Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

Guys,
Sorry, I think you have all taken my post about the 3 phase out of context.
I was simply pointing out that in looking for a way to "cheat" the power meter, I came across that statement about the 2 phase welder.
Sorry if anyone got the wrong idea.
Garry

No shit! It was exactly the right idea!

»Saturation is employed to limit current in saturable-core transformers, used in arc welding, and ferroresonant transformers which serve as voltage regulators.«

Saturation (magnetic)

So where can I see the saturated magnetic core in the Kapanadze videos? How does Kapanadze saturate his transformer core?

The theory: When the transformer core of an arc welder goes into saturation then could it be that a parametric resonance occurs between a step-down transformer connected to the power grid and the arc welder transformer? And that's causing the meter between to run backwards when welding?

Maybe it's time to buy an arc welder in order to get finally free energy.

[Hoppy]

So where can I see the saturated magnetic core in the Kapanadze videos? How does Kapanadze saturate his transformer core?

The theory: When the transformer core of an arc welder goes into saturation then could it be that a parametric resonance occurs between a step-down transformer connected to the power grid and the arc welder transformer? And that's causing the meter between to run backwards when welding?

Maybe it's time to buy an arc welder in order to get finally free energy.

Maybe look away from the magicians table. Why did he use heavy duty wires? Heavy duty wires are normally used to carry heavy currents. Its so simple that it will make you laugh 

You are getting very warm IMO. Take the 25A clamp meter reading from the video at a typical open circuit secondary voltage of 45V for a single phase welding transformer and we have a good 1KW to light those big lamps. However, there are losses both from cable resistance and pulsed current step-up in the 'green box' unit, so the actual on-load voltage at the input to the green box will be  less than open circuit voltage of the welding transformer. The available power to the lamps will therefore be under 1KW but enough to light the lamps to a reasonable level once pulsed up to a higher voltage.

[SchubertReijiMaigo]

So where can I see the saturated magnetic core in the Kapanadze videos? How does Kapanadze saturate his transformer core?

The theory: When the transformer core of an arc welder goes into saturation then could it be that a parametric resonance occurs between a step-down transformer connected to the power grid and the arc welder transformer? And that's causing the meter between to run backwards when welding?

Maybe it's time to buy an arc welder in order to get finally free energy. 

More on parametrics: One admitted theory to get FE is parametric variation of C or L in respect to Time as per E.Dollard said.
For example you need to switch periodically from a low L (charge) to a high L (discharge).
The energy is equal to E= 1/2*L*I^2 in coil, so the energy gain is E= 1/2*DeltaL*I^2 where DeltaL = Lhigh - Llow.


Mathematical example:
Charge a coil at 1 Henry at 1 amp = 0.5 Joule.
Switch to 10 Henry always at 1 amp and discharge = 5 Joules.
DeltaL is 10-1 = 9
So Egain is 1/2*9*1^2 = 4.5 Joules.


If the energy needed to change parameter is lower than the energy gain then you have OU !
The real question is how to change parameter with virtually no energy input (that's a question that I ask myself for nearly two years now.)
Saturating a trafo won't give a DeltaL =/= 0 because during charge and discharge the process is symmetric.
Hypothesis:
1) Shorting a coil during the charging process (Llow) (maybe waiting 5*L/R that the current stabilize and mutual induction "disappear" due no current variation anymore) then opening the short just before discharging (Lhigh) is a possibility.
_{I have watched Ufopolitics radiant circuits, unless a very unusual phenomena enter, I don't see how a coil who is charged and discharged without parametric variation (DeltaL = 0) can be OU, his radiant circuit are basically a buck-boost converter that you can find easily in the market.}
2) A rotor with alternating magnetic and non magnetic part in a magnetic circuit (stator) will be also a good start as per Ide Osamu capacitance motor reveal.
3) Using mag-amp at condition the control winding doesn't dissipate too much power and no coupling between power and control winding.


So if all those device like TK, Don Smith use parametric you should be able to see coil shorting at the charging cycle and opening during discharge, by using spark, electronic control and so on.


SRM.

[andrea76]

..and:
http://www.researchgate.net/publication/4103130_Operation_of_a_prototype_microgrid_system_based_on_micro-sources_quipped_with_fast-acting_power_electronics_interfaces

p.s. see the fig 3

[Zeitmaschine]

So if all those device like TK, Don Smith use parametric you should be able to see coil shorting at the charging cycle and opening during discharge, by using spark, electronic control and so on.

I can see two heat sinks with unknown semiconductors mounted on it (Kapanadze) and four huge thyristors on heat sinks (Stepanov). But I can't see anything usable for coil shorting regarding the yoke device (it works even without the spark). Hence could the yoke device somehow virtually shorting the coil?

What if a transformer has two coils (tapped coil) connected in parallel during the charging cycle (shorted) and connected in series during discharge? What would be the difference in respect of the resonance frequency between parallel and series connection?