Method and wire for reducing or eliminating resistance in power transmission line

Abstract

The method for reducing and eliminating power transmission line resistance includes the following measures: connecting static electrizer or negative electrode or high voltage D.C. power supply with powre transmission line; making static electrizer or positive electrode of high-voltage D.C. power supply grounding; utilizing at least one static electrizer or high-voltage D.C. power supply to transmit negative charge to power line, making the negative charge on the line and reverse electrons form electron pair and utilizing negative charge and/or electron pair formed from negative charge to transmit electric energy. Because, the inertial-mass of electron pair is small, its thermal movement and crystal lattice formed into line do not produce heat exchange, and the electron pair can stably exist at normal temp. state. and the cross-section of the invented transmission line is made into peach-shaped column structure, and said transmissino line can be erected in the pipeline filled with high-pressure gas. The invented method can reduce or eliminate electric energy loss resulted from resistance in the power transmission.

Description

technical field [0001] The invention relates to a method and electric wire for reducing or eliminating the resistance of a power transmission line. Background technique [0002] Reducing the temperature of the conductor material can reduce the resistivity of the conductor material, or eliminate the resistivity to make it a superconductor, but due to the influence of the superconductor material's use temperature is too low, it is not yet practical to use superconductor materials to erect long-distance power transmission lines. It is not practical to reduce the temperature of conductor materials to reduce the resistivity of power transmission lines. At present, the long-distance transmission of electric energy is carried out by wires made of low-resistivity copper, aluminum and other materials. Due to the existence of resistance , the density of electric energy transmitted by the power transmission line is greatly affected, and it has to rely on increasing the cross-sectional ...

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Problems solved by technology

[0002] Reducing the temperature of the conductor material can reduce the resistivity of the conductor material, or eliminate the resistivity to make it a superconductor, but due to the influence of the superconductor material's use temperature is too low, it is not yet practical to use superconductor materials to erect long-distance power transmission lines. It is not practical to reduce the temperature of conductor materials to reduce the resistivity of power transmission lines. At present, the long-distance transmission of electric energy is carried out by wires made of low-resistivity copper, aluminum and other materials. Due to the existence of resistance , the density of electric energy transmitted by the power transmission line is greatly affected, and it has to rely on increasing the cross-sectional area of ​​the wire of the power transmission line to reduce the resistance and transmit more electric energy. The resistance of the long-distance high-voltage power transmission line will cause a large amount of power loss; the power loss caused by the resistance of the long-distance high-voltage power transmission line accounts for about 10% of the transmitted power, resulting in waste of power and indirectly increasing environmental pollution.

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