Kapanadze and other FE discussion

[r2fpl]

To jak masz obwód LC z bardzo dużym kondensatorem to chyba wiadomo gdzie jest przechowywana energia, nawet jak zasilasz przez krótką chwilę, a poza tym analizowałem to kilkanaście lat temu, więc na forach wtedy nie wiele było. Podstawy obwodów elektrycznych, magnetycznych i ich symulacja, są tu potrzebne jak cholera, jest to podstawowa wiedza żeby czym kolwiek się zająć na poważnie oraz czytanie ze zrozumieniem.

No tak symulacje... wiesz ile razy miałem FE w symulatorze! potem robiłem kilka prób i zgadnij co wychodziło.

[lukaszkwiatkowskii]

Ale symulacja to nie jest złoty środek (jak byle co zasymulujesz to byle co otrzymasz), musisz najpierw wiedzieć jak co zasymulować, czyli musisz znać podstawy, symulacja jedynie pomaga w weryfikacji twojej teoretycznej hipotezy.

[forest]

W której symulacji jest uwzględnione zewnętrzne źródło energii ?

[lukaszkwiatkowskii]

To tylko kwestia możliwości symulatora jakie komponenty do symulacji pozwala stworzyć.

[pix]

Found nothing about "Peristaltic Tokamak".
I see that discussion drifted away.
1.Primary surprise, that current could be induced in the conductor by lenz-less way , self supporting action of progressive magnetic field of travelling wave get lost in discussion. Looks like reversed principle of TWT. I am not sure about efficiency of that process.  But I am surprised that I hasn't been taken into consideration for use as power supply device.
2. My proposal to enhance that process indeed may give no advantages, thanks Wesley for your comments.


In every COP>1 candidate system  there must be identified a source of "extra", that is gained in the process.
In a thermodynamic heat pump it is heat of ambient air. By the properties of refrigerant it absorbs that heat when changing state from liquid to gas and repells it later after converted back to liquid by compressor. In such a process initial  electrical energy used by compressor and fan ( for example1kW) we receive 3-4kW of energy in the form of heat. COP>1 and we know why,  from where we took that "extra" energy. I also picture thermodynamic heat pump as "converter" of large amount of less useable energy ( ambient air- let's say 10 m3 at 5 deg C) to more useable energy ( air at let's say 1m3 of 40 deg C).


The same process we can utilise in electrodynamics.


I think that primary candidate for COP>1 system is again old good Tesla magnifier.
I picture it as electromagnetic pile driver. Correct me if I am wrong.
By resonant rise  of voltage on top terminal we are creating a huge "pump" for electrons from the ground. Huge potential difference atracts/repells more and more electrons from the ground. A very big "action" is going on, large current is alternating on the ground terminal, large voltage is oscillating on the top terminal. Tesla mentioned that the principle is to create very large reactive power oscillations, and convert part of this to active power.
By mechanical equivalent I see this as driven mechanical pendulum with a mass increasing a bit every push is made to pendulum. Oscillation period of such pendulum stays the same, but energy is increasing due to increased mass.
If we drive that system by some naturally occuring electromagnetic waves (PV, radio waves, man made or natural), we could made them useable by such action: accumulate low energy ,low V and I but high frequency waves to high V and I low frequency one and periodically discharge it to the load.
Similiar principle as typical heat pump, or mechanical resonant amplifier  (see attached).
Your opinions gentelmens?


Regards,
Pix