Bedini motor with Avramenko plug OU COP = 1.1

[hartiberlin]

Hi All,
have a look at this motor:
http://uk.youtube.com/watch?v=uoC5V53Iols

He is getting overunity with it.

18 Volts x 200 mA input= 3.6 Watts of input power.

110 Ohmx x (0.190 A)^2= 3.971 Watts Output !

That is a overunity COP of 1.1 !

Congratulations !
Many thanks.
Regards, Stefan.

[TinselKoala]

With such good measurement techniques and instrumentation, I have no doubt that you are correct. Definitely overunity.
So it would be trivial to hook the output up to the input and watch it run itself, without an external source of power. At last.

I will be looking forward to the awarding of the Overunity Prize to this inventor. When will you be sending him the check, Stefan?

[hartiberlin]

Well, he surely has to measure it with a scope to be sure.

But maybe he will get it to feed back and have a selfrunner ?
Although, at COP= 1.1 this is probably not possible...
He would need at least COP= 2 to 3 to get a stable feedback....

Also then it needs to put out 1 Watts additionally to apply
for the OverUnity Prize.

Regards, Stefan.

[TinselKoala]

Oh, I forgot about the One Watt requirement.
So, assuming it could self-run and produce, say, 100 mW excess, would it be legal to assemble 10 of them together, to get to the One Watt requirement? If not, why not? After all, something like a Johnson Noise Diode Array would also be assembled from many smaller units each only contributing a part of the power.

I don't see why a COP of 1.1 wouldn't allow self-running. By your own figures, the device creates 371 mW excess power. That means it makes the same amount of power that it uses, plus 371 milliWatts more. So, unless your power storage/transfer system is remarkably inefficient, there is plenty of power to run itself. If a battery charger system has too many losses, try capacitors. Capacitative power storage can be very efficient.

[hartiberlin]

Okay, if it is under 25 Kg in weight all in all
and all devices selfrun and put out a total of 1 Watts free energy, why not...

Regards, Stefan.