Research on New Al-Ag-Mo Alloys Dedicated to Wire Applications in Overhead Power Lines

J. Grzebinoga, A. Mamala, W. Ściężor, R. Kowal
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Abstract

The latest research work in the field of electric power systems focuses on the development of new wire materials which will allow the increase of the transmission capacity of power lines currently in use. The reason for this research was the often limited possibilities of continuous and failure-free transmission of electricity. In this paper, the authors present research on a new aluminium-based alloy dedicated for use as a conductive braid in the HTLS cable group. There are many technical solutions for this group of cables on the market, although they are solutions with a number of disadvantages, ranging from their high price, various operational shortcomings, complicated installation techniques, and ending with the risk of monopolistic practices, which is related to the inability to attract several competitive suppliers. The main aim of the research was to develop a new alloy based on aluminium with the addition of silver and molybdenum dedicated for use in special overhead power cables. Experimental research on new materials focused on obtaining the necessary knowledge to produce an overhead wire from these alloys with higher current carrying capacity in relation to the currently used conventional wire materials based on aluminium.
架空电力线专用新型Al-Ag-Mo合金的研究
电力系统领域的最新研究工作集中在开发新的电线材料,以增加目前使用的电力线的传输容量。进行这项研究的原因是电力连续和无故障传输的可能性通常有限。本文介绍了一种专用于HTLS电缆组导电编织的新型铝基合金。市场上有许多针对这组电缆的技术解决方案,尽管这些解决方案具有许多缺点,包括价格高,各种操作缺点,复杂的安装技术,以及最终存在垄断行为的风险,这与无法吸引几个有竞争力的供应商有关。这项研究的主要目的是开发一种新的合金,以铝为基础,添加银和钼,专用于特殊架空电力电缆。对新材料的实验研究集中在获取必要的知识,以生产与目前使用的基于铝的传统电线材料相比具有更高载流能力的架空电线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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