I have an add-on to the Lenzless generator that I believe will increase the output by quite a lot. First, I'll post a link to the Lenzless generator so you can see the basic setup.
http://www.overunity.com/5202/daniel-quale-lenzless-generator/#.UXvw14l5nTo
In that model, he has 2 stationary ring magnets on either side of the stationary air coils. Between those coils and ring magnets, he has rotating inductors; ferrous metal tabs that cut the magnetic field's path to the coils. The input
energy is to turn/spin those inductors by the magnets. The magnet's field is blocked from the coil, then, when the inductor passes, the field surges back onto the coil. That movement of the magnetic field onto the coils induces electricity.
He's using iron as his inductor, but there are other projects using laminated sheets of other ferrous metals to cut the magnetic field's path to the coils. Because there is no repulsion against rotation, they're not subject to Lenz's Law. Setups like this are known as Lenzless generators and there is much speculation about overunity from them.
The force against rotation is magnetic attraction. Eddy currents in the inductor cause heat losses.
At around 2,000 RPM's the force of attraction reduces, apparently. Also, using laminated inductors or shields reduces the heat losses. And, using ring magnets further reduces the attraction resistance because they're not jumping from one magnet to another, according to Mr. Quale.
I'm adding linear generators, basically the same setup in a shake flashlight, to this setup. So, inside the coils, there will be magnets. The magnets inside the coil will be in opposition to the ring magnets---pushed from both left and right by the ring magnets.
It's my theory that cutting the ring magnet's field alternately on the left and right side will cause the magnets in the coil to oscillate right and left. The longer the coils, the more magnets I can fit inside to oscillate. There will have to be magnets near each end of the coil, so I plan to link them inside the coil with rods.
The coils
should be exposed to moving magnetic fields from both the ring magnet's field surging back onto the coil after the inductor passes and from the oscillating magnets inside as the inductor cuts the ring magnet's field on one side at a time.
The two ring magnets pushing against the coil magnets equally from both sides will cause the coil magnets to equalize---find a resting place between the two opposing static forces. The moment the spinning inductor changes that push on only one side at a time, the push on the coil magnets will not be equal anymore and the coil magnets will have to readjust position. That constant readjustment will be seen by the coil as movement of the magnetic fields inside it. That should generate more electricity than using the ring magnets alone on the coils.
Because it takes less energy to spin the inductors than it does to turn magnets by coils, I'm hoping to add this setup to wind turbines so they can produce more electricity in lower force winds, or using a lower HP engine to turn it for fuel economy, or using a Stirling to shove an inductor between the coil & magnets, or even seeing if it will power itself.
Because Lenz's Law should not negatively affect rotation of the inductors, input to output ratios should change from standard generator's known ratios, which are based on Lenz's Law.
I don't know what the final results will be, and neither does anyone else. I haven't been able to find this setup anywhere else on the web with the searches I've tried, so this might be a new approach to energy generation. Or, it might fail to perform and have no applications in the real world.