Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

  Hoppy:
  After 2770 posts, you think that you are not wasting time. 
  Wasting time is not what I'm doing, as time costs me nothing. Therefor, I'm wasting nothing. My time is free.

   A circuit that is full of resistors, diodes, capacitors, fets, choke coils, inductors, that are to be used as the adjustable frequency and control PWM, etz... are the "heaters". OR not?

Nick,

My time is also free but I still do not want to waste it. I have other money earning projects taking up bench space.

Its all about reducing heat losses, not eliminating them.

[NickZ]

  And adding 100 components like in Ruslan's newest circuit, will reduces heat losses?  Or makes up for them???

[Hoppy]

  And adding 100 components like in Ruslan's newest circuit, will reduces heat losses?  Or makes up for them???

These additional components may prove necessary to provide phase control etc. Anyway, as you have speculated in the past and Ruslan has shown you to your satisfaction (not mine ), the 'free energy' more than covers any insertion losses.

[John.K1]

Dog, Hoppy,

I already pointed some idea in my  Reply #10431 couple pages back.  We live in the ocean of the energy , lets imagine it as a lake. It is also potential energy and we can get some work from if and only if we find potential difference. Lets say we have a boats on one side of the lake and we want to get them on other side with as less of oenergy as possible. To use the rope is not a solution. Now imagine we use just a little energy to pull the plug and the mass of water will start to flow and so does  boats as many you want. Tesla is that plug. The energy goes not out of the capacitor but in to it.  And when the energy goes in to it it has to go somewhere out. I think here is the main role of that thick wire. Get as much of that flowing energy in time as possible??  Just some opinion, which is not from my head.  For those who speaks Rusian https://www.youtube.com/watch?v=b4VCxVktUN8

[Hoppy]

Dog, Hoppy,

I already pointed some idea in my  Reply #10431 couple pages back.  We live in the ocean of the energy , lets imagine it as a lake. It is also potential energy and we can get some work from if and only if we find potential difference. Lets say we have a boats on one side of the lake and we want to get them on other side with as less of oenergy as possible. To use the rope is not a solution. Now imagine we use just a little energy to pull the plug and the mass of water will start to flow and so does  boats as many you want. Tesla is that plug. The energy goes not out of the capacitor but in to it.  And when the energy goes in to it it has to go somewhere out. I think here is the main role of that thick wire. Get as much of that flowing energy in time as possible??  Just some opinion, which is not from my head.  For those who speaks Rusian https://www.youtube.com/watch?v=b4VCxVktUN8

Interesting theory John. So do you think its the surface area of the conductor that's important or its cross sectional area?