Earth Electrical Energy Datalogging Experiments

[MW383]

My output has changed slightly from my EB, on Monday night... at .95 volts DC and rising slowly and
2.53 mA.

I have a very small EB of similar construction that is showing about .75VDC, 3ma, and 1.5VAC. It is only a 6" piece of copper and zinc nail so it will never set records in energy potential. It is still useful for observational purposes though, especially frequency aspects.

Other news.....
My latest frequency experiments involve running a 25-50KHz inductive field through the ground in parallel to the natural magnetic field vector for my location. This device really intended to generate eddy currents on a dead shorted 'secondary' but it is what I am using none the less. I am not wild about these particular frequencies but it is what I am limited to with my setup. I have a bifilar voltaic coil in the vicinity that I am observing for any changes in output (above what I know it to do statically). This is basically an experiment aimed at talking with the ground, or at least electrical component of it. If anything, it is more sophisticated than some of the other experiments I have running. As far as resonant circuits (mentioned a few posts back), this test setup utilizes them in conjunction with potential high amp draws associated with its design. Again, not optimal deal here but being utilized anyway for experimentation purposes only.

cheers.

[Cosmicfarmer]

Hello, this is just a question I had to ask because I did not know who else would know :-)

I would like to charge a 6volt with a fuji CFL circuit, but instead of the CFL, have the battery being charged. Would the high voltage harm the battery, or desulphate it? like the SSG does? Same procedure, almost... charge an inductor and put the collapse in battery...

Would it matter if I put 6v or 12v SLA over the ~500v fuji output?

Or even a joule theif, if one could be made big enough. Has someone charged a 6v or 12v with a joule theif? If someone knows of any references I could use them.

Thanks. Just trying to design a battery charger powered from ground rod. Has anyone done that yet?

[Pirate88179]

Cosmicfarmer:

Others, that know more than I, can respond but I would think you would have to step that Fuji output down.  Of course, when you do, there will be losses but if you don't, I think it will destroy a battery in quick order. 

Why not charge a series of supercaps and dump them to the battery?  Maybe something like 5 supercaps (650 farad) at 2.7 volts each=13.5 volts.  I believe this would be safer and very doable.  I can charge a 9 volt battery from my EER/supercap/Bedini motor set-up.

Bill

[electricme]

@ freepow,

Thanks Bill,  Is it a worth while persuit to harness power from power lines or is it better to stick with EB's?

  well, there is no law saying we carnt harness stray electrical energy, after all, if it has 50Hz or 60Hz, it is all paied for as far as I can see, so the tric is to filter out those frequencies with a notch filter so you ban them from the rest of the system, so they carnt come back and screem you steeeeeling power.

OK, now I have a few more pages to read up before I get to the last post.

@jeanna and frepow,

I think tishatang means this.
Pull a multi gang capacitor  (tuner) out of a old radio, tube or valve type, then make up a tank circuit like we did on the joule thief forum.
There is in this case 2 capacitors at play here, a fixed value cap and a variable capacitor, it has aluminium plates, one set is fixed to chassis/earth, the other is variable and dissappears in or out between the plates by a tuneing knob.

The output goes to a sensitive volt meter or galvo meter.

Is this right tashtang? does my drawing come close?
dont worry jeanna, I dont know 4 sure lol.


jim

[electricme]

@mw383

I have a very small EB of similar construction that is showing about .75VDC, 3ma, and 1.5VAC. It is only a 6" piece of copper and zinc nail so it will never set records in energy potential. It is still useful for observational purposes though, especially frequency aspects.

Other news.....
My latest frequency experiments involve running a 25-50KHz inductive field through the ground in parallel to the natural magnetic field vector for my location. This device really intended to generate eddy currents on a dead shorted 'secondary' but it is what I am using none the less. I am not wild about these particular frequencies but it is what I am limited to with my setup. I have a bifilar voltaic coil in the vicinity that I am observing for any changes in output (above what I know it to do statically). This is basically an experiment aimed at talking with the ground, or at least electrical component of it. If anything, it is more sophisticated than some of the other experiments I have running. As far as resonant circuits (mentioned a few posts back), this test setup utilizes them in conjunction with potential high amp draws associated with its design. Again, not optimal deal here but being utilized anyway for experimentation purposes only.

cheers.

About the dead shorted secondary, put a 3AG glass fuse as the connection short.
If this fuse blows (upon successful experiment) it will give you a close approximation of the juice you got out of it. Well you might be away from the experiment.

In other words when you get your experiment to resonate (tuned) with telleric waves, at a certain point the fuse OCs and you have the sweet spot" where the energy is.

BTW following jpg is for mw383, I have a few more as well lol.