Free energy as simple as it gets

[FreeEnergy]

Did you mean to hook the cap across the 3rd battery? Or were you wanting to dunp the 3 series batteries into the cap? Is this how you meant it, or are you wanting to hook the C- to the other side of the USB vb? Just trying to understand your test.

The third battery connects in parallel with the capacitor while the other ones are in series.


The first battery (-) connects to the dc to dc USB Voltage Booster, and the (+) from capacitor connects to the (+) side of the USB Voltage Booster.

[captainpecan]

Ok, so you have it drawn correct. If you don't mind me asking, what is your thought process with this set up? Are you recycling anything? Maybe I missed an earlier post from you that explained it.

[FreeEnergy]

Ok, so you have it drawn correct. If you don't mind me asking, what is your thought process with this set up? Are you recycling anything? Maybe I missed an earlier post from you that explained it.

It seems like the energy has a recycling effect from the capacitor parallel to the last battery, while the other batteries in series are "pushing" or "pulling" the recycling split effect in the parallel battery and capacitor.


I'm just playing around hoping I can get free energy lol or at least something very efficient that can run for a long time.


Now I'm wondering how I'm going to charge the capacitor that I bought. I hear they can explode if over charged so I must be careful!

[FreeEnergy]

Take a look at how a voltage booster is being used in this video.
It's where I got the idea from, looks about the same one I'll be using in my system.


https://youtu.be/CYsRx6sgzrs

[captainpecan]

Take a look at how a voltage booster is being used in this video.
It's where I got the idea from, looks about the same one I'll be using in my system.


https://youtu.be/CYsRx6sgzrs

Nice. I had not seen that before. I get your idea with your connections now. Who knows, we have to try everything!