Energy from the Ground - Self powered generator by Barbosa and Leal

[TinselKoala]

Tesla's little secret.  testing the Kapanadze coils .. power increase.

https://www.youtube.com/watch?feature=player_detailpage&v=Z-QvHSyHOuQ#t=647

You're going to have to do better than that!

(10,000 kW ? From a Kapanadze device at a "trade show"? I'm laughing in my coffee. That gets a ROFL for sure.)

[skribat]

I don't have to do better than anything .. .. .. and that isn't the way to get me to give up my free time to go searching things for you ..  either you would like to see it or you wouldn't as things are at the moment I really don't give a damn. .. so take it or leave it .. go search for it yourself.

[Hoppy]

I don't have to do better than anything .. .. .. and that isn't the way to get me to give up my free time to go searching things for you ..  either you would like to see it or you wouldn't as things are at the moment I really don't give a damn. .. so take it or leave it .. go search for it yourself.

Surely you could quite easily post the link to it. After all, it was you who brought it to the attention of forum members, so why not save us all the time in searching.

[Grumage]

Grum bought some more grounding rods.  If he can get around to doing a resistance measurement (using a battery) between two ground rods placed something like a meter apart that would be appreciated.  I recommend putting a 10-watt 10-ohm resistor in series in case the resistance is very low, you don't want to short out the battery.

Dear MileHigh.

Glad to oblige.

Using my bench power supply and UPS I placed two rods at 1.1 M approx. 3' 6" apart. Buried 0.9 M approx. 3' deep. There is also a polarity noted, Southern one positive and Northern one negative.

Results.

With polarity.

5 vdc     0.01 A

10 vdc   0.03 A

15 vdc   0.05 A

20 vdc   0.07 A

Against polarity.

5 vdc    0.02 falling back to 0.01 A

10 vdc  0.04 falling back to  0.03 A

15 vdc  0.06 falling back to  0.05 A

20 vdc  0.08 falling back to  0.07 A

These tests brought back many happy memories of trudging through the fields doing Earthing tests. A very necessary requisite for a Substation that has 33 Kv flying aloft !!

Cheers Grum.

[ramset]

Repost of SOME Dragon diagrams with Dragon quote from here

http://www.energeticforum.com/renewable-energy/20091-barbosa-leal-devices-info-replication-details-10.html




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Dragon
Quote
I've had a multitude of requests to repost the circuit diagrams I deleted. I've decided to repost only these simple circuits for those interested in experimenting with ground energy. They can be constructed of simple components - hand wound coils on a ferrite core or simply grab a transformer with a center tapped low voltage output and a transistor. The ferrite should be 2000u or higher although most will work with varying degrees of success. I use Stormwise cores for ELF or ULF frequencies.

I have no intention of deterring Clarances discussion on the B&L build although I believe he's overlooked some key features from the patents. Clarence is a smart man and I know he will see it... descriptive words, quite often, don't paint the picture in one's mind the same as the individual explaining it - we have to get there on our own.

Below are the circuit diagrams...far left is the basic hartley circuit - you should start there. Once you achieve success in lighting an LED then you can move on to a more advanced circuit. The second one is a pump and it recycles the energy from each side. The third is a more descriptive diagram of the basic circuit for use in charging batteries or large capacitors. Far right shows that it can be used with an antenna similar to the original Tesla patent - the coils become the capacitor forming a charge displacement between earth and atmosphere.

You can run more than one circuit on the earth grounds - quite often there is a substantial current flowing between the rods but at ultra low voltages. When the transistor base sees a spike or difference between the base and emitter it will fire and the current will flow through the coils then imediately turn off causing a back rush which will continue firing the base. Similar to a ram pump. The second diagram shows how this can be kept going by using the output of one to fire the other and store the inrush in a cap between grounds. I've used a number of different transistors with good success and the only thing you need to look for is a low base threshold ( .25 to .3 volt ) and high amperage rating. I use the MJE18008 because of these features as well as their ability to handle up to 1000 volt spikes. These are quick, simple and cheap ( do with what you have ) - the only difficult part is getting the grounds right which sometimes takes a little time... don't expect to achieve success with a couple nails in the ground...