零能耗隧道:可再生能源发电,降低能耗

R. Dzhusupova, J. Cobben, W. Kling
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引用次数: 11

摘要

创造零能耗环境是一个热门话题。该领域的发展基于“Trias Energetica”的概念:减少能源消耗,使用可再生能源,有效利用化石燃料。零能耗环境概念也可以应用于道路隧道,通过减少能源消耗,引入可再生能源发电,从而降低能源费用,从而改善能源性能。目前,公路隧道能耗较高,在正常运行条件下,每年能耗高达6.6兆瓦时/公里。因此,即使减少百分之五至十的能源消耗,也可为隧道业主带来极大的利益。本文介绍了零能量隧道的框架,并重点介绍了其主要创新点。这些方面包括各种技术方法,以减少能源消耗,从隧道中提取热能,改善隧道内外的空气质量。此外,还讨论了在隧道施工中引入可再生能源发电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Zero energy tunnel: Renewable energy generation and reduction of energy consumption
Creating a zero energy environments is a hot topic. The developments in this field are based on the concept of the “Trias Energetica”: reducing energy consumption, using of renewable energy, and efficient using of fossil fuels. Zero energy environment concepts can be also applied to road tunnels to improve the energy performance by means of reducing energy consumption, introducing of renewable energy generation and by this way lowering energy bills. Nowadays the energy consumption in the road tunnel is high, up to 6.6 MWh/km per year during normal operation conditions. Thus, the reduction of energy consumption even by 5-10 per cent could bring greatly benefit to tunnel owners. This paper presents the framework of zero energy tunnels and highlights the major innovative aspects. These aspects include various technological approaches to reduce energy consumption, to extract thermal energy from the tunnel and to improve air quality inside and outside the tunnel. Furthermore, it discusses the introduction of renewable energy generation for tunnel constructions.
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