How a magnetic power generator work:

It is well known and widely applied in energy phenomenon of electromagnetic induction, which consists in the fact that changing the magnetic field through a conductor (in time or space) in the latter induced the induced electromotive force . On this principle works most of the electrical generators in the world. However, the principle of electromagnetic generation of electricity associated with high costs of mechanical energy, since in this case, the power of the electromagnetic generator is determined by the mechanical power fed to its shaft.

A new line of magneto-mechanical method of producing electricity by inducing the emf induced in an inductive coil placed on a ring or other closed PM by cyclic mechanical switching its magnetic flux (in whole or in part, for example, cyclical movements of the mobile segment of the PM.

Since the flow of magnetic induction, piercing this inductive coil wound on the PM, will change over time, in this case it during mechanical switching of the magnetic flux PM (fully or partially in an inductive coil placed on the PM to bring the emf of induction, as confirmed by experiments. The result of this inductive windings, if a closed circuit of the windings on the electric load, it is possible to obtain useful energy by using energy conversion and PM. Cruising the magnetic energy is a significant PM and virtually inexhaustible because it is continuously renewed from the ether, as explained in beginning of the article.

The efficiency of electricity proposed method is also due to the fact that the segment switching magnetic field HS extremely low-cost, because this segment is automatically formed at the poles of opposite polarity main magnet and therefore there exists automatically force pushing the segment of a ring magnet.  In this case, easier to enter one of the segments in the magnetic circuit of the magnet.

The frequency of electricity is determined by the frequency of switching of the magnetic flux within PM. This switching of the magnetic field can produce PM its segments as a back – the forward movement of the segment, and by the rotation of several segments of equal size, and fixed on a non-magnetic disk in a plane perpendicular to the plane of the ring permanent magnet through a slit in it. The result can be created by high-frequency magneto-mechanical generators.

In fact, in such a magnetic generator based HS uses several physical effects and phenomena – induction, magneto mechanical phenomenon, the phenomenon of electromagnetic induction, the effect of spontaneous cyclic extrusion segment PM and others. A different version of the implementation of the magneto electric generator (MEG) in non-contact version would be to use the effect of a magnetic flip-flop (Barkhausen effect) for the cyclic reversal of the magnetic segments. How it works magneto mechanical generator of electricity (MMEG) explained in Fig. 1. The most simple device MMEG consists of a ring of permanent magnet 1 with a radial or axial magnetization of the pie with a thin slit in it and its mobile segment 2 (there may be more, for example, two), moved to the groove 3 PM with the least possible clearance inductive coil 4, placed at the wound and the ring magnet 1, attached to the electrical load 5.

The device is also required MMEG drive cyclic movements of PM segment, which in the particular case can be made in the form of a vibrating electromagnetic transmission (VEMP), based on a solenoid with a movable rod 6, rod-pusher 9 connected rigidly to the movable magnetic segment 2. The winding of the solenoid 7 is attached to the labor induction coil 4 via an adjustable voltage converter 6, controlled by the processor 10 with a transformer-coupled through a positive voltage sensor 11 and transducer frequency and the movement of the rod 12 of the solenoid 9. The windings of the solenoid and the generator windings are grounded through the terminal 13.

The initial launch of such a generator is reduced to the primary displacement of segment 2 PM, for example, from the VEMP with power from the primary power source 14, for example: from a low-power battery. In the future, the work of this simple magneto mechanical generator unit is fully autonomous.

Regulation of output MMEG from the output winding 4 is effected by changing the parameters of the load 5 as well as the magnitude and frequency switching of the magnetic flux PM, frequency and length of displacement of the magnetic segment 2, with the task mode MMEG monitored control system 10.

Output power of such an unusual magnetic properties due to the electrical generator and the size of the permanent magnet, the size and number of segments 2 and can achieve at high parameters of modern magnets from tens of watts to hundreds of kilowatts.