Holcomb Energy Systems:Breakthrough technology to the world

[ariovaldo]

Yes, you are correct Rakarskiy.
The best way to collect on this setup, is not "A" but "B" setup on the inside...that way it would be 360º sweep of exciter (Inductor) over the Induced .


However, still with a single coil, 700 ft of wire and a heavy core as (A), Pierre was able to loop his setup.


I have also have being doing it the "structural" correct way (B) since many years ago...see image


However, I was doing it wrong, by allowing Field to collapse during rotation...not good.




Cheers




Ufopolitics

I have done something similar. Instead of just one coil inside, I put a wound-slotted rotor inside it. It didn't work, and I stopped everything. Also, I rewound a motor and tried 3 phases, 2 phases, and one phase.
I didn't shoot a video in the last one.
The video below is the first attempt


https://youtu.be/H6oAZi8Cc5I

[Ufopolitics]

I have done something similar. Instead of just one coil inside, I put a wound-slotted rotor inside it. It didn't work, and I stopped everything. Also, I rewound a motor and tried 3 phases, 2 phases, and one phase.
I didn't shoot a video in the last one.
The video below is the first attempt


https://youtu.be/H6oAZi8Cc5I

Hello Ariovaldo,


Let me see if I understand correctly what you are doing on that video:


You are feeding (Input) with single phase AC 110-120V from your wall, plus a capacitor, the 3 phase motor stator, on just one phase, one set of coils...correct?


Then collecting on the center coil on iron...right?




Thanks




Ufopolitics

[Ufopolitics]

But let me say this...


@ Ariovaldo: What I really love about your video, is what we have been discussing here before...when many here have insisted that AC will give Us the "rotary Field" that we need for this setup...and I say a big NOPE, it will NOT work at all.


Thanks Ariovaldo, you just have proven that plain AC will NOT work!!


...it is not that simple my friend...sorry, but you have just built a pretty "exotic" transforner there...


It is a Specific type of rotation involved, as it is a Specific type of winding involved to be successful...and yes, it is DC what we need, and NOT AC as the Inducing- Rotating- Field!!




Thanks again




Ufopolitics

[rakarskiy]

Ufopolitics,  have a good time!

EMF in the core of the generator will appear only when the magnetic field changes. In mechanical generators, this change is provided by moving the pole with magnetic flux past the phase wire. In static systems, the movement of the field is carried out by switching electromagnets along the circuit, using a special control algorithm. In addition to all this, it is necessary to achieve a change in magnetic induction from a minimum to a maximum in both zones of the pole pair. In addition to the change itself, the placement geometry is also important so that the EMF moves in the generator coil housing. There are many nuances. Since the generator is wound, you still need to know how to do it right.
In option B, I did not specifically disclose the features, although the details should be obvious to the specialist as two times two.

The problem of a private researcher is the use of fittings from electric motors. For generation, it is necessary to select iron cores with the appropriate magnetic permeability and maximum magnetic induction. For excitation, provide for a larger number of turns, while the generator must tend to a smaller number of turns and a larger cross section. Good motor, bad alternator and good alternator, bad motor.

Для хорошего результата нужно заказывать нарезку железа, все что делают промышленно в готовом варианте это для электромоторов а там свои особенности.
https://sc04.alicdn.com/kf/H7505633035a14e269943cfea89f8fb58f.png

[Ufopolitics]

Ufopolitics,  have a good time!

You too, have a good time, Rakarskiy!

EMF in the core of the generator will appear only when the magnetic field changes. In mechanical generators, this change is provided by moving the pole with magnetic flux past the phase wire. In static systems, the movement of the field is carried out by switching electromagnets along the circuit, using a special control algorithm.

Correct, I agree...but, it is not just "switching coils", yes, a "special algorithm" must be used or it will not work...
There are many "rules" (as "no no's" involved)...like, never kill the dipole!! (remember that? and who said it?)...or the Main Field as the Inductor must never, ever collapse.
It is all about "Rotating the Virtual Magnetic Field through Space/Time at a certain speed"...by reversing -a minimum- of coils polarity which mutates the field into other parts of the main static rotor...

In addition to all this, it is necessary to achieve a change in magnetic induction from a minimum to a maximum in both zones of the pole pair. In addition to the change itself, the placement geometry is also important so that the EMF moves in the generator coil housing. There are many nuances. Since the generator is wound, you still need to know how to do it right.

Yes...

In option B, I did not specifically disclose the features, although the details should be obvious to the specialist as two times two.

The problem of a private researcher is the use of fittings from electric motors. For generation, it is necessary to select iron cores with the appropriate magnetic permeability and maximum magnetic induction. For excitation, provide for a larger number of turns, while the generator must tend to a smaller number of turns and a larger cross section. Good motor, bad alternator and good alternator, bad motor.

Yes...

Для хорошего результата нужно заказывать нарезку железа, все что делают промышленно в готовом варианте это для электромоторов а там свои особенности.
https://sc04.alicdn.com/kf/H7505633035a14e269943cfea89f8fb58f.png

Miña ñet gavarit pá Rusky...LOL




Greetings






Ufopolitics