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Jefffff
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I'm sorry if this question is a little abstract, but would appreciate any guidance! It's for a DIY project I am considering.
Suppose you have a flat panel mounted on a wall, and a very strong magnet that will move in any direction on the plane of the flat panel. Through any possible arrangement of conductive wiring in the same plane as the panel (embedded in the panel), is it possible to generate sufficient EMF to charge a battery?
My grasp on this is limited, but I think that it is possible, but I'm unsure of the random motion aspect of it. Is there a possible arrangement of the coil that would result in a consistent EMF to charge a battery regardless of the random 2D motion the magnet makes? If so, what would be the most effective arrangement that maximizes power with minimum coil material for any motion?
If the question seems a bit complicated, any reference to the right direction/method I would use to solve this would also be greatly appreciated!
Suppose you have a flat panel mounted on a wall, and a very strong magnet that will move in any direction on the plane of the flat panel. Through any possible arrangement of conductive wiring in the same plane as the panel (embedded in the panel), is it possible to generate sufficient EMF to charge a battery?
My grasp on this is limited, but I think that it is possible, but I'm unsure of the random motion aspect of it. Is there a possible arrangement of the coil that would result in a consistent EMF to charge a battery regardless of the random 2D motion the magnet makes? If so, what would be the most effective arrangement that maximizes power with minimum coil material for any motion?
If the question seems a bit complicated, any reference to the right direction/method I would use to solve this would also be greatly appreciated!