Holcomb Energy Systems:Breakthrough technology to the world

[Lottalead]

It seems as if the community here has accepted as fact that Holcomb system does indeed work? It's interesting to note that HES has recently announced a joint venture with Astra Energy (OTC :ASRE). I noticed on the Holcomb facebook page that they also announced that they would be installing the ILPG in Zanzibar.... Once installed, I guess the debate over whether the technology works or not will end.. It's seems unlikely that two companies would join forces to perpetuate the hoax?

https://www.facebook.com/holcombenergysystems/videos/458569023030715
Here is a link to the press release from Astra

https://www.globenewswire.com/news-release/2022/10/31/2544796/0/en/Astra-Energy-Inc-Joins-with-Holcomb-Energy-Systems-LLC-to-cut-Carbon-Footprints-and-Energy-Bills-by-50.html

LL

[SolarLab]

Thanks for reply.
I don't think I've ever seen amps/turn used. Except for the old term of oersted, A/m is always used for H units in the B H curve. This article sums it nicely in my opinion.
https://www.toppr.com/guides/physics-formulas/magnetic-field-strength-formula/

I have attached two images for easy reference.

I have been trying to follow your analysis but need some help. Would you explain where the parameters used in your PDF originate. For example: 20 turns for the lap winding. It appears like 5 turns on your diagram.
Another question, about the 15 sq.in. area: This is the area of a pole face isn't it? Shouldn't it be half that (for a 2-pole machine)?
And about the magnetic circuit, you use a B value of 0.8T (arbitrary) which I assume is intended as an average uniform flux density per pole. Would not this cause severe saturation elsewhere? Like the back iron or areas referred to as 'depth below slots'.

I would appreciate your assistance in understanding here so please just don't tell me to purchase inexpensive computer equipment and learn to use the applications. I'm quite interested in your efforts, but realize my own skills and limitations. The last time I did a magnetic circuit calculation I had a slide rule and adding machine at my disposal.
bi

bistander,

Numeric CAE allows the 3D winding coil to be either a single loop drawing representing many wires or conductors
within that single element and only needs the Turns or Number of Conductors to be given if it's stranded. 

This avoids having to draw every individual wire or conductor when using a coil winding. Makes things easier without
sacrificing accuracy.

CAE manuals explain this in great detail since, at first, it might appear confusing by representing a multi-turn coil
winding by a closed loop structure.

Amperes/Turns was used in a generic sense since Analytics has no idea about the winding coil structure and needs
the "H" units from the B-H Curve graph whereas Numerics already knows the winding coil structure, including dimensions.

The 15² in. is taken from Faraday's Law - the area of the loop. The Lap winding.
https://www.omnicalculator.com/physics/faraday
https://www.omnicalculator.com/physics/magnetic-dipole-moment

Sounds like you're more up on this stuff than I am so I can't comment further about uniform flux density per pole and
saturation, etc..

SL

[kolbacict]

If we continue to rotate our stator or rotor in which a virtual rotating magnetic field is already created.
If not cancel it at all, but, say, half of the rotation speed is created by switching, and the
other half by ordinary mechanical rotation, as in a conventional generator.
And if you do not switch  current which is coming from a constant voltage source in the primary stator for example, with a mechanical switch,
And rotate the phase rotor using another motor, but at the same time close and open the conclusions of the three windings of this rotor.Don't using power supply at all.
Frequency rotating must increase for second coil,isn't it ?
just like if we switched our mechanical switch faster.

[ariovaldo]

Any news?
I'm slow but persistent.
the plan is to test the system with not more than 30 amps, 12 volts, and 30 Hz to start.
The annoying noise in the video comes from the magnet inside the coil.
Time to start the windings.
I'm in love with this project.


https://youtu.be/puIpzb0Ouj0


Ariovaldo

[kolbacict]

I figured out how to observe and measure the rotating field in the stator.
Really cool?