FIELD: electricity.
SUBSTANCE: invention is related to electric engineering, in particular to methods and devices for electric power transmission. High-frequency resonant oscillations are generated in the circuit consisting of a power supply source with step-up high-frequency Tesla transformer and resonance circuit in low-voltage winding. Electric power is transmitted along the conductive channel to the step-up high-frequency Tesla transformer, potential of high-voltage oscillations is reduced and electric energy is transmitted through the inverter to the electric load. In high-voltage windings of the step-up and step-down Tesla transformer in-series resonant circuits are made by connecting high-potential outputs in high-voltage windings of Tesla transformers with natural capacitance shaped as a sphere, toroid or a free-form conducting body, the in-series resonant circuits in high-voltage windings are adjusted to the total resonant frequency of the circuits in low-voltage windings of Tesla transformers, a step-down resonant transformer, an inverter and electric load are placed at a subsurface or surface ship, low-potential outputs in high-voltage windings of both transformers are connected to the marine environment, voltage is increased at the step-up Tesla transformer and steady oscillations of electromagnetic energy are generated in the marine environment with resonant frequency.
EFFECT: transmission of power energy in aquatic medium, reducing costs for energy transmission and increasing efficiency factor.
8 cl, 4 dwg
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Authors
Dates
2015-03-20—Published
2013-01-24—Filed