The effect of the continuous energy efficient upgrading of LED street lighting technology: The case study of Egnatia Odos

Evaggelia Anthopoulou, L. Doulos
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引用次数: 17

Abstract

With the advent of LED technology, lighting studies have gained a great interest, especially street lighting. Nowadays, these studies demonstrate the great energy savings achieved by replacing high pressure sodium lamps with LED. As LED technology is continuously improving, energy savings are increased and thus the payback time of the investment is decreasing more and more. However, there are a lot of cases were the public constructions are delayed and the initial lighting design is getting obsolete, due to the energy efficient upgrade of the LEDs. In this research a newest version (2019) for the lighting design was performed using the latest technology of LED street lighting and compared with the one performed in 2017. Egnatia Odos EO, the largest national road in Greece, was selected as the case study for both studies (2017 and 2019). EO covers a distant of 670 km in northern Greece. Existing lighting infrastructure was designed and installed 17 years before, according to the previous version of EN12301 [1] –[3].
LED路灯照明技术持续节能升级的效果:Egnatia Odos的案例研究
随着LED技术的出现,照明研究获得了极大的兴趣,特别是街道照明。如今,这些研究表明,用LED代替高压钠灯可以节省大量能源。随着LED技术的不断进步,节能程度越来越高,投资回收期也越来越短。然而,有很多情况下,由于led的节能升级,公共建设被推迟,最初的照明设计已经过时。在本研究中,使用最新的LED街道照明技术进行了最新版本(2019年)的照明设计,并与2017年的设计进行了比较。希腊最大的国道Egnatia Odos EO被选为两项研究(2017年和2019年)的案例研究。EO覆盖了希腊北部670公里的地方。现有的照明基础设施是在17年前设计和安装的,根据先前版本的EN12301[1] -[3]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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