Quantum Energy Generator (QEG) Open Sourced (by HopeGirl)

[F_Brown]

shinz62,

Very interesting...  I just installed FEMM on my workstation, and have been learning the basics of it all morning.  I've been wanting to learn how to use it for years.  I just lacked sufficient motivation to climb the learning curve. 

At least the FEMM model indicates the correct configuration of the windings.  So, the phasing dots were correct.  That's one piece of the picture demystified.

I'll put myself to the task of designing new laminations that will be smaller overall and have a rotor cross-sectional area that is twice the stator cross-sectional area, then run a FEMM analysis on that.  Seeing that one for the original lamination dimensions were already done.

Cheers,

FB


PS  Do you think the rotor was meant to saturate?

[Groundloop]

F_Brown,

Is it possible to simulate the attached circuit in your FEMM?

GL.

[Stephen Brown]

Here's a letter Peter Lindemann wrote addressing people who have asked him about the QEG.



http://www.borderlands.de/Links/QEG-LindemannBoS

[Cap-Z-ro]

@ GL,

Has anyone tried placing another looped coil and cap facing opposite to L3 ?

Regards...

[shinz62]

I wouldn't think they wanted the rotor to saturate like that, particularly since it should be running at much higher power levels, more like these shots if you go by what they're saying.



They're saying 24,000 volts on that primary, I don't even see how that is possible, could only be peek and very very briefly.


My model shows 50 amps dc is 1800 volts and 45k watts, you can't get much more than about 11 amps through a 20 awg winding without burning it up. http://www.powerstream.com/Wire_Size.htm These shots show 50 amps going through, it is so saturated nothing even goes through the rotor and there would be zero output on the secondary as a result of the rotor turning.


But if we clean this up with an appropriately sized rotor this might be a very interesting generator, because it seems quite possible to time the pulsing of the entire system such that there is very little lenz drag on the rotor.