My free energy experiment.

[stevensrd1]

No,,your design is breaking the series side which lowers the overall energy between the series and parallel, two batteries in series is stronger then two batteries in parallel. Thats what makes it all work in the first place,,its like a game of tug of war between the two positives, and the series positive is stronger, no matter how many batteries you have in parallel. The parallel batteries always add up to the same voltage, because all their positives are connected and all their negatives are connected, so they add up to just one battery, the batteries in series increase more and more with each added battery in series.

[stevensrd1]

I got a new experiment going, since some wondered if it would work on larger batteries or using higher voltages, Im using the one cd motor in this as well. Its the same design as posted back. Since I dont have 12 volt batteries to use, the next largest batteries I do have is the batteries in an old laptop battery. In a laptop battery depending on what kind, there are usually several batteries inside the one battery. In my old laptop battery it had 9 Li-ion cells of size 18650 which are 3.7v each.
So I took 4 AA batteries and am recharging 3- 3.7volt 18650 cells with them. 4 AA batteries total around 6 volts, where as 3 18650 cells total around 9 to 10 volts total. So like in the previous one cd motor experiment, I have the 4 AA batteries in series and the 3 18650 3.7v cells in parallel. I started out using the DCV 200m setting on the digital meter to check these 18650 cells as they recharged, but now since their voltages have risen to 3.47 volts I can no longer use the 200m setting on the meter, as I half to use the 20 setting now because they have risen in voltage so much. The experiment started around 3 pm earlier today and its around 8 pm now. The experiment is running well,,the cd motor is spinning the cd so fast its hard to tell its even spinning, by looking at it, yes its well balanced now, thats fast. Of course if you touch it, it will fling your finger off its spinning so fast lol. And as I said the three recharging 18650 cells are reading 3.47 volts,,thats a piece. So its going well, will write more on this later.

[stevensrd1]

Well it worked,,not as good as I had hoped however. But considering I was using old lap top batteries, that would not hold a recharge in the first place, this test will have to be redone at a later time.

[Michaelpier]

Any updates on this Steve?
I saw a video on tube and i thought to post it here in case you didn't watch it.Looks like a similar concept.

http://www.youtube.com/watch?v=01NCrEmodqs&feature=related

[stevensrd1]

Haven't really been messing around much lately with this, been doing other things. I still ordered a firewire card for my camera so I may redo some of these experiments sometime later and make some good video of it. As to the last experiment done on this forum topic, using lower voltage batteries to recharge higher voltage batteries, there are no updates. This part I reedited>> I could have used lower powered batteries such as 2 AA batteries to recharge a 12 volt lead acid battery, from what I read some years ago. The way this is done is pulse the 2 AA batteries through a transformer primary, while the secondary is hooked to the 12 volt lead acid battery through a diode to prevent back flow of electrons. You see it works by using high voltage yet low current, and such will recharge larger batteries, such as say a 12 volt lead acid battery, but it only works with lead acid batteries, from what Ive read! And it takes quite some time to trickle recharge the batteries that way, but it works and will recharge them fully. There is a bit of mystery as to the theory of how it works, but since it only works with lead acid batteries, Im sure it has something to do with how the lead and acid react with high voltage, even at low current. All that is nothing new by the way, tho few have heard of it.