New engine

[Merlyn]

Metric or Imperial Andrew?
Give us your Lat./Long and I will send you over the necessary set.
Just can't wait to have a gander at the inernals here and see if its poss. or neg. Earth wired.

[Feliks]

Metric or Imperial Andrew?
Give us your Lat./Long and I will send you over the necessary set.
Just can't wait to have a gander at the inernals here and see if its poss. or neg. Earth wired.

Merlyn, I know you might be impatient, but I had to post this post about this Yamaha ...
Yep. there will be no spinning up, because the work that would cost me would be the largest in the last 7 years .. this my myasthenia gravis, it only looks pretty ... but I can't do anything, Next in the photo I am sending you that my prototype of the Half Rotate engine made of plexiglass, I will not move forward either .. I can not engage in the work of someone either, because they care about me that I also do not have extra money .. and it is as you can see in the pictures .. But I took pictures especially for you, and this There are peltiers from the latter such element, but they are taken out for another show, because part was damaged .. (and I sold the copper for scrap) this one can already see the connections and even one element can be seen sticking out a bit. There really is nothing inside, just flat surfaces to which these peltiers adhere .. And in this extract all are connected in series. But I tried other ways of connecting too .. And if they want to "pretend" an ordinary electric heater, part of it has to be connected in parallel.
You see, this Yamaha cs is trying to do, but does not know that this peltier system is NOT a heat engine, the efficiency of which depends on the difference in temperature. The current is created there in a completely different way, which can be seen perfectly in the experience with ice.
When you buy these peltiers in a wholesaler, you pay $ 1 per piece when you buy 1000 pcs. I have not checked other types, but I think that the simplest ones, with a power of about 50 watts, do their job well.
Regards
Andrew

[Feliks]

So we have to go back to 1712 and learn the science of warm and cold again ...

Here is my example animation, how such a cold ice engine can work .. And we have 300 years to develop my concept .. I have already traveled a few years ..




https://www.youtube.com/watch?v=Q66DxZB6plE


Andrew

[Feliks]

In other Forum:

Maybe you do.

Stirling engines are well known. That drawing shows an extremely crude one. Even very well designed ones have a hopelessly low power density and have no practical application.

But maybe so ...
We are already complicating the drawing. You understand this prowess the old way, and here the new has come.
You close all this business in a box of gas with a pressure of 100 atmospheres, and you take electricity from it, for 100 times better efficiency than you think .. This is also for low-temperature geothermal (50-80 degrees Celsius) and cold water, it is suitable ..
And by the way, it's very similar to my Haf Rotate engine, You can also give up round pistons .. and they can have large dimensions easily .. And then the power density will be rightly high, because everything works on Teflon seals. we deliver ice, ambient heat and we get electricity from this magic box .. of course, no emission of any by-products ..




https://youtu.be/46TI6R4vXCQ

Andrew

[Feliks]

So outside the box, only the water to be cooled is transmitted to the cooler and back and the resulting electric current. The heat can be supplied outside the box at normal atmospheric pressure. The efficiency of the device increases 10 times (or 100).
The steam does not go anywhere, because it is in a closed circuit, and the water is similar, it does not need to be topped up, but only cooled ..
Such "boxes" can be installed downstairs in mines to produce electricity .. with high efficiency .. But basically any source of heat can be used ..
The second law of thermodynamics, she forgot to say that the efficiency of a heat engine depends not only on the temperature difference, but also largely on the pressure at which the system works.
The Feliks-Newcomen formula.




https://youtu.be/zd5uDlfDwgc?t=369

Andrew