METHOD OF ERECTING HIGH-VOLTAGE OVERHEAD TRANSMISSION LINE AND HIGH-VOLTAGE OVERHEAD POWER TRANSMISSION LINE, BUILT USING SAID METHOD Russian patent published in 2016 - IPC H02G7/00 

Abstract RU 2600336 C1

FIELD: electricity.

SUBSTANCE: group of inventions relates to electrical engineering, particularly to overhead high-voltage lines and power transmission networks of type high VVL 110-220, ultrahigh voltage class VVL 220-330; 330-750 and ultra-high voltage class above 750 kV and methods of their erection, operation and transportation of power. High-voltage overhead line of a high-voltage power network includes mounted on foundations tower supports with traverses, insulators, terminal and trunnion-type clamps nondamaging housing, and a set of high-temperature composite electric wires fixed therein, each having a core with at least one composite strand and multi-strand layer. Engineering solutions, providing specified technical result, include mounting with unrolling of electric wire through tensioner and provision of technological tension of electric wire using a tensioner, use of expansion rollers with nondamaging bed, for example, equipped with rubber layer, and clear regulation of minimum radii of reels with factory winding of electric wire and reels of braking machine based on condition of undamageability of high consumption efficiency material and reduced resistance per unit of transmitted electric power.

EFFECT: according to invention, overhead high-voltage line is mounted during erection or operational repair, reconstruction, recovery based on a method, providing process and operation undamageability of said electric wires by means of complex developed mounting-process equipment and use for laying of line of electric wires of individual length, equal to full anchor factory length of line or its mounting section, which prevents additional losses of transmitted electric power in electric wire joints, number of which is minimised.

2 cl, 8 dwg

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RU 2 600 336 C1

Authors

Selivanova Mariya Sergeevna

Dates

2016-10-20Published

2015-04-29Filed