Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Shokac]

This is very interesting.

http://www.youtube.com/watch?v=XpEYlmsMmyw

[baroutologos]

Interesting !
http://translate.google.com/translate?hl=no&sl=ru&tl=en&u=http%3A%2F%2Fcyberenergy.ru%2Fgenerator-kapanadze%2Fustanovka-tiger2007-t19.html

d.

I studied the videos there and guidelines. What the Tiger suggests more or less is that an application of HF HV to a capacitor like "antenna" that the ferrite is placed between the plates makes a weak initial signal by the transistor (unable to light the bulb and of high drain measured with analogue A-meter) to an appropriate one able to light the bulb yet the drain to fall considerably.

In the past, MitoKupona, MadsatBg and Coke2k (i think) have experienced the same fact.
Initially was thought that this is attributed to "energized ferrite" that result in B-field amplification.

Later on, it became more and more evident the possibility that the pulsing circuit (555 or whatever) of transistor was affected by the HF created by the SG and ground application resulting in considerably increased operating frequency (eg 1KHz instead of 50 Hz)

When the 50Hz no SG application mode works in the suggested "ferrite saturation and beyond" mode, a lot of energy goes wasted. Only a minimum can pass to the bulb. On the contrary at higher pulsing modes, since the pulsing operates at considerably lower region than ferrites saturation, the energy transfer is more pronounced. IMO this is the main possibility since i had a similar setup (pulsing a ferrite E core with 555-MOSFET) and by the application of HV and SG i noticed this effect but with more energy consumption rather decline.

...
This is not aimed at discouraging anyone to investigate the effect, rather to keep it in mind when proceeding so.
This would be NOT the case if the Tiger demonstrates - as he claimed - to operate 1,2 or 3 220volts 100watts bulbs at full brightness from a setup such this. (said 3 amps at 12volts input)

...
regarding the winding topology, placing one winding at stacked ferrite's core one end and the load winding at other ends up in poor energy transfer. Ideally windings should be one on top of the other or in biffilar coil mode. There is then the problem that during pulsing , the load winding will remove some energy from the primary one. (magnetizing phase)
This could be overcome by the suitable application of a diode so as to block the current during magnetizing phase and allow current formation during demagnetizing phase (collapsing field)

[dllabarre]

@Bart, @Dole and others

There is the possibility that Doles circuit is not pulling current from the ground but instead providing a "good ground" for current to flow through his circuit.

In the video, when Dole's circuit is NOT connected to ground rod very little or no current flows (I'm not sure if the bulb is lit or not).  Then when Dole touches the ground rod the bulb lights.

I'm not trying to discourage this circuit so don't jump on me.

It's needs to be proven, by measuring the amp draw from the power source with the ground connected and not connected.

If in fact the circuit is pulling amps from ground then the input current will stay the same or decrease when Dole connects his circuit to the ground rod as the bulb gets brighter.
Just a simple test to prove where the current is coming from.

DonL

[dole]

Hi,
@ dllabarre, yes input current does not change it is jumping around  2-3,2A 12V (max 4A) with or without bulb incl. inverter, I steel do not believe, no OU but…
I was thinking let's feed this back to source with car voltage regulator (like Kapanadze does), but I forgot to check the reg so I managed to burn out Inverter.
I may say that I was down to 1A 12V input yesterday night. Voltage across bulb is stable 212V current 0,2A, AC, freq steel to high 3KHz.
I don't know what to say more. Please here is how I started:

----|DC NST|---- |+| -> to nothing
----|          |---- |-| -> to bulb -----> ground

I will fix new inverter and post new video with analog and digital measurements.

d.

[dllabarre]

Hi,
@ dllabarre, yes input current does not change it is jumping around  2-3,2A 12V (max 4A) with or without bulb incl. inverter, I steel do not believe, no OU but…
I was thinking let's feed this back to source with car voltage regulator (like Kapanadze does), but I forgot to check the reg so I managed to burn out Inverter.
I may say that I was down to 1A 12V input yesterday night. Voltage across bulb is stable 212V current 0,2A, AC, freq steel to high 3KHz.
I don't know what to say more. Please here is how I started:

----|DC NST|---- |+| -> to nothing
----|          |---- |-| -> to bulb -----> ground

I will fix new inverter and post new video with analog and digital measurements.

d.

Excellent!!!   

Thank you.