Ambient Energy Collection Device
From Byron New Energy
Here's a project sent in by one of our members. It's amazingly simple.
Make a 300'(feet?) antenna constructed out of THHN #12 wire about 14'(feet?) above the ground.
Connect one end of this feed of the Antenna down into a four 1N4007 diodes and built a full wave rectifier.
([see circuit diagram here (scroll down for picture on this page)]).
Connect up the antenna feed to the a/c side of the rectifier and the an Earth ground (15'(feet?) horizontal pipe buried 6'(feet?)) to the other side of the AC input of the rectifier.
On the dc side (Pos & Neg) of the rectifier, connect up to two, 330 volt, 25uF, AC capacitors (Can type).
Check the a/c voltage on the antenna which should be in the region of a standing voltage of 20 - 21 volts a/c continually.
You should be able to continually collect or charge the capacitors
to the standing voltage and above i.e. 300 volts. ([see movie here]).
You should be able to discharge the capacitors, displaying
quite an arc, so the current level is high. The key to this circuit is the
full wave bridge and not to large capacitors.
Apparently, this one works every time, provided one has a voltage on the antenna.
Wow! How simple is this!
Further experimentation may be to coil the wire to make it more practical and also place it higher off of the ground.
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[edit] Further
Ok, the 300' of #12 THHN is what I had around, so use I it. I had tried #16 and it worked from a while but broke in two in time. The #12 has worked out very well due to the weather we have here i.e. Snow, high wind at time, etc. Also the larger diameter helped with the standing voltage on the antenna (20 volts AC).
I do not feel that the device is receiving static charge, but RF (radio frequency) energy. Also as far as power I have been able to draw a 1/4" - 3/8" arc when shorting the caps. There is power in the current setup, but really needs additional work to improve it.
One option I am going to try is to make a air coil out of the wire and elevate it 20' - 30' . If i did the math correctly the coil antenna should be about 6' in length. Planned on using 4" diameter PVC pipe to wrap the coil on. Picture a T section with 3' of pipe on each side of the T. The long leg of the T would be the mast. The mast was also going to be made out of the same stock. The larger section of the mast will allow for more stability. Another option is that this concept could be rotated for tuning purposes.
[edit] Shoppinglist
1x 300feet of THHN #12 Copper Wire
4x 1n4007 diodes
2x 330volt AC 25uF motor capacitor
1x 9feet steel rod
[edit] Further Links
[edit] Discussion
[[1]] discussion on overunity: "...I built one, saw very small voltage and no current with a 200' antenna.
I also remove the tops from metal power transistor, same deal.. On them I have fair voltage but again no current.
You can build on, but I was very disappointed...."
"chose smaller on condensors
like 1-5 uF (mF) 500-2000V polyester mylar condensor (blocs) like they are used. also old metal-paper condensors can be used. do NOT use electrolydt condensors , because the leackage is tu high
TV-Sets.
That wil be "store" the voltages
for short use the currents .
if so "higher" the antenna , so higher the voltage.
i will look to find out some lists and pictures GDP"
