Bedini SSG - self sustaining

[plengo]

teslaset,

nothing is moving. It is very easy to make an SSG self-oscilate. I have many videos in my youtube channel (under plengo) that shows that. It is just a matter of reducing the resistor value connected to the base of the transistor until you get it running.

Sometimes it is necessary to pass a magnet over the coil once to trigger and it will go.

My setup for this self-running is not easy to replicate and observe I would say. One must observe for days until noticed and understand the behavior of the battery.

if the battery is fully chaged, it will go down a lot but there is a point where it stabilizes and there it goes up and down, and up and down. Stop for 8 hours and the voltage will rest at a point. Start the whole process again and keep giving rest to the battery (disconnect fully from the system) and the voltage will start resting at higher and higher levels.

I started with two fully charged batteries at 12.50v and now they are at 11.50v. During the experimentation I have tried many variations and never recharged the batteries again. So I end up with voltages as low as 9v.

Than I found this fine point where you see on the diagram and it keeps a very fine balance. Give it a rest for a few hours and voila, voltage rest at higher than when started.

I am planning to leave this untouched until it either will kill the batteries for good or go higher and higher. Time will tell.

I added a switch that turns on/off every so often to do that rest for me.

My findings leads me to conclude that SSG indeed creates a signal that the battery is capable of converting into good energy that can run the system, BUT you can never really take energy out and in on the battery at the "same instant in time". One must let the battery either be in "charge" state or "load" state.

That's why I use the switching mechanism. Bedini shows that clearly in his free energy book with the motor and a heavy fly wheel.

I must confess that batteries are very tricky. They ghost charge and tricky you a lot and my biggest difficulty is distinguishing that. When it is a good charge or a ghost temporary charge.

I noticed also that when the battery is very low in voltage it behaves the best in receiving the radiant energy.

Fausto.

[teslaalset]

@Fausto,

Are you saying that there is no external magnet present near the bifilar coil when self-oscillating?

[plengo]

@Fausto,

Are you saying that there is no external magnet present near the bifilar coil when self-oscillating?

Sorry. There is. I am just not spinning the wheel. Yes, they could be helping the self-resonating although I don't think it is really relevant.

Fausto.

[teslaalset]

Sorry. There is. I am just not spinning the wheel. Yes, they could be helping the self-resonating although I don't think it is really relevant.

Fausto.

If there is even the slightest (not noticeable by eye) movement, it is very relevant.
If you move a permanent magnet across a magnetic iron core, it will influence the B-H curve.
B-H curves are extremely sensitive to external magnetic influence.
If the B-H curve is altered during the electronic pulsing of the coil this might be the clue for OU.

[plengo]

Oh I see. If that's the case, YES the wheel vibrates very tinily during the pulses, so all 6 coils will have that B-H curve affected as you say (aka Steorn??).

Indeed that could be one of the pieces of the puzzle. I am very sure that the battery is extremely important element because replacing with CAPs (no matter how small or big they are and voltages) the difference is simply too dramatic and negative.

Caps work well when used to maintain certain voltages or better avoid voltage fluctuations and that with 50% losses off course. When used as storage it is simply a disaster.

Fausto.