Self Charging Battery Circuit (ED GRAY)
Uploader Comments (NRGFromTheVacuum)
Top Comments
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Can you please post a circuit with the exact elements you are using? It would help others replicate precisely what you have done. Scientific confirmation & redundancy and what not...
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Excellent work I am totally excited!
Perhaps you would like to help write a book with me? I am so tired of skeptics. I feel like I get destroyed every time I talk with a person from academia.
All Comments (35)
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@MucusFelidae I'll tell you. Free energy was common when we first created electrical devices, starting 100 years ago. Since that time, we have lost a lot of priceless experimental data and the depth of understanding in the physical phenomena of electricity. The old inventors were electrical engineers who learned the fundamentals of how electricity works. Now days, we have so little experimental data, and only math. Today's inventors have to rely on the work of the people who lived 50 years ago.
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@MucusFelidae Are you being sarcastic, or do you really believe free energy?
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"self charge batteries"
CORRECT: self discharging batteries.
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@supermuble "tired of skeptics"
Talk to me, I am a believer.
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Can you make impulses of 1.0 microsecond durations??
and decrease the durations from there..
maybe you can produce the "cool room penetrating breezes, with an accompanying uplift in mood and awareness" ---Page 50--Free Energy Secrets by Lindemann
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what does the shoe do
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I loved this phrase: "You may dispute this all you want, it wont change the truth a single bit." :D
How do you do the negative potential for controling the grid of the triode?
TerminatorFRA 2 years ago
I don't know what you mean really. The grid or triode has one end that's low voltage positive 25 volts and the other end is high voltage positive 10,000+ volts. The grid is connected to matched capacitor in series with a low resistance coil. That all feeds back into the positive of the source battery. What makes the energy move through the triode is not negative and positive polarity's, Its the potential difference between each + polarity. 25v + plus 10,000v + makes a 9,975 volt difference.
NRGFromTheVacuum 2 years ago
Nice work! Be careful though with measuring voltage with these digital multimeters because they are not very accurate when high voltage spikes are around. A scope shot will tell much more, probably the truth. If you still have this setup could you run it from a charged capacitor instead of batterys? See if it runs for ever? Or the structure of the battery is a key element for the effect? A cap simply won't work?
Many thx!
baloghcsongor 2 years ago
At the time, all I had was multimeters. It would be nice to retry this experiment with the proper equipment.
Oh, and yes the battery is a crucial component of the system. The electrolyte in the battery acts as a negative resistor when hit with radiant spikes. So the battery is a key element here...
NRGFromTheVacuum 2 years ago
Are you using a triode like ED Gray? as I can see, the spark happens only some time, not at a high frequency.
TerminatorFRA 2 years ago
Yes, I'm using a triode like ED Gray. The schematic is also the same a ED Gray's, except I use a positive ground and add a spark gap to protect the HV power supply.
NRGFromTheVacuum 2 years ago