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Originally posted by mutatismutandis
Hello all,
As I'm sure you all know, we get hundreds of free energy posts on here (one on the front page now). This is an idea that has rattled around in my mind for a while now, but time constraints have kept me from testing it so I'm throwing it out to all of you. Now, my concept is extremely basic, however through all the searching I've done it does not look like its been tried. Below is a rough pic of the concept:
Magnets are arranged in a clockface style. An additional magnet with a polarity resistant to the outer magnets is attached to an arm running to the center. At the center, the arm is attached to an alternator. Additional arms may be used to increase the push from the outter magnets. The image uses round magnets, but additional thinking made me believe rectangles at slight angles may be better for the outter perimiter. They must be angled just right for the arm to still clear, but still provide push as it goes past.
In theory, the push from the outer magnets will continue to move the arm in a constant direction once started, generating electricity at the alternator.
The positives are no outside energy source is needed.
The negatives are I have yet been able to test this to see if the push from the magnets is strong enough to move the arm and turn the alternator. Hence the suggestion that additional arms may be needed.
Input or thoughts?
Originally posted by VoidHawk
reply to post by phantomjack
Why dont small dc motors lose their magnetism?
Originally posted by phantomjack
Originally posted by mutatismutandis
Hello all,
As I'm sure you all know, we get hundreds of free energy posts on here (one on the front page now). This is an idea that has rattled around in my mind for a while now, but time constraints have kept me from testing it so I'm throwing it out to all of you. Now, my concept is extremely basic, however through all the searching I've done it does not look like its been tried. Below is a rough pic of the concept:
Magnets are arranged in a clockface style. An additional magnet with a polarity resistant to the outer magnets is attached to an arm running to the center. At the center, the arm is attached to an alternator. Additional arms may be used to increase the push from the outter magnets. The image uses round magnets, but additional thinking made me believe rectangles at slight angles may be better for the outter perimiter. They must be angled just right for the arm to still clear, but still provide push as it goes past.
In theory, the push from the outer magnets will continue to move the arm in a constant direction once started, generating electricity at the alternator.
The positives are no outside energy source is needed.
The negatives are I have yet been able to test this to see if the push from the magnets is strong enough to move the arm and turn the alternator. Hence the suggestion that additional arms may be needed.
Input or thoughts?
Sorry to tell you, but the magnets will eventually lose their strength, and ultimately would need to be re-magnetized, which, requires energy.
Sorry, no free energy ....
Originally posted by mutatismutandis
reply to post by VoidHawk
I do see that happening with the round magnets on the outside, but if you use a rectangular magnet for the outter ring at a slight angle it should continue I would think. The top and bottom edges would push the arm, and the left and right edge would attract the arm. In counter clockwise motion, the arm would approach the left edge and be attracted just until it passes the bottom corner, then the bottom pushes the arm away. The reason I say they need to be at a slight angle is so the right end of the outer rectangular magnets is far enough away from the arm to let it clear without pulling it back. So the engergy would be pushing/pulling in a constant clockwise motion.
Originally posted by AfterInfinity
reply to post by mutatismutandis
As far as I am aware, the most easily accessed free energy source is using lightweight metal to create a structure that utilizes magnetics to achieve perpetual motion, turning a drive shaft and generating power. An electromagnet would work wonderfully.