Real OU-Effect to Share with everyone!!!

[NRGFromTheVacuum]

Here are two pictures I captured from the video.

The first picture is the peak current draw from the blue cap before the voltage in the 30uF cap rises to 154.5 V (Minute 1:52)

The second picture is the peak current draw from the blue cap before the voltage in the 30uF cap rises to 145.7 V (Minute 1:21)

You can see that the more current I draw from the source the less energy I gain in the collector. (This is a key point in Free Energy Generation)

[CTG Labs]

Hi NRG,

Does the effect disppear if you use something other than the piece of iron on which to spark the connection?


Thanks,

Dave.

[NRGFromTheVacuum]

Hi NRG,

Does the effect disppear if you use something other than the piece of iron on which to spark the connection?


Thanks,

Dave.

Dave great question,

By "spark the connection" are you referring to the Zinc strip contacted by the two alligator leads?  Seen to the left here (Minute 0:34) http://www.youtube.com/watch?v=NhS4TxP29mM

I have used Brass, Nickle, Carbon, Zinc, Copper, and Magnesium strips in the past to connect A, B, & C wire http://www.overunity.com/index.php?topic=6734.0. None of which have an extreme negative/positive effect.

Besides the strips, I have only used the side of the 30uF capacitor case to connect AB&C wire.

I will try to include the results of using each material in future video's, which should be rather interesting.

You can find the strips here http://www.unitednuclear.com/chem.htm

[hartiberlin]

There is one event in the video at:
http://www.youtube.com/watch?v=4RGgrkMocCo

watch minute 1:07 and 1:09.

where the COP is at least 5 in my calculation.

Have a look at this:

http://www.youtube.com/watch?v=F3fxOqjSsyc

He calculates COP= 16,
depends on what exact voltages you read there.
Also the chargeup backside cap is only 30 uF and not 32 uF.

But this is extremly interesting and definately overunity.

My calculation got me COP= 5  with using the 
start voltage= 25.88 Volts and end voltage 25.87 Volts on
the 7500 uF supply cap C1 and the 30 uF charge cap C2 charged up to 25.62 Volts.

So lets calculate:

Before test:
EnergyC1= 0.5 x (25.88)^2 x 0.0075 Farad= 2.511654 Joules

After test:
EnergyC1= 0.5 x (25.87)^2 x 0.0075 Farad= 2.509713375 Joules

Energy lost in cap C1= 0.001940625 Joules

Energy in Cap C2= 0.5 x (25.62)^2 x 0.000030 Farad= 0.009845766 Joules

So COP = 0.009845766 Joules  / 0.001940625 Joules = 5.07

Regards, Stefan.

[PaulLowrance]

Hi Stefan,

That's definitely worth investigating!!  Another example is 1 minute and 50 seconds into the first video at -->

1:50 to 1:54
http://www.youtube.com/watch?v=4RGgrkMocCo

Blue cap: (0.5*22.07^2*7500e-6 - 0.5*20.23^2*7500e-6) = 0.29187 J
Gray cap: 0.5*155^2*30e-6 = 0.360375 J
Efficiency: 0.360375 J / 0.29187 J = 123%

That's over 100% efficiency!

PL