Pierre's 170W in 1600W out Looped Very impressive Build continued & moderated

[r2fpl]

Something like that. For a test I would just do on selenoid with switching coils in each layer to achieve moving magnet simulation like in picture attached.

Cheers!

I do not understand why spin the field?
The same can be obtained by changing the intensity of the field. So we do not change the polarization only the intensity of the field as in the movement of the magnet. Two coils as in the drawing will suffice. The current is never switched off but only increased and decreased. Is there any profit then?

[konehead]

Hi all
My friend Gary Porter just tested his version of DZ generator, and like everyone else so far he got measly voltage and power out of the locked rotor windings.
He thinks why this is so. Is because the rotating field windings do not cut through the locked rotor windings as they should at
90 degrees. Something to think about and correct somehow.


R2flp:
That is really good idea the two coils each end varying their intensity in place of field rotation.
Perhaps have one end coil be much stronger than the other, and then flip it have other end much stronger...
Have one pushing through while other pulls and try to get the pulsed flux to travel full length through fixed coil in middle.
Also perhaps just energize end coils just at rim and edge of fixed middle coil create a sort of tube of alternating flux that.moves back and forth around the fixed middle coil...
Anyways really good idea..maybe Pierre is doing something like this each step of rotation too...


To all:
Perhaps a simulation of Lenz law forces is needed in the pulsing scheme....some sort of resistance to the flow.of rotation because without resistive load in rotating generators you will make zero power and so that is what people get so far...maybe this Lenz law simulation could be brief bucking event after every step or every pulse not sure just thinking whatever this could be
Could be the polaritynoverlap of the steps in rotation could be pulse polarity reversal could be both or something else

[pedro1]

Here is your piece of wire.  Where's the trick with him? I can not see him in other films.

First video.

tu ne peut pas le voir car c'est juste un morceau de plomb  pour souder mes circuit  que j'ai due oublier sur la table et qui c'est ramasser a cette endroit

En.  you can not see it because it's just a piece of solder wire I use for soldering my circuit that I forgot to pickup on the table.

[ARTMOSART]

Bonjour à tous,
j'ai passé beaucoup de temps sur ce projet sans aucun résultat positif!ma conclusion est en toute logique ,une conviction que le DZ Gen n'a pas la preuve de son fonctionnement .
plus précisément il n'y a simplement pas de relation entre la source (voltage dans les  Super cap) et le voltage afficher sur le V/A de sortie  qui reste constant à 139V  alors que la tension d'entrée varie entre 19,2V à 24,2V (dv=5V) .
cordialement Mosha.
EN:

Hello everyone, I spent a lot of time on this project without any positive result! my conclusion is logically, a belief that the DZ Gen does not have proof of its operation. more precisely there is simply no relationship between the source (voltage in the super cap) and the voltage display on the V / A output which remains constant at 139V while the input voltage varies between 19.2V to 24.2V (dv = 5V).

[r2fpl]

Bonjour à tous,
j'ai passé beaucoup de temps sur ce projet sans aucun résultat positif!ma conclusion est en toute logique ,une conviction que le DZ Gen n'a pas la preuve de son fonctionnement .
plus précisément il n'y a simplement pas de relation entre la source (voltage dans les  Super cap) et le voltage afficher sur le V/A de sortie  qui reste constant à 139V  alors que la tension d'entrée varie entre 19,2V à 24,2V (dv=5V) .
cordialement Mosha.
EN:

Hello everyone, I spent a lot of time on this project without any positive result! my conclusion is logically, a belief that the DZ Gen does not have proof of its operation. more precisely there is simply no relationship between the source (voltage in the super cap) and the voltage display on the V / A output which remains constant at 139V while the input voltage varies between 19.2V to 24.2V (dv = 5V).

Maybe you need more time. I also spend a lot of time and money, but I know that once you learn it will be easy and you will wonder why others have a problem with it. As with everything in life.
A great mystery where this power comes from. What does he do. It seems that it has a big relationship as it is not the only one with back-emf.
When the coils are always on, there is no back-emf, this is a good direction. So change the intensity and maybe it will not be back-emf. I do not know, I have not tried it yet. Maybe someone would do a simulation in FEMM.