My free energy experiment.

[stevensrd1]

I posted some pics of the solid state recharger Im working on, Im using one battery to recharge two in parallel on this experiment. These pics were taken after a new restart with the main bat fully recharged and the two in parallel fully drained,,well its been running an hour or so anyway. The pics were not so bad on my computer but after I uploaded them to my freedrive they seemed way darker, so you really cant see much,,sorry. My better camera only does pics until I get the right cable, which I should have in a week. Then Ill do video. I can do video on my older camera but its not so great. Anyway you can look if you want, dont expect much on these pics there just to dark. I did take a snapshot or two of my cd motor experiment running. Oh ignore the messy table lol. Ok so heres the link http://www.freedrive.com/file/1300231 Ill get some good video in maybe a week, when I get that dv cord,,should be bright and clear then.

[stevensrd1]

Heres some updates. My battery to battery recharger seemed to work well, it was not long after I posted that article a few back when I said the reading was at 1339, I simply changed it to two batteries on the recharging side and in parallel now, it still has one battery as the power source,,but it is not a rechargeable battery. The batteries on the recharging side read 1309, at 12:03 am,,the second battery I put in was completely drained, so everything lowered on the meter. Im still running the cd motor experiment, but its restarted. What I mean by that is I put the main batteries in my 1 hour plug in recharger for about maybe 10 minutes, then I just put them back into cd motor experiment. But on the parallel side I only have two batteries this time,,not three. And they are reading 1360 as of 12:04 am, I should note here that the two batteries this time on the parallel side were not drained as I usually do, I was just playing around this time anyway, so I left them as they were. They seem to be taking on a nice recharge. So both of these experiments seem to be doing well. I can get some video in a week or a little longer perhaps then a week,,it depends. Really you should just try the cd motor experiment yourself. As to the one battery recharging two,,that uses circuits, so Ill half to make a schematic for that I guess later. Ill still get video tho later..

[Low-Q]

Ive been doing a little experiment for years, every time I do it, it still amazes me. I took a small motor, then took it apart, and on the rotor shaft where there is three contacts, I bend one out and in till it drops  off, remember this is not the two main power contacts on the back of the motor, but it is one of the three contacts on the motors shaft, the part that has the coils on it,,then put the motor back together. Oh do this carefully if you try it least you break a coil wire and it wont work. Anyway so this turns the motor into what I call a pulser motor. As power is applied it will make and break electrical contact as it spins. You may have to start this motor by hand, once its started it keeps going. Now to the neat part. I take two batteries 1.5v rechargeable and wire these in series, as a separate circuit so to speak. Then I take three more of the same kind of batteries and wire these in parallel. Now what you do is take the negative of the parallel set and connect it to the negative of the series  set. Then you take the positive of the parallel set, connect it to the pulser motor then to the other positive of the series set. Now the motor should be spinning, if not give it a hand start. This thing will run for up to 24 hours but varies, and it will also recharge the three batteries in parallel. So we have two batteries draining, three recharging and a motor spinning. Be sure when starting this experiment your two batteries in series are fully charged and that your three batteries in parallel are fully drained. Here is another hint, you will know you got the pulser motor working right when you can stop it, and it stays stopped,  and restart it by hand,,when it is connected to the batteries. This should be simple enough to follow I hope. Enjoy.

This is basicly a motor that runs on 1.5V. The sudden break of the commetators inside the motor will pulse charge the battery, but the energy you use to build up the magnetic field will steal the same amount. Take the resistance and the heat due to loss in the motor, this motor will run on 1.5V pretty inefficient. I guess you have already experienced that this motor did stop after some time with the same batteries.

Vidar

[shylo]

hi tried another exp.  put 2 car bats in series ,..#1-11.6v...#2-10.25V,....put #3car bat 10.75v,..parallel with lawn tractor battery 4.1v...ran the positive of series to postive of radiator fan motor,...ran negative of fan to positive of parallel #3 ....neg. of lawn bat to neg. of series,....this ran for ~3-4 hours ...# 1-10.5v,..#2-4.75v,...#3 -10.25v,...lawn bat 11.95v...put #2 on trickle charge 15mins....10.75v,...usually takes at least 12 hours to do this...plus the lawn tractor bat has been dead for 3 years until now. I'm curious as to why #2 lost so much compared to #1 since they were in series, and why #3 hardly changed, while lawn increased quite abit....any ideas?....thanx ...shylo

[stevensrd1]

Low-Q Yeah I would say its pretty efficient considering you can run it on two batteries and recharge three batteries with it at the same time. But the posting you copied from was for the altered cd motor,,these last posting, last few pages even are about an unaltered cd motor, since the unaltered or regular cd motor does just as well if not better in some ways.