Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Farmhand]

@all

I need to clarify something so here is a question.

If the output to the load is AC, and if AC means each of the two leads is alternating between a positive and a negative potential, then how did he put the ground lead on one of the output leads. If it was AC output then that ground lead, if it went to a real Earth ground only, would have had no effect on the system and load. I had tried that with @JackNoskills set-up.

At 50-60Hz output AC is really AC, and if it was DC then it would be seen as DC, but if it was DC at higher frequency, then it could be seen as AC or DC as well and that ground may then have an effect. Is this correct?

I am having trouble accepting the ground lead if the output is standard 50Hz AC. Seems to me that every time the wave form is positive on the grounded side, it should create a short. Is there an instance when low frequency DC by the way it is pulsed into the load could be seen as AC. But then how did he managed to put that looping transformer on the load and rectified it before it sends energy back to the battery?

Anyways more tests tonight.

wattsup

Hi wattsup, Here in Australia and other places as well the neutral of the grid AC is connected to the earth. It doesn't cause a short circuit at all.
I also do it with my home made 240v inverter. When one leg of the AC is connected to the Earth that leg stays at the potential of the Earth, it works fine.
Doing that also make the neutral wire theoretically safe to touch because there is no potential difference between the neutral (which is connected to the Earth) and the Earth it is connected to. But do not touch it just in case of a fault. I can demonstrate it if you like, my inverter/transformer is configured for 120 volts at the moment though it won't make any difference. It should be possible to light a globe between the active of the transformer and the dirt, but I have not tried that.

On a side note here is a video of some spikes from a 12 volt 21 Watt light bulb pulsed at 900 kHz from a 12 volt battery, the spikes are clamped by a 180 to 230v GDT.
The light bulb inductance is 10 uH. It's actually a light emitting high resistance coil. 
http://www.youtube.com/watch?v=l89YgQIIqUY

Anyone wanna bet me I can charge a capacitor to over 100 volts using a 12 volt battery for the supply, the light bulb and the switching circuit ?



Let me know if you want me to show one leg of the transformer secondary ground connected and working. I'll reconfigure it for 220 - 240v.
The transformer can work from 50 Hz to over 20 Khz.

Cheers

[xenomorphlabs]

  I would suggest using a transformer like setup. This way the dc which is direct current gets stripped away or blocked.


And to tell you the truth the amp meters were acting funny because of the high electric field. It had little to do with the current. This is a well established reason when using high rf like fields. Although this is not an rf field it does share some of the rules that go with it. Just think though this field can not be blocked. It permeates everything. Tesla talked about the effect on man in this field and if it is of sufficient cycles that it can enhance the human in that field. He talked about working for days on end in a 20 kilocycle field and not even realizing it. Wasn't tired, felt very good and energized. But he said there was also a down side. After the three days he fell asleep while in the field and woke up the next day feeling very refreshed and ready to go. He thought that this could be very addicting and thought it needed more investigation. The electrotherapy devices were spurred on by Tesla in this direction.

Could be done, issues are transformer heat (@19 Amp DC bias will be significant) but there is certainly ways to reduce core saturation however complex.
Thing is that i don't see this done in TK's set-up. From my perspective his load is directly connected to the ground cable running through the coil center.

[forest]

Hi wattsup, Here in Australia and other places as well the neutral of the grid AC is connected to the earth. It doesn't cause a short circuit at all.
I also do it with my home made 240v inverter. When one leg of the AC is connected to the Earth that leg stays at the potential of the Earth, it works fine.
Doing that also make the neutral wire theoretically safe to touch because there is no potential difference between the neutral (which is connected to the Earth) and the Earth it is connected to. But do not touch it just in case of a fault. I can demonstrate it if you like, my inverter/transformer is configured for 120 volts at the moment though it won't make any difference. It should be possible to light a globe between the active of the transformer and the dirt, but I have not tried that.

On a side note here is a video of some spikes from a 12 volt 21 Watt light bulb pulsed at 900 kHz from a 12 volt battery, the spikes are clamped by a 180 to 230v GDT.
The light bulb inductance is 10 uH. It's actually a light emitting high resistance coil. 
http://www.youtube.com/watch?v=l89YgQIIqUY

Anyone wanna bet me I can charge a capacitor to over 100 volts using a 12 volt battery for the supply, the light bulb and the switching circuit ?

(http://i227.photobucket.com/albums/dd168/Toey1/bcccccc0.jpg)

Let me know if you want me to show one leg of the transformer secondary ground connected and working. I'll reconfigure it for 220 - 240v.
The transformer can work from 50 Hz to over 20 Khz.

Cheers

I think one thing is missing. Answer the question : what was the cause of burning AC generator in Colorado Springs during Tesla experiments ? My theory is simple : somehow returning power was way more then power sent from generator.

[Zeitmaschine]

Interesting physics lesson:

How does instant charging of one plate affect the potential of the other plate of a floating capacitor?

If someone finds out the deeper meaning of this, then please tell me.

Also intriguing:

Unexplained missing energy

Half of the energy disappears mysteriously in an ideal circuit. Seems strange things are going on.

[Farmhand]

Interesting physics lesson:

How does instant charging of one plate affect the potential of the other plate of a floating capacitor?

If someone finds out the deeper meaning of this, then please tell me.

Also intriguing:

Unexplained missing energy

Half of the energy disappears mysteriously in an ideal circuit. Seems strange things are going on.

For the first link. Is there any missing energy in practice ? ie. If I charge a 15000 uF capacitor to 12 volts
it should have about 1 joule of potential energy. Then if I connect another 15000 uF cap to it ( to equalize the charge )
then both capacitors should end up charged to about 8.2 volts, not 6 volts as some might think.
Capacitors are not linear. I haven't done the experiment, but I can and I will for my own benefit.
I used 15000 uf and 12 volts in the example because I have 15000 uF caps and 12 volts to use in practice.

Google "electronics assistant" for a small program which can calculate charge in a capacitor,
be careful to uncheck the toolbar option if the toolbar is not wanted.

As for the second one the answer is in the link.

Cheers