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RELIABILITY AND SUSTAINABILITY OF STEEL POLES

机译:钢杆的可靠性和可持续性

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Lack of public awareness and an unwillingness to pay higher costs represents major obstacles to sustainable design in the construction market [1]. Unlike such designs, the use of zinc coated steel poles or uncoated weathering steel poles for the electric distribution market reduces initial and life cycle costs. The paper demonstrates steel's longevity and contribution to sustainable development in the utility distribution market .The life of a steel pole is estimated to be about twice that of wood poles. Additional cost savings have been implemented in the 2002 National Electric Safety Code to reduce the cost of steel poles. Research is in progress at the University of Maine to further document the reliability of steel poles and others, this research is expected to yield additional economy in design of steel poles and level the playing field with wood poles to make zinc coated steel and weathering steel the sustainable material of choice for the electric distribution market.
机译:缺乏公众意识和不愿意支付更高的成本是建筑市场可持续设计的主要障碍[1]。与这样的设计不同,使用锌涂层钢杆或用于电配电市场的无涂层风化钢极降低了初始和生命周期成本。本文证明了钢铁的寿命和对公用事业分销市场的可持续发展贡献。估计钢杆的寿命是木杆的两倍。 2002年国家电动安全守则中实施了额外的成本节约,以降低钢铁杆的成本。研究进展在缅因州大学进一步记录了钢铁和其他人的可靠性,这项研究预计将在钢铁设计设计中产生额外的经济,并用木杆水平进行镀锌钢和耐候钢材可持续的电力分配市场选择。

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