Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[bass]

While the idea is understandable, the resonance frequency of this circuit changes with different loads, so not sure under what conditions this was supposed to maintain the resonance frequency. Where did you find the circuit?

Scheme found through Google.
The idea is exactly  in the fact that when the load changes, it changes the inductance, hence the generator automatically adjusts the resonant frequency with the new parameters

Regards

[Jack Noskills]

Charge C1, close the switch, what is at output ? To pickup, wind third coil on same core. What is perhaps needed is a way to fill one cap in case it runs empty. For this we could use phase locked loop, fourth coil to sniff out the frequency and use that to guide something that can fill the cap via diode.

[xenomorphlabs]

Scheme found through Google.
The idea is exactly  in the fact that when the load changes, it changes the inductance, hence the generator automatically adjusts the resonant frequency with the new parameters
Regards

Ah ok, that way around. Well then the tricky part would be to tune the circuit as close as possible to the natural resonance frequency of L1 for highest Q.

[xenomorphlabs]

Charge C1, close the switch, what is at output ? To pickup, wind third coil on same core. What is perhaps needed is a way to fill one cap in case it runs empty. For this we could use phase locked loop, fourth coil to sniff out the frequency and use that to guide something that can fill the cap via diode.

FYI: http://www.falstad.com/circuit/#%24+1+9.920000000000001E-8+38.696464541249114+46+10.0+42%0AT+288+208+368+256+0+1.0+1.0+-0.1906446111501192+0.19064461115011913+0.999%0Aw+368+256+368+304+0%0Aw+288+256+288+304+0%0Ac+368+304+288+304+0+1.0E-5+6.987278400480754%0Aw+288+208+288+160+0%0Aw+368+208+368+160+0%0Ag+192+160+144+160+0%0AR+368+160+432+160+0+0+40.0+5.0+0.0+0.0+0.5%0Ac+288+160+368+160+0+1.0E-5+-1.4866904285290867%0As+192+160+288+160+0+1+false%0Ao+3+64+0+43+18.707220957835556+0.37414441915671115+0+-1%0A

[Jack Noskills]

Thanks for the sim, but this was not what I meant. There needs to be two coils and two caps, one cap is charged to e.g. 9 volts then switch is closed to begin oscillation. Now there is one coil, one cap and one battery. Those two inductors need to be on same core, don't know if this simulator can simulate it correctly.

Idea was that those two coils would speed each other up and prevent self inductance that causes exponential decay of oscillation in normal tank circuit, like in this simulation.