Calling on our fluxmasters to anlayze/dissect/evaluate this concept:
QuoteThe lenzless generator is comprised of two ring magnets on each end. The fields of the magnets are oriented to repel each other. A plurality of magnetizable inductive cores with copper coils around each core are placed between the two ring magnets. Space is allowed for two rotors to rotate between the ends of the coils and ring magnets. Each rotor has iron bars (called inductors here), fixed in a radial fashion perpendicular to the axis of rotation. The inductors of each rotor are offset with respect to each other such that as the axle is rotated, the inductors divert flux from the nearby magnets, so that the inductors allow flux from each magnet to induce a field into the coil cores alternately from one magnet at a time, resulting in an alternating output from the coils. This arrangement avoids the back torque forces (caused by Lenz's law) due to loading of the coils. The inductors are always the same distance from the magnets as they rotate so there is no magnetic drag. The inductors are also repelled by the coils so there is no magnetic drag from the coils. This generator design requires much less input torque than commonly used generators. Prototype tests show that this may be a much more efficient method of generating electricity than is currently employed and could result in much lower electric generating costs as well as other possible unforeseen benefits to the world energy situation.
http://www.createthefuturecontest.com/pages/view/entriesdetail.html?entryID=1366 (http://www.createthefuturecontest.com/pages/view/entriesdetail.html?entryID=1366)
How much energy can we obtain from that generator?
please provide more info regarding this matter
Add linear generators to that setup. Put magnets in those coils, set in opposition to both ring magnets, and run the inductors as normal. The magnets in the coils should oscillate each time an inductor interrupts the repulsion from the ring magnet on either side. It should still run Lentzless, still operate as originally intended with the ring magnet's field surging back onto the coils after the inductor passes, but with the added benefit of linear generators that are powered by "turning on and off" the ring magnets via shielding.
I think that would add to the output without requiring much more input.