公路隧道综合行动对减少能源和原材料消耗的财务和环境影响

F. Salata, Iacopo Golasi, A. Peña-García
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引用次数: 3

摘要

由于山区交通和出行时间的显著提高,公路隧道成为经济社会发展的重要基础设施。然而,从各个角度来看,隧道的影响都是相当矛盾的:隧道有助于安全,因为在与山脉和悬崖接壤的狭窄道路上,有时可以避免恶劣天气条件下的交通,但隧道内部事故的严重程度更高;隧道有助于节省燃料、二氧化碳排放和原材料,因为时间和距离都很短,但它们的建设成本非常高,其设施的能耗也非常高。无论如何,平衡是积极的,只要有必要,大多数国家都在建造更长、更现代化的隧道。由于建设更多、更好、更安全隧道的趋势已经成为现实,因此有必要从各个角度优化隧道的成本。这些基础设施对经济和可持续性影响最深的是它们的照明装置,在不太长的隧道中,其年发票经常超过100万欧元。在过去的几年里,已经进行了深入的研究,以减少这些装置在能源和材料方面的消耗。因此,提出了一些有趣的策略:利用阳光,引入具有特殊反射模式的人行道,根据条件调节灯具的通量等。尽管从严格的技术角度进行了越来越多的研究,但侧重于综合战略并主要侧重于其经济和环境影响的工作数量相当少。在这项工作中,从二氧化碳排放和财政平衡的角度考虑了其中一些综合行动的影响。给出了研究结果及其解释,并对未来的实现提出了一些建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FINANCIAL AND ENVIRONMENTAL IMPACT OF COMBINED ACTIONS IN ROAD TUNNELS FOR THE DECREASE OF ENERGY AND RAW MATERIAL CONSUMPTION
Road tunnels are critical infrastructures for the economic and social development due to the remarkable improvement in transport and travel time in mountainous zones. However, the impact of tunnels is rather contradictory from all the perspectives: they contribute to safety since traffic in narrow roads bordering mountains and cliffs, sometimes in adverse weather conditions is avoided, but the severity of accidents in their interior is higher; tunnels contribute to savings in fuel, CO2 emissions and raw materials because time and distance is shorted, but their construction costs are very high and the energy consumption of their installations really remarkable. Anyhow, the balance is positive, and most countries are building longer and more modern tunnels whenever they are necessary. Since the trend towards more, better and safer tunnels is a reality, it is necessary to optimize their costs from all the perspectives. One of the deepest impact of these infrastructures on economy and sustainability are their lighting installations, whose yearly invoice frequently exceeds 1M€ in not too long tunnels. In the last years, intensive research has been carried out to decrease the consumption in terms of energy and materials in these installations. As consequence, interesting strategies have been proposed: use sunlight, introduction of pavements with special reflection patterns, regulation of luminaries in flux depending on the conditions etc. In spite of the increasing studies from a strictly technical perspective, the amount of works focused on combined strategies and mainly on their economic and environmental impact is rather low. In this work, the impact of some of these combined actions are considered in terms of CO2 emissions and financial balance. The results and their interpretation as well as some recommendations for future implementations are presented.
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