My free energy experiment.

[stevensrd1]

I found another experiment Ive done recently interesting, Im going to mention it here,,then this will be the last one for this topic, since its already 10 pages long mixed with several experiments. Ill prob put this last one under another topic,,different name, eventually. So I bought a 12 volt to 110 volt inverter, it only handles 5 watts max, small thing all things considering. Anyway I powered it with 4 AA batteries and recharged a 9 volt battery with it. I used a rectifier on the 110 AC output side of the inverter, then the pos and neg of the rectifier went to the 9 volt battery. It recharged the 9 volt battery well in around 12 hours. So I thought it was neat and would mention it as the last thing for this ten pages..When or if I put this one under a new topic Ill add some pics and and stuff..

[conradelektro]

So I tried it all without the cd motor, I just replaced the cd motor with 5 diodes in parallel, directing the electron flow away from the parallel batteries, and it all works the same, or better without the small drain from the cd motor. So its not the cd motor that makes it all work, its just the combination of series against parallel.. Kind of neat!

This thread is very interesting, thank you for all the posts and explanations.

The 5 diodes in parallel replacing the dc-motor is like the zenith of your experiments.

I would like to know how long the charging of the three batteries took in the circuit with the 5 diodes in parallel?

With the dc-motor (or the two dc-motors) the charging took many hours? Was it minutes with the diodes, or also hours?

I guess the charging stops once:

(Voltage over the two batteries in series) = (Voltage over the 3 batteries in parallel) + 0.8 Volt

0.8 Volt being the estimated Voltage drop over the diodes.

Greetings, Conrad

[stevensrd1]

All the recharging took many hours, more like a trickle recharge I think. You can get faster recharge times using higher voltages, or should I say with higher current, as any AC battery recharger can do, but the methods I used for those experiments were of equal or even lesser voltages, which takes alot of time for trickle recharging, ranges vary depending on type of batteries,,and different setups used, as there seems to be alot of ways to do such. Sometimes up to 12 hours or a little more. Personally I like the last experiment, which to me worked very well and did recharge my 9v battery up fully, which I had previously drained completely. That was using the 4 AA batteries powering the 12v to 110v inverter.

[FreeEnergy]

use supercapacitors...

no?

[mscoffman]

I found another experiment Ive done recently interesting, Im going to mention it here,,then this will be the last one for this topic, since its already 10 pages long mixed with several experiments. Ill prob put this last one under another topic,,different name, eventually. So I bought a 12 volt to 110 volt inverter, it only handles 5 watts max, small thing all things considering. Anyway I powered it with 4 AA batteries and recharged a 9 volt battery with it. I used a rectifier on the 110 AC output side of the inverter, then the pos and neg of the rectifier went to the 9 volt battery. It recharged the 9 volt battery well in around 12 hours. So I thought it was neat and would mention it as the last thing for this ten pages..When or if I put this one under a new topic Ill add some pics and and stuff..

@stevensrd1

Did you happen to measure the voltage you were applying to the nine volt battery?
This may depend on the failsoft startup mode of the inverter and you may want to
take precautions with any other inverter. Most inverters will not start up on 4 AA
batteries = 6VDC, as they don't want to discharge a 12VDC automobile starting
battery too low.

:S:MarkSCoffman