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IMPROVE ENERGY EFFICIENCY IN UNDERGROUND CABLE SYSTEMS: MAKING APPROPRIATE CABLE COMPONENT DESIGN AND MATERIAL CHOICES

机译:提高地下电缆系统的能源效率:做出适当的电缆组件设计和材料选择

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摘要

More than ever, society is realizing that energy resources are dwindling and becoming more expensive. In response, North American electric utilities offer consumers a variety of incentives to deploy energy efficient solutions. And utility operators are becoming increasingly concerned with the energy efficiency of their electrical distribution system. Cable is the pipeline of an electric distribution system. The overall efficiency of a system can be compared to the volume of water entering a pipe relative to the volume of water exiting the pipe. If the pipe leaks, the volume of water delivered at the end is reduced. The same holds true for cable-inefficient materials or cable design can create "leaks" in the electrical distribution system that amount to wasted energy. These "leaks" are lost revenue and can result in higher loads placed on generating stations which can contribute to Greenhouse Gas Emissions.
机译:社会比以往任何时候都认识到能源资源正在减少并且变得越来越昂贵。作为回应,北美的电力公司向消费者提供了多种激励措施来部署节能解决方案。公用事业运营商越来越关注其配电系统的能效。电缆是配电系统的管道。可以将系统的整体效率与进入管道的水量相对于离开管道的水量进行比较。如果管道泄漏,则末端输送的水量会减少。电缆效率低下的材料也是如此,电缆设计会在配电系统中造成“泄漏”,从而浪费能源。这些“泄漏”损失了收入,并可能导致发电站的负荷增加,从而导致温室气体排放。

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  • 来源
    《Electricity Today》 |2013年第3期|18-19|共2页
  • 作者

    DENNIS DOSS;

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