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

[TinselKoala]

Keeping track of the page count isn't going to get you to where one could be done, or posted.

Mile High may be doing just that, funny but so what?

What is not funny is that a bright guy like you: doesn't, won't, or is unable to see and understand what you surely do see this machine IS doing to be able to make one. In reality the only thing I see stopping you from doing so - IS you.

Then again: I don't know and perhaps you are not supposed to comprehend it, and perhaps you never will.

The silver lining in all the above is: You have abilities and can think therefore you might, recall your own insightful words to another and elsewhere/previously to me;

But only by your very own will. Because when you put nothing in you get back just WHAT YOU PUT IN: nothing.

Moreover, rather than just raising Cain: When WILL you be Able?

Oh? Well, thank you for your assessment. What's keeping _you_ from doing so?

Maybe this will help:

https://www.allaboutcircuits.com/textbook/alternating-current/chpt-13/tesla-polyphase-induction-motors/

I will admit to this much: I don't understand where the excess energy is supposed to come from. But I see many loss mechanisms that are easy to understand.
---------------------------------

(Ramset, you seldom watch videos, I know, but you really should watch this one, it's a thing of beauty you will appreciate.)

https://www.youtube.com/watch?v=tC_hXGdaSFg

Others may also be interested in the wiring diagram shown at 5:09 in the above video. Replicators of Pierre's device may care to make their own versions of this standard diagram format, showing their connections, and of course the constructions will have to take into account that there are two coils in each slot instead of a single one.

[oscar]

Dear Pierre,
I think the problem of the distorted waveform of the output of your machine is not caused by the winding pattern of your stator. I think the problem is caused by the winding of your output-coil.
If you want to achieve a clean wave form, the output coil will have to be wound and positioned as careful as your stator.
In order to find the proper postion of the output coil(s) you could wind just very few turns on your laminated core and watch the result on the scope, while changing/shifting the positon of theses windings.
Maybe you want to investigate this before winding a new stator.

I also want to take the opportunity to thank you for your openness about the system.

And thirdly I want to recommend that you take a look at the patents of Clemente Figuera - if you don't know him. This man has invented a very similar system before the first world war. He just did not use relays to switch the input but used a complex commutator.

[gyvulys666]

just stupid question. wouldnt it be possible to simulate same effects by rotating brushless motor stator and keep rotor static?
br

[konehead]

Hi Gyulvan sp?
AKA an "outrunner" spinning the stator around fixed rotor. It will work, you need to bring wires out through hollow shaft or whatever you can think of....problem is you will encounter lenz law braking of the rotating stator upon loading  -  unless you can find some sort of sweet spot to rpms and impedance of coils like Thane Karl Heinz delayed lenz effect...

[listener191]

Pierre posted that video because of my video to him made him realize why he may be getting the not so clean step wave form. This was his attempt to consider making changes. However, I warned him by PM and youtube to not make any changes (unless he has a 2nd device) until one of us can replicate what he has demonstrated.  Since who knows, maybe what he thinks is not correct is actually what makes this work?

Pierre has confirm to me twice now that I have it correct and that all coil slots will end up double coils. So 72 coils in total his 36 slot and it will be 60 coils in my 30 slot.
I'll be mounting all my 60 recovery diodes around the perimeter of the stator in effort to reduce wire resistance.
Also, I will wind only about 10 slots and send a video to Pierre to get his approval that it's indeed the method he used before going any further.

BTW, PmgR and I have been having phone conversations so we are both on the same page. If konehead wants to talk by phone just send me your number at: gotoluc2@gmail.com

Regards

Luc

Hi Gotoluc,

Each coil has 2 sides, so you only need 36 coils lapped to put 2 sides in each slot. Pierre is only showing 36 coils and looking at the stator you can see the coils are lapped.

Also he is using 72 single pole relays.

The coils remain in a series loop connection, irrespective of switching, so I am not sure that energy is being recovered into the cap bank when a coil is turned off, it could be returned as stator flux.

Regards
L192