Converting Heat Into Electricity 

Do it

@@shikataiku4447 I am but not this stupid way 😶

**need some investment**

Yes ,it's possible.

Using this method? Not very much. There are other methods that could though, each with differing levels of effectiveness, efficiency, and complexity. That's as much as I know.

No5 using this method. This is solar but instead of the sun they are using a glowing hot peice of metal. It's a different tech that converts just heat to energy.

I think that if we can store energy in heat. Why charge unefficient battery. We already have new type battery which is better.

Electric cars already generate electricity from the braking system. It's very basic physics in fact.

It's called recuperating

Same here, I'm starting to think they are keeping a peice of technology away from us. As if they don't want cheaper electricity to be made on a wider scale. If your looking into the subject then I bet you've noticed it too.

Essentially an AC unit or refrigerator or CPU cooling system or any other cooling system that creates electricity as a biproduct.

@@Aaaa1234ash same here lol

Probably their patents

temperature is a movement of atomic nuclei. electricity is a movement of electrons. thus, electricity doesn't have a temperature as you suggest. the colors emitted by plasma depend on the size of the atomic nuclei that constitute the gas of the plasma. Heavier molecules result in redder tones whereas lighter elements radiate bluer tones.

I saw demonstration of a friction engine. If those things get hot enough, seems like car could recharge a secondar battery while driving. Or some hydrogen internally to recharge. Seems like lots of options.

the temperature of the blackbody and distance travelled will affect the PV efficiency. But I'm more concered about how much power being used to cool down the PV cell vs its output. To make the PV cell to produce power at the cost of $0.02/kW, you need to reach the 60-70% efficiency and the highest theoretical efficiency is at 85% at that's when the temperature of the cell is at 2500-3000K.

Aren't peltier elements a better choice to convert heat directly into electricity?

there exists solar panel setups with this idea, it kills massive amounts of wildlife (like cartoon bursts into flames and become charcoal black) and melts the panels.

It wouldn't be a very efficient way to do that for more reasons than 1. For 1, this most certainly works exponentially better the hotter something is. If your living areas aren't literally glowing from the heat then this would be next to useless. That's not to say that there isn't ways to generate electricity from waste heat, what I will say is that for most this right here isn't the right solution.

whats is it? have page? or something to see

could you just magnifying glass amber or augment light brightness somehow and get more power...

Cold fusion solved, above comment

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Denzel Dickenson I wanted to say that 😑😑

@@abdulrahmanabuarqoub4163 lolololol!😝

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