Holcomb Energy Systems:Breakthrough technology to the world

[kolbacict]

I confirm. I have such a thing.
I'll definitely try tomorrow.

[bistander]

Cool. Be careful.
bi

[pix]

Hi all,
From the start, I thought this HES concept was nothing more than a common 3-phase dynamo at stall, including the instant of starting induction motors across the mains just prior to rotation commencing, and even during locked rotor test and overload stalls. These situations have been studied and modelled for years by experts. To my knowledge there has never been a reported overunity or anomalous energy occurrence. The majority of such machines are cage rotor types. But the doubly fed Induction Machines, as used for wind turbines, and slip ring induction motors have access to rotor power directly. So here's my question to anybody. How is HES different from a slip ring induction motor at stall?

Attached is a snapshot showing the device. The rotor can be locked and starting resistors considered the load. Therefore the 3-phase mains provide a RMF thru the stator inducing the stationary rotor and its windings which delivers power to the load while nothing moves (no copper or steel, just magnetic field and electric charge.

Thanks.
bi
https://engineeringslab.com/tutorial_electrical/starting-of-slip-ring-induction-motors-797.htm

That's what I was saying from my very first post on this forum.
One correction- in slip ring motor  lock rotor , disconnect resistors and feed balanced 3 phase signal to slip rings.
Result will be exactly the same like in Holcomb, without all that switching BS.
Locked rotor windings will create rotating B field , inducing currents in stator windings. No mechanical movement.

[bistander]

That's what I was saying from my very first post on this forum.
One correction- in slip ring motor  lock rotor , disconnect resistors and feed balanced 3 phase signal to slip rings.
Result will be exactly the same like in Holcomb, without all that switching BS.
Locked rotor windings will create rotating B field , inducing currents in stator windings. No mechanical movement.

Yep, I hear you.
No need for your correction. The stator makes the RMF. What's the difference if it's on the inside or outside? I see none. Still no mechanical movement.
bi

[pix]

Yep, I hear you.
No need for your correction. The stator makes the RMF. What's the difference if it's on the inside or outside? I see none. Still no mechanical movement.
bi

Correct.
My intention was to mimick Holcomb's way, where locked rotor serves as rotating B field source and AC motor stator as generator of currents. Easier for believers.


Cheers,
Pix