My free energy experiment.

[stevensrd1]

For anyone interested or still keeping tabs on the cd motor experiment, I find if you use a capacitor across the motor terminals,,you get more swaps out of it.."I used a 16v 2200uf electrolytic capacitor"..That is swapping the main bats with the recharged bats when the motor finally stops running. I also noticed this way if I say recharge three bats with two bats,,then I take one of those three bats out of the picture,,after a recharge,,then swap two for two,,I get a very good recharge that way,,and can repeat it a few times swapping just the main and drained bats then.

[stevensrd1]

Might have found a way thats better. using a transformer in parallel across the motor connectors with a capacitor as well, is doing great on the two batteries recharging three design. Trying other things as well,,so many combinations to try lol

[nievesoliveras]

This clip has the same idea of charging batteries.

http://www.youtube.com/watch?v=hzWdiO_aN2Y

[stevensrd1]

Kool,,yes the concept works,,no doubt about it,,knows, least knows it does in my design,,which is not perfected by any means, most likely works in that video as well,,thanks.

[stevensrd1]

Ok Im a bit at a loss now,,I was sure all that was going on here was just a transfer of electron flow, allowing the recharge, with a minimal of loss due to the motor. But now I see the motor is a key component. Tho I will half to do further test to be absolute sure. But I did the same design as in the schematic two batteries recharging three. Except I added a cd to spin on the motors rotor instead of like in my video where I use a glue stick to spin. Then on top of this cd I have another motor facing downward on the cd and connected. Now I wired each motor so they cause the cd to spin the same direction and connected them same as in the schematic but the recharge is off the scales in almost no time..I will need to do further test to be sure. Will try to post something about it later on here.