Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[TEKTRON]

What is you downloaded file size? With 1 byte accuracy...

Sorry, I have a problem assuming sometimes...(973,949 bytes)

[xenomorphlabs]

@Wattsup:

But is the device not still inactive (wires not connected and so forth) when they take the first 6.4 V measurement?

If that is indeed a 6.4V AC and not an eart-battery-like DC, then where is it coming from when the actual TK device is not even operating?

I am not sure if picking up ground return currents would be the answer.

6.4 V DC would make much more sense tbh, but if you can verify the setting of the meter, then it's really AC.

[forest]

well, 6.4V AC may be left in ground from last running device before the presentation.... Ground is the buffer,right ? Capacitance of metal burried in ground...

[Hoppy]

A question regarding the water pipe. When the young guy drinking from the tap turns the water off, he then turns it on and off again twice for a couple of seconds each time. When the 'earth' wire is connected to the water pipe, this guy also turns the tap on for a couple of seconds and then turns it off -why?

[sparks]

Hi sparks,

Are you able to see all the GIFS animated then? Like verpies, I am only able to see the switch analogy animated even with Windows Commander.

JJUK

    I just can see the switch animated.  The rest I sort of animate using imagination.  One more analogy would be a transformer.  This would utilize a low velocity high amperage current to produce a high velocity low amperage current.  I am sure we have all seen how an old mill was driven using a water wheel.  (grist mill)  By gearing the massive water wheel  to a high pressure piston pump it is possible to pump water to a heighth well above the mountain top feeding the river turning the water wheel.  The piston pump picksup water from a pond down stream from the mill race and pumps it to a point up stream of the water wheel.  As long as the pond level is maintained at a lower level than the mountaintop lake the system will self-run.  (This would be in practice impossible due to losses in the valving gearing etc.)  Now invision the system and it is raining.  The pond level will remain low as long as no rain bypasses the turbine raceway even though the magnitude of the currents increases.  The piston pump output needs to not return the water upstream but completely out of the system at a rate determined by the rain inches per hour.   Otherwise the pond fills up and the water wheel stops spinning as the system drowns.