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Author Topic: Free Energy from ambient heat by the Magnetocaloric effect  (Read 14471 times)

PaulLowrance

  • Guest
Free Energy from ambient heat by the Magnetocaloric effect
« on: April 02, 2005, 12:45:09 AM »
Dear fellow researchers,

I just wanted to add my research to this forum.

http://www.peswiki.com/index.php/Directory:PaulL


I didn't see an appropriate place to post this so I'm posting in this folder.  Could someone perhaps add something like a General Free Energy folder?

Kind regards,
Paul L.

Free Energy | searching for free energy and discussing free energy


PaulLowrance

  • Guest
Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #1 on: April 16, 2005, 06:19:44 PM »
This is one of two images that will be used for my research paper on peswiki.com. Basically this is a front view of an example free energy machine. This image demonstrates some known facts, where the energy is coming from according to classical physics.

To learn more about this research please go to

http://www.peswiki.com/index.php/Directory:PaulL

PaulLowrance

  • Guest
Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #2 on: April 16, 2005, 06:20:49 PM »
This is one of two images that will be used for my research paper on peswiki.com. Basically this is a side view of an example free energy machine. This image demonstrates some known facts, where the energy is coming from according to classical physics.

To learn more about this research please go to

http://www.peswiki.com/index.php/Directory:PaulL


Free Energy | searching for free energy and discussing free energy

Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #2 on: April 16, 2005, 06:20:49 PM »
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Offline hartiberlin

  • Administrator
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  • Posts: 7934
    • free energy research OverUnity.com
Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #3 on: April 18, 2005, 07:32:07 PM »
Hi Paul,
I have been reading your text at Peswicki.
Well you forget the dynamic state with the counter EMF.
Therefore you need more input power, when the moving core is
attracted.
Please build it and let?s see, if you are right or wrong.
Many thanks.

It would work,
if you could just magnetize the core with a short pulse and
then demagnetizeit somehow also with only
a short pulse and between this let only the permanent magnets
do the work.
Maybe a coil controlled toggle permanent magnet could be used
for something like this.. ??
Regards, Stefan.

Free Energy | searching for free energy and discussing free energy


PaulLowrance

  • Guest
Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #4 on: April 19, 2005, 01:25:56 AM »
Dear Stefan,

No, I nor the computer forget about that. :-)  It would impossible for the computer to forget this since it only needs the basic electrodynamic equations, the positions and speed of the magnetic materials, and the di/dt of the currents.  Nearly all the emf is caused by the magnetic material near the wire windings.  Your concern can be immediately eliminated simply by saturation the core material.  Although this is not required.  Once the magnetic field is obtained, then it requires no energy to maintain that field except for the inefficiencies of DC wire current heat.  For example, if you had superconducting wire windings shorted around the core once the core was magnetized, then the magnetic field will be remain regardless if you move a magnetic next to the core.  Although the current required to maintain that field strength may change depending if the cores effective permeability changes.  I was getting simulation efficiencies up to 900% using this technique.  That was of course the mechanical FE design.  It's the solid state FE machine that has my interest.

Kind regards,
Paul

Free Energy | searching for free energy and discussing free energy

Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #4 on: April 19, 2005, 01:25:56 AM »
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Offline Charlie Brown ARN

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  • Posts: 66
Re: Free Energy from ambient heat by the Magnetocaloric effect
« Reply #5 on: April 19, 2005, 02:35:16 AM »
The moving bar may be in frictionless reliable contact as a rolimite band and two roller in the rectangular channel. Rotation of the rollers as they translate back and forth makes the situation a little nore complex but mechanically improved. Rollimite is a band wrapped around two rollers roughly shown with keboard characters with the rollers at their rightmost limit:? ?__S the rollers are wrapped with overlap in the curves of the S.

A simpler method is to have a springy cantilever beam tied at one end like a diving board where the tip arcs over the surface curve of the yoke staying close but never rubbing  moving vertically instead of horizontally here:  ---)

Edit consolidated the second idea with the first one a few minutes later.

Aloha, Charlie
« Last Edit: April 19, 2005, 03:07:25 AM by Charlie Brown ARN »

 

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