Quote:
Originally Posted by Feliks
Here is the thermodynamic problem .. We have in a box, in a vacuum is a set of thermal engines with generators ... Will this set be more efficient than it would be normally installed without a box?
it's about how laws of thermodynamics work on the Equator, and how on the Pole.
Different temperatures
on the Equator 40 degrees Celsius and at the Pole - 40 degrees Celsius also for efficiency and the layout of the engine will be important ...?
Andrew  |
As you can see, I posed such a problem two years ago ..
because I knew there is a solution other than "political correctness" "
Today it is already known that we have energy from the cold too ..
And now for the next thing. my Half Rotate engine .. And its greatest advantage.
This is the BIGGEST piston engine that is technically easy to build. My Half Rotate. Its dimensions are 10 m X 8 m in diameter. The area of one side of the "piston" is 400 X 1000 = 400,000 square cm. That is the pressure of a normal atmosphere, acts on it with a force of 400,000 KG. , that is, at the pressure from the post below, at a pressure of 0.3 atmosphere, it will be a force of 120,000 KG .. So the torque on the shaft will be equal to 120,000 X 2 meters average radius .. = 240,000 Kgm. at its rotational speed of 30 rpm, the power of such half of the engine will be 7400 KW (7.4 MW), i.e. the two halves will be around 15 MW .......
So, taking Geotermia Podhala?ska, which declares 60 MW of thermal power, in the months when there is no need for heating, four such engines could also provide electricity for 24 hours a day in the amount of 60 MW .....
Andrew
