Vashchishin D. The linear electromagnetic generator in system of the wave energy conversion.

The dissertation is devoted to the study of the energy characteristics of the linear generator, a component of the device for converting the energy of sea waves, taking into account the dynamic modes of motion of the inductor and the parameters of the electromechanical system. The work developed a method for determining the energy characteristics of the linear generator to convert the energy of sea waves in the dynamic modes. The proposed method, unlike the prior art in that allows you to take into account the strength of the electromagnetic interaction of inertia and is different from the law of waves motion the law of motion inductor. The proposed method makes it possible to establish the relationship between the nature of fluctuations in sea waves, the law of sea waves oscillations and the inductor currents, which are excited in the stator windings at a given load, taking into account the reaction of the electromagnetic system in dynamic mode. Was created an object model of the device for converting wave energy at work on a resistive load and the battery. Was developed a numerical-analytical method for the determination of the electromotive force and the electrical characteristics of the linear generator, taking into account the specific properties of the permanent magnet relative permeability and non-uniform distribution of the electromagnetic field in a slot of stator linear generator. Justified the composition and characteristics of the coastal complex electrical energy conversion of the waves, taking into account the working conditions in the Black Sea.