My free energy experiment.

[stevensrd1]

Ok so instead of redoing the whole dang experiment which would take a day or two,,I just swapped the batteries again,,this is twice Ive swapped them,,and I drained one of of those parallel bats completely. This removed the resistance I was talking about earlier. I thought this was going to turn out bad,,cause I took a nap and woke up and the motor was not spinning. But come to find out, it was a simple short in the battery case, And the motor is zooming like it should be,,so here is my readings on this so far. At 12:00 this morn they read 1283,,this was after motor start up. At 12:04 pm 1290,,at 12:26 pm 1292, at 12:45 pm 1295,,at 1:34 pm 1297, at 3:46 pm 1290, at 5:25 pm 1303,,at 6:23 pm 1308,,so this seems like its doing like it did on the first start of this test,,remember this is the second swap of the batteries. So it is self sustaining, with manual swapping of course. I just forgot to drain that third parallel battery on the first swapping which was giving me all the resistance. See Im letting the electrons do all the work,,as they naturally would,,Im just providing the means to keep it all circulating, and this gives me three recharged batteries at the end of each run, and since Im only using two batteries to run it,,Im coming out ahead..Ill post more on this later..

[stevensrd1]

This is continued from my last post,,all is the same, here is the readings, 6:55 pm at 1312,,8:10 pm at 1318,,8:53 pm at 1321,,9:36 pm at 1323,,10:04 pm at 1325,,Ill post more later

[stevensrd1]

Just another update,,all is same,,were at 1331 at 12:28 pm---new update as of 1:26 am,,Dont think its going to make it to 1350 this time.
Still at 1331 but the motor has slowed,,the reason I think it did not make it to 1350 is because on that first battery swapping,,remember I did not drain that third recharged parallel battery. So I did not get the full recharge there because of the resistance of that recharged battery in with the other two parallel ones. I did just let it run to finish then I swapped them again,,and on that second swapping,,I did drain that third recharged parallel battery,,but still got loss from the first swapping. Seems its unity at least. I would surely have reached 1350 this second swapping if not for that. I may just redo it all again..and be sure to drain that third recharged parallel battery after each battery swapping,,I should have known that lol.

[shylo]

Steve you said to drain the bats, you let the motor run dead then short it to get the remaining volts ..........so do your batterys read 0v before you start?  My batterys read.8v won't run motor is this dead enough to start test?...shylo

[stevensrd1]

Before starting the test,,I run the parallel three bats separately on a motor,,till the motor stops running, that can take a while,,Im sure there are other faster ways, then take each bat and cross the positive and negative to drain any remaining charge in them. Best to leave it still connected to a motor even after it stops running for say an hour, then there is no chance the battery will heat any when you cross the positive and negative,,cause its to low to do that then. And even after doing this the meter will still show some voltage in the battery that will rise then stop in time after that,,like say if you kept checking it on a meter. But it will be drained as far as drained goes. Because were just recharging it the same way any charger would. The difference is on a plug in recharger,,when you stick a battery in it,,it dont matter if the battery is drained or not,,cause the recharger has a high enough output to still force recharge,,even if there is resistance..And it still goes positive to positive and negative to negative to recharge a battery, The stronger positive will then pull electrons from the weaker positive, and the stronger negative will force electrons into the weaker negative, it all flows the opposite way from that as it drains or powers something. Doing it in the experiment on this forum its all the same,,we just dont want the resistance that a battery will have with any remaining power in it. So start with the three parallel batteries as drained as you can get them,,and be sure the two series batteries are fully recharged.