Water battery

[hoptoad]

Have you tried Lord Kelvins experiment? Water really puts out some kicks!

@AhuraMazda
Which particular experiment are you referring to ? Is there a website that you know of which presents an outline of the particular experiment ?
If so, are you able to provide a link to it ? I'm very curious. I already know about galvanic activity with differing metals immersed in an electrolyte.
But I am curious if there are other experiments which point to something more than mere galvanism.

Cheers from the Toad who Hops 

[Freezer]

If so, are you able to provide a link to it ? I'm very curious.

http://www.youtube.com/watch?v=oY1eyLEo8_A&feature=related

@ All earthcell pioneers  -
I finished my water cell trying 8 cells in series and parallel.  3.2 volts at 38mA.  Thats about enough for one LED.  I'm pretty much burnt out on trying water cells.  I figure the only way to get usable current out of a water cell would be to fill 5 gallon buckets full of two metals and have like 50 of them.    Of course I could charge a battery with patience.

[nightlife]

AhuraMazda, I have not tried that and if it is the same one as Freezer provided a link to, it is interesting and worth checking out.


Freezer, I found that it didn't matter how much water was used in each container, the results were the same. When I got up I checked the battery and it was charged to 4.40 volts and that is the same as the voltage of the series of 5 cups of water used. I am going to get some more supply's today to set up a better presentation as well as to create more voltage. I want to get up to 12 volts and then I will use a dead 12 volt car battery to see if the series of cells will charge it. I will then load test the battery to see if any amps are achieved. I will do this in different time intervals such as 30 minutes, 1 hour, 2 hours, 4 hours, 8 hours and 24 hours. I will record each finding and post the results.

[Freezer]

I would look for copper/magnesium sheet, as that will yield more than copper/galvanized metals.  Remember you need amps, not necessarily high volts.  Its gonna take years to charge that 12v battery with a small amount of mA @12v.  Unfortunately water cells don't give high current, at least not how it been conventionally done.  Who knows though, there could be a lot better ways to configure it.  What I have learned so far is that surface area, and distance between electrodes make the difference.

[nightlife]

Freezer, I did find that flat galvanized metal works better then round galvanized and I now have 13.2 volts with 15 9oz cups with about 3oz of water in each one. I am now charging a 9volt battery that only had 2.4 volts with this 13.2 volt series. I will post the results in about 30 minutes. It is now 3:30pm Michigan time.

I am almost positive that the metal attracts frequency's and the minerals in the water are absorbing the frequency's. I am also thinking the amps would be based on the amount of water used in each cup. I am also thinking that the size of metal used has to do with the rate of accumulation of the frequency's.

I would like to know what minerals in the water are absorbing the frequency.