Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[baroutologos]

Some interesting facts from workbench
...

In trying to step down HV  arc with my ferrites assembly , i accidentaly encounter one interesting fact that perplexes me.

I have long been using grain incadescence bulbs of 20mA so as to investigate HV outputs by judjing their brightness and if i know the voltage used (gap involved), i can make the calculation of power.

This time i connected a grain bulb in series to a working arc after FWBR fed by ignition coil. Bulb was lit at few mAs (dimly) with a gap distance of 3mm more or less. (expected power 30-40 watt)
After some failed attempts to step down voltage to a large bulb (20 watt), i connected one wire to SG possitive side and grain bulb almost burn out. Larger lamp continued to be off.
In any case the HV current at nominal SG distance was boosted tens fold.

A failed trial
....
I spent some time experimenting with this fact as well as applying capacitors as in the diagram B so as to see if there is any power increase. (by comparing breaks frequency) No effect.

My exlanation
.....
obviously no matter what the tuning of ignition's coil 555 pulser a larger than grain bulb (namely 250ma) cannot be lit even under dead short  (photo a). By applying a spark-gap nothing is gained also (photo b). by adding to these my ferrite cores connecting one winding, the same situation. Current unchanged.

But, by adding to the latter configuration a connection of the secondary winding one ONE wire to the possitive side of the SG then the current multiplication effect manifests.
Note that by connecting the same one winding lead to the negative side of the SG nothing happens. Polarity is a must for the effect.

My coils on the core are wound with 0.75mm speaker wire with normal almost 1mm insulation. Furthermore i have added 0.35mm mylar sheet (6KV resistane) so both wires are perfectly isolated.
In addition the one wire effect goes along with high frequencies that are able to propagate so exploiting windings paracitic capacitance.

In case to further investigate the effect i exchanged windings. Same effect. (both windings are some 40-50 turns 120-140uH)

Your oppinions gentlemen,

[xenomorphlabs]

SR's device does not seem to attain 0.5T neither Kapanadze's. SR's core is from ferrites hence no current can flow. Unless, the ferrites create the flux, while there is an iron rod inside the ferrites being wired. (unlikely)

Agreed, 0.5T is A LOT !

Interesting experiment you have made!
Pondering about an explanation.

This guy made something remotely similar : http://www.001-lab.com/001lab/index.php?topic=4.msg7519#msg7519

In what orientation are your primary and secondary wound related to each other? Since the effect only occurs on one side.

I wonder what would happen if you had a tertiary exactly like the secondary. Would the lamp be even brighter?
Looks like what one could call a feedback.

EDIT: Could you connect the unconnected side of the secondary to earth ground? You know, just kind of  "Wonder what happens?"

[baroutologos]

I investigated further the setup. The phenomenal increase of current does not happen at ignition coil, behind the FWBR. Only after.

I connected the windings in biffilar style and the same effect.
Without changing anything to primary odd setup, i placed a second FWBR in series (as the bulb), a 125nf 10Kv cap and a spark gap. No increase in power there. (by measuring breaks)

Instead of the series grain bulb i placed in various possitions 220v bulbs of defferent wattage. No power increase.

...
My conclusion is that happens due to paracitic capacitance that produces oscillations into the wire, effectively making the small bulbs brighter. In this manner acting as conversion of HV power to impedance matching the bulbs somewhat. This is also evident from the RF increased.

[romerouk]

Try to use the rotoverter rectifier to collect and use the high voltage. Make sure you have high voltage diodes and caps.I have tried and used it myself with great success. http://peswiki.com/index.php/Directory:Rotoverter

Some interesting facts from workbench
...

In trying to step down HV  arc with my ferrites assembly , i accidentaly encounter one interesting fact that perplexes me.

I have long been using grain incadescence bulbs of 20mA so as to investigate HV outputs by judjing their brightness and if i know the voltage used (gap involved), i can make the calculation of power.

This time i connected a grain A in series to a working arc after FWBR fed by ignition coil. Bulb was lit at few mAs (dimly) with a gap distance of 3mm more or less. (expected power 30-40 watt)
After some failed attempts to step down voltage to a large bulb (20 watt), i connected one wire to SG possitive side and grain bulb almost burn out. Larger lamp continued to be off.
In any case the HV current at nominal SG distance was boosted tens fold.

A failed trial
....
I spent some time experimenting with this fact as well as applying capacitors as in the diagram B so as to see if there is any power increase. (by comparing breaks frequency) No effect.

My exlanation
.....
obviously no matter what the tuning of ignition's coil 555 pulser a larger than grain bulb (namely 250ma) cannot be lit even under dead  (photo a). By applying a spark-gap nothing is gained also (photo b). by adding to these my ferrite cores connecting one winding, the same situation. Current unchanged.

But, by adding to the latter configuration a connection of the secondary winding one ONE wire to the possitive side of the SG then the current multiplication effect manifests.
Note that by connecting the same one winding lead to the negative side of the SG nothing happens. Polarity is a must for the effect.

My coils on the core are wound with 0.75mm speaker wire with normal almost 1mm insulation. Furthermore i have added 0.35mm mylar sheet (6KV resistane) so both wires are perfectly isolated.
In addition the one wire effect goes along with high frequencies that are able to propagate so exploiting windings paracitic capacitance.

In case to further investigate the effect i exchanged windings. Same effect. (both windings are some 40-50 turns 120-140uH)

Your oppinions gentlemen,

[baroutologos]

You mean the diode plug?
I have used it in the past by making a resonant LC in mechanical setup. Nothing of gain in any circumstance. What do you mean as great success? The only one that claims success with this toy is Hector Peres that made it.