It may help if you analyse flux modulation as seen in pictures attached … Don Smith version.
Any ferromagnetic material placed between 2 magnets in repulsion at equal distance can slide between magnets with almost no resistance.
If we place coils on each magnet electric power is generated each time the iron pas between magnets.
Magnets behaviour in this setup: will have a compression at the pole facing each other, when iron is interposed magnets expand their field as both of them go in attraction to the iron.
Note: we don’t spend any energy to create magnetic field, magnetic field is not changing direction, modulation takes place at a single pole. Eddy currents will circulate in the coils all time, Lenz law will be present and having only beneficial effect as there is no opposite magnetic field to oppose.
If an iron disc with holes is used for this modulation required torque will be minimal, and will be constant independent of rpm of the disc. Torque required to spin the disc can be matched by any small dc motor (from toys or small cnc machines). Under load there is no variation of torque required as electric power do not create a reversal of magnetic polarity, and if even it would be, has no influence as coils are wounded on the magnets and not on the rotor (iron disc). A pwm driver (speed controller) is recommended for dc motor to find out maximum output for coils used.
Coils can be wired in series each pair and parallel each pair. Construction must be sturdy and precise, distance between magnets in opposition must be adjusted (easy to do using a magnetic film viewer) and thickness of iron disc must be sufficient to cancel opposition between magnets when interposed. If iron disc is used there would be an advantage as it can act as a flywheel reducing further energy consumption for dc motor, but an plexiglass disc can be used with iron inserts instead of holes in the iron disc.
Number of coils and diameter of the disc depends on specifications of the dc motor. This dc motor must see very little load above idle spinning.
Also, if permanent magnets are placed at distance from generating coils on the iron disc it can be the rotor of the electric motor making one single motor generator on a single shaft. Can be multiplied number of discs or increase diameter of the disc for large power generation, or both.
3-5 kwh setup can be done artisanal diy manner at home with off the shelf components and some labour+tools.
If anyone understands how this generator work, can figure out how to make it solid state if has ability and capability to build.
It would be no different from a water dropper (Lord Kelvin) or Daniel Mcfarland Cook coils if one is smart to compare diagrams of magnetic/electric flow.
It seems the files are too large to be attached, if anyone needs them I will try something to share.
After preliminary tests it seems that both dc and ac are generated by this version in the same time.
Any ferromagnetic material placed between 2 magnets in repulsion at equal distance can slide between magnets with almost no resistance.
If we place coils on each magnet electric power is generated each time the iron pas between magnets.
Magnets behaviour in this setup: will have a compression at the pole facing each other, when iron is interposed magnets expand their field as both of them go in attraction to the iron.
Note: we don’t spend any energy to create magnetic field, magnetic field is not changing direction, modulation takes place at a single pole. Eddy currents will circulate in the coils all time, Lenz law will be present and having only beneficial effect as there is no opposite magnetic field to oppose.
If an iron disc with holes is used for this modulation required torque will be minimal, and will be constant independent of rpm of the disc. Torque required to spin the disc can be matched by any small dc motor (from toys or small cnc machines). Under load there is no variation of torque required as electric power do not create a reversal of magnetic polarity, and if even it would be, has no influence as coils are wounded on the magnets and not on the rotor (iron disc). A pwm driver (speed controller) is recommended for dc motor to find out maximum output for coils used.
Coils can be wired in series each pair and parallel each pair. Construction must be sturdy and precise, distance between magnets in opposition must be adjusted (easy to do using a magnetic film viewer) and thickness of iron disc must be sufficient to cancel opposition between magnets when interposed. If iron disc is used there would be an advantage as it can act as a flywheel reducing further energy consumption for dc motor, but an plexiglass disc can be used with iron inserts instead of holes in the iron disc.
Number of coils and diameter of the disc depends on specifications of the dc motor. This dc motor must see very little load above idle spinning.
Also, if permanent magnets are placed at distance from generating coils on the iron disc it can be the rotor of the electric motor making one single motor generator on a single shaft. Can be multiplied number of discs or increase diameter of the disc for large power generation, or both.
3-5 kwh setup can be done artisanal diy manner at home with off the shelf components and some labour+tools.
If anyone understands how this generator work, can figure out how to make it solid state if has ability and capability to build.
It would be no different from a water dropper (Lord Kelvin) or Daniel Mcfarland Cook coils if one is smart to compare diagrams of magnetic/electric flow.
It seems the files are too large to be attached, if anyone needs them I will try something to share.
After preliminary tests it seems that both dc and ac are generated by this version in the same time.