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新能源用电缆铝合金导体低温扭转试验

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新能源风力发电用耐扭曲软电缆,采用铝合金导体替代铜导体,具有技术经济优势.文中研究了铝合金导体低温扭转试验后的断裂行为、机械性能和电气性能的变化,并通过导体材料和工艺创新,增加了低温扭转试验的次数,提高了铝合金导体的低温应用寿命.结果表明,用铝合金线替代铜线在技术上可行,且更具经济性,可供制造企业和用户参考.
Low-Temperature Torsion Test of Aluminum Alloy Conductors for New Energy Cables
Torsion-resistant flexible cables for new energy wind power generation use aluminum alloy conductors instead of copper conductors,which have technical and economic advantages.In the paper,variation of fracture behavior,mechanical properties and electrical properties in aluminum alloy conductors after low-temperature torsion test were studied.Through innovation of conductor materials and processes,the number of low-temperature torsion test was increased,and low-temperature application life of aluminum alloy conductors was improved.Results indicated that replacing copper wire with aluminum alloy wire was technically feasible,more economical,and could be used as a reference for manufacturers and users.

aluminum alloy conductorinnovation of processeslow-temperature torsion test

苏华光、李国兴、庞博

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上海电缆研究所有限公司高效能特种电缆技术全国重点实验室,上海 200093

铝合金导体 工艺创新 低温扭转试验

2025

电线电缆
上海电缆研究所

电线电缆

影响因子:0.292
ISSN:1672-6901
年,卷(期):2025.68(1)