This is the researcher I'm talking about   http://www.youtube.com/watch?v=PhhLNjGpqfY&feature=related   What if hes on to something here?
What if his electrodes never corrode?What if water could be used in a NEW WAY to get electricity directly from zero point?triffid

Quote from: triffid on January 20, 2012, 06:56:07 PM
This is the researcher I'm talking about   http://www.youtube.com/watch?v=PhhLNjGpqfY&feature=related   What if hes on to something here?
What if his electrodes never corrode?What if water could be used in a NEW WAY to get electricity directly from zero point?triffid

Yes I've seen Plengo's video's before. He does great work. From all my testing I've found that water is the main reason why metals corrode, but this doesn't mean that we should abandon water completely. Plengo and many others do post over here, this is where my cells got their start from, was from here [size=78%]http://www.energeticforum.com/renewable-energy/7351-bedini-earth-light.html[/size]


Dealing with water can be tricky, water can and will corrode the metal if you don't use the correct electrolyte or correct metal. What made my cells so great was that they still gave a voltage even when dry.

62 hours after they were made the mg/cu  cells read 1.06 and .68 volts(this one I messed up in its making).The two tin can lid cells made with magnesium read .87 and .76 volts .the tin can lid cell made with copper reads .28 volts.The other one(tin can lid/cu) reads .11volts.
Conclusions,I think I'm getting better at making these cells?
Mg is a power metal for sure
Mortons brand salt sub made the difference.
To get my 17.8 volt panel I will have to use more than 20 cells,24 cells at .78 volts each since I want to use my tin can lid,mag cells for that project.
Whats ahead besides making a panel?Letting these cells dry a little more.Get a more accurate number of volts since they tend to go down some more in volts as they dry some more.Maybe getting some charcoal and sand from my little beach down along the miss.river
everyone have a great day.triffid

Ok  four days have passed since my last cells were made(96 hours).The mg/cu cells are reading .78 and .62 volts. The tin can lid cells with mg are reading .86 and .75 volts.The tin can lid cell with copper plated zinc disk is reading .27 volts.


Since the cells I have to stir are not working properly(im told they need to be at least 1.1 volts when dry).I will use the tin can lids with mg which I do not have to stir to make my 17.8 volt  panel.I will need 24 cells to do that.In order to charge a 12 volt car battery you need about 18 volts coming in from somewhere.I will connect a fully charged battery to my panel and blocking diode.My purpose is to keep the battery topped off only and run some led lights from the car battery for now.No need to start with an empty battery at this time. triffid

  triffid:
   To get 18 volts into a 12 volt battery you would need many many many cells. As once the cells are connected to the load they will drop to about 1/10 of their starting voltage, plus have no real current to charge with. 
  You might do better charging small AA size rechargeable batteries, first.  But, you may still find that to charge them, you will need some current, which your cells don't have.
 
   Below is a picture of one of my cement cell banks, and no they don't work very well for charging batteries, regardless of how many volts they produce, and are best connected to low draw oscillators.