Solid-state inductance generator system

Abstract

The invention discloses a solid-state inductance generator system, comprising a solid-state inductance generator, a first infinite resonance cabin, a second infinite resonance cabin and a group of capacitor batteries. The generator system is characterized in that resonance of the first infinite resonance cabin and an inductor on an extensive switched controller is utilized to couple high-frequency oscillation so as to produce renewable power, and the renewable power is combined with a first high-frequency transformer to carry out cross-linking and then natural frequency power is formed by the solid-state inductance generator; and the second infinite resonance cabin is combined with a second high-frequency transformer so as to couple electric fluxes generated by the solid-state inductance generator for storage in the capacitor batteries as an input end of the controller. Thus, the renewable power size on the extensive switched controller is dependent on loads. When the load operation requires the power for operation, because the relative renewable power enters into the solid-state inductance generator so as to continuously generate the electric fluxes, and the electric fluxes are coupled to be stored in the capacitor batteries, thus the loads can obtain long-acting power supply.

Description

technical field [0001] The invention relates to a generator system, in particular to a solid-state induction generator system. Background technique [0002] The generation of regenerative power means that the power supply must be greater than the demand, which is usually called unlimited supply, which is in line with the maximum power transfer theorem. However, the power consumption of the load cannot withstand the unlimited supply, so the controller will be used (Generally known as pan-exchange controller) to control; based on the indestructibility of energy, the extra electricity is used for regeneration; these regenerative electricity appears in the form of electric field (electric flux), which has always disappeared into the invisible in an instant and cannot be detected Aspirate and reuse. [0003] The currently known spectrum analyzer used to analyze system circuits, China Taiwan Invention Publication No. 200729707 Patent, it can be used for dynamic impedance matching...

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Problems solved by technology

[0002] The generation of regenerative power means that the power supply must be greater than the demand, which is usually called unlimited supply, which is in line with the maximum power transfer theorem. However, the power consumption of the load cannot withstand the unlimited supply, so the controller will be used (Generally known as pan-exchange controller) to control; based on the indestructibility of energy, the extra electricity is used for regeneration; these regenerative electricity appears in the form of electric field (electric flux), which has always disappeared into the invisible in an instant and cannot be detected Suction and reuse

[0003] The currently known spectrum analyzer used to analyze system circuits, China Taiwan Invention Publication No. 200729707 Patent, it can be used for dynamic impedance matching, and deduce and construct an infinite resonance chamber, thereby solving the problem of system duality, It is beneficial to the stabilization of the nonlinear dynamic system, including dynamic factor adjustment and dynamic adaptive damping, and the adaptive all-pass filter can obtain a complete analysis; with the infinite resonance chamber, it is possible to absorb regenerative electricity and use it , but due to the unnatural frequency of the regenerative electricity sucked out at this time, it still cannot be stored and reused, and a breakthrough must be made in technology

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