Intelligent composite material core wire and preparation method thereof

Abstract

The invention discloses an intelligent composite material core wire and a preparation method thereof. The intelligent composite material core wire includes a composite material core (1) and single conductor wires (2) stranded at the periphery of the composite material core (1), wherein the composite material core (1) or the single conductor wires (2) are internally provided with optical fibers (3) or optical fiber protection pipes (4) for communication or monitoring; and the optical fibers (3) are arranged in the optical fiber protection pipes (4). The preparation method of the intelligent composite material core wire includes the steps of preparing the composite material core and stranding the single conductor wires (2) at the periphery of the composite material core (1). The preparation method of the intelligent composite material core wire has the advantages of being high in operability, being higher in production efficiency, being able to save a lot of manpower and material resources, and being low in production cost; the prepared composite material core has the advantages of being high in linearity and roundness, having no bending, being high in color consistency, being high in intensity, being long in the service life, having no eccentricity, and being high in aging resistance; and the prepared intelligent composite material core wire has the advantages of being higher in the wire compactness and filling rate, being resistant to high temperature, being high in current-carrying capacity and being small in sag.

Description

Technical field [0001] The invention relates to a wire, in particular to an intelligent composite material core wire and a preparation method thereof. Background technique [0002] For a long time, the wires and cables used for long-distance large-capacity power transmission generally use steel core aluminum stranded wires as conductors, which not only consume large amounts of energy, but also have small current-carrying capacity. The resulting power outages and power failures occur from time to time, becoming the development of the power industry. A big "bottleneck". If a composite core wire is used, compared with the traditional steel-cored aluminum stranded wire, it has a series of advantages such as large current carrying capacity, saving transmission corridors, saving energy, high safety factor, saving tower costs, reducing floor space, and reducing carbon emissions. , To realize the energy saving, environmental protection and safety of power transmission, but the composite...

AI Technical Summary

Problems solved by technology

[0002] For a long time, the wires and cables used in long-distance large-capacity power transmission generally use steel-cored aluminum stranded wire as the conductor, which not only consumes a lot of energy, but also has a small current carrying capacity. The resulting power outages and power failures occur from time to time, which has become the development of the power industry. A big "bottleneck"

If composite material core conductors are used, compared with traditional steel-cored aluminum stranded wires, they have a series of advantages such as large carrying capacity, saving power transmission corridors, saving energy, high safety factor, saving tower costs, reducing floor space, and reducing carbon emissions. , to achieve energy saving, environmental protection and safety of power transmission, but the composite material cables in the prior art generally have the function of power transmission, but not the communication function, and the inside of the wire does not have the functions of measuring and monitoring stress and monitoring temperature.

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