, stoves, or other heat *containing* devices with these materials so that heat that is supposed to stay inside does.
I am sorry but you are not correct. Covering the items in thermoelectric materials will not prevent heat dissipation. In fact it will speed it up. The thermoelectric elements we use are 100% metal. They actually generate electricity by the heat passing through the element. Since we have a heat source on one side and a large heat sink on the other it actually cools the exhaust much faster than if it were cooling naturally. Please view the instructable link to gain a better understanding
Its been too long for me (it seems) since physics. I was thinking of sterling engines which rely on the heat/cold gradient being maintained. So sounds like an excellent idea indeed. Should look into making cpu coolers that power the fans themselves when the chip is hot :)
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intermitrj 1 year ago
This could be used with the Stanley M. 's water powerd car.... because he used a very very high Amper to ionize the water and then Inject it into the piston and in the same time a el. shock reaction which made HHO and O in an instance.....There are so many possobilities for this invention. I am amased that shipple have to have something infront of their eyes before they think about it or do something about it.....!!!?? THank you for the Video very very Inlightning...:-)
Ebdan88 1 year ago
The problem with peltier elements is the low efficiency. I believe it is about 15% or lower?
But perhaps the tecnology development will make those elements more effective in the future?
2550osiosterdalen 2 years ago
this is great, the back of my tumble dryer is scorching.
thechevron 2 years ago
Is there a large enough thermoelectric unit that you can buy to power a laptop from a campfire?
It seems like something that would be pretty handy out in the woods.
jr76x 2 years ago
Not on the cheap :-(
Nasa uses thermoelectric generators powered by radioactive isotopes to generate electricity for their deep space probes. They are so far out solar power isn't strong enough. (to far away from the sun) But the isotopes sitll give off heat for a long long time
splitReaction 2 years ago
@splitReaction Yes, and the latest generation uses a sterling engine.
1ebutuoy2 2 months ago
There is a problem with this idea. Namely: exhaust surfaces and heat sinks are *designed* to dissipate heat where covering them in thermoelectric materials would prevent this operation (or at least slow it down). A better idea might be covering the inside of ovens, stoves, or other heat *containing* devices with these materials so that heat that is supposed to stay inside does.
mellowfish316 2 years ago
I am sorry but you are not correct. Covering the items in thermoelectric materials will not prevent heat dissipation. In fact it will speed it up. The thermoelectric elements we use are 100% metal. They actually generate electricity by the heat passing through the element. Since we have a heat source on one side and a large heat sink on the other it actually cools the exhaust much faster than if it were cooling naturally. Please view the instructable link to gain a better understanding
splitReaction 2 years ago 4
Its been too long for me (it seems) since physics. I was thinking of sterling engines which rely on the heat/cold gradient being maintained. So sounds like an excellent idea indeed. Should look into making cpu coolers that power the fans themselves when the chip is hot :)
mellowfish316 2 years ago