170 watts in - 1600 watts out - looped - Very impressive build and video

[ariovaldo]

Using a large laminated core


Ariovaldo

[smoky]

Thanks Ariovaldo,
It seems like Lenz effect is still present using the traditional 3 phase dive method.


In the first case (ignoring any phase shift) your input current increased by 1.7 Amps at 110V
so roughly 187 Watts. Which is close to the total value of the 4 load lamps.
At 1.8A x 97V about 175 Watts actually reaching the load.


With no load it is likely the Amps & Volts are quite out of phase, so cant really just multiply the two.
We know it would be less than this multiplicand tho.


Not sure what you did in the second case but there was a dramatic improvement.
Your input power under load dropped by about 11% whilst at same time the power reaching the loads increased by 54%!


As far as Lenz goes your change of input power still changes but to a lesser extent.
Just taking the differences in Amps it's only 0.9A at 110 V  rather than 1.7 Amps.


Well done Ariovaldo,

[AlienGrey]

Is this device the same or similar to the The Clemente Figuera high-power generator ?
Only i'm a bit confused what's really going on, what we realy need to see is a block diagram.

Original device The Clemente Figuera high-power generator  by Patric Kelly
https://www.youtube.com/watch?v=notgCACOQr4

[smoky]

Hi Ariovaldo,


If you wanted to continue with this.
The input current is possibly higher because the main rotor is missing from the 3 phase motor housing.


If you are running a VFD and using say 50Hz for these tests.
Try increasing the frequency to say 100Hz, increasing like this should compensate for the lack of inductance.


If the frequency gets too high capacitive coupling rather than inductive can start to occur making readings incorrect.


Then run the last set of tests again, see if you can reach a point where power in loaded is less than power out loaded.


Also remember sometimes our instruments lose accuracy too away from their designed frequency range.

[hartiberlin]

Has anybody and idea, how he would be able to get 60 Hz rotation frequency out of the slow relays switching ?
I spoke today with a friend who already used these relay boards and told me, they would only do about 10 to 20 Hz
reliable at maximum frequency....
So if Mr. Cotnoire is using 36 coils and switches each on one after the other he will never get 60 Hz, but only if he maybe
uses overlapping On/OFF periodss of each relay, but then he also would not get more than maybe 10 Hz rotation frequency of the magnetic field
inside the motor core...
Also his little magnet spinner did not do 60 Hz....

So the question is:
Will the drill he has shown also operate with maybe 10 Hz instead of 60 Hz ?
Will the Microwave also operate with 10 Hz AC ?

Can somebody please comment on this ?
Many thanks.
Regards, Stefan.