My free energy experiment.

[stevensrd1]

@Diegra sure give it a try, its just an experiment right.

[stevensrd1]

This should be interesting. Im trying something different altogether. I got a wii controller and it has a battery in it. Its the kind of batteries you can take out and put them on a wildcharge charger. Anyway the battery has its own build in circuit to recharge the battery, with a blinking light and all. I took that and wired it in reverse. Im using its own battery which is a 3.7v battery to recharge 5 1.5v batteries in parallel.So far my 5 bats read at 1357 which is higher then any of my other readings so far. Its been running since this morning and its 3.7v battery still reads on my meter at 3.64Volts So this may turn out interesting considering Im recharging 5 batteries with it. Ill keep updates posted on how high a recharge they take. I like this wii circuit on this battery it just blinks away bright blue flashes on its little led light. Like I said I wired it in reverse so the circuit thinks its own battery is the input from the wildcharge recharger. And its output goes to my 5 parallel batteries. Kind of neat I think,,like I said ill post updates.

[stevensrd1]

Ok the wii experiment,,did not turn out so well, ,back to the drawing board lol

[shylo]

hi I just found out something by accident ,....I'm trying to repeat it now,....hooked 2 bats in parallel,.... to drain for next exp.....but I hooked them wrong ,......pos to pos ,...neg to cd motor,....of one battery,......neg of other bat was to ,...other terminal of motor,...and to pos of both other positives ,.....I had it run for ~4-5hrs.........nothing charged...strange thing was that the volts after running were close to the same value...ran all that time ,but really didn't lose any power.........volts......I not sure though until I get a new meter..takes some time before meter settels down......goes high and then always winds down...before settling.......shylo

[stevensrd1]

No idea, keep at it and you will figure it out Im sure. Look up theory of electron flow. It flows from from negative to positive, thats when a battery is running something or draining. In the case of the cd motor experiment it flows according to recharging, which is positive to positive and negative to negative, or rather stronger positive pulls electrons from weaker positive. And stronger negative forces electrons into weaker negative. Or again rather it pulls electrons from positive and puts them into negative, which is reverse of draining, Its how batteries recharge by electron flow in reverse. A recharged battery just has more electrons in the negative side of the battery and less electrons in positive side of the battery. When a complete path is formed. Say a battery and a motor only,,electrons flow out the negative through the motor and into the positive. This happens until the positive side of the battery has as many electrons as the negative side of the battery has,,then electron flow is equalized and stops flowing. In the cd motor experiment, the two main batteries in series are stronger then say two or even three batteries in parallel. So the batteries in parallel can recharge. Batteries in series their voltages add up.. Batteries in parallel their voltages dont add up but remain the same. So two batteries in series add up to say about 3 volts or so. Two batteries in parallel even if recharged, will read just 1.5 volts or so. When we fully drain the parallel batteries before a cd motor test, we make them so they can recharge the most or accept the most electrons without as much resistance, because the more they recharge the more internal resistance builds up in them to resist recharging. And by being sure your series batteries are fully recharged before a cd motor experiment we will be providing the most electron force or flow for the longest time, allowing more of a recharge into the parallel batteries. Just remember when a battery drains running something, electron flows one way,,and during recharge flows in reverse..