Ecologically preferred types of drive systems for city buses—the context of the Polish energy mix

Anna Dubel, Mariusz Trela
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Abstract

The energy mix determines the external costs of transport and the benefits from investments in the drive systems perceived as more environmentally friendly, such as electric vehicles. The aim of this article was to present a methodology to determine the environmentally preferable urban bus drive systems (electric, hydrogen, CNG, hybrid, plug-in hybrid, and diesel) depending on CO2 emission factors related to the production of electricity in a given country. The developed methodology was exemplified by the Polish energy system. The results indicate the environmentally preferable types of urban bus drive systems, taking into account vehicle exploitation. The results obtained can inform the decision-making process and, in particular, enable state administrations in EU countries to define a support mechanism for public transport (e.g., through subsidies) that is appropriate to the environmental benefits of operating particular types of vehicles under country-specific energy mix conditions.
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城市公交车驱动系统的生态优选类型--波兰能源结构的背景
能源组合决定了运输的外部成本,以及投资于被认为更环保的驱动系统(如电动汽车)的收益。本文旨在介绍一种方法,根据特定国家与电力生产相关的二氧化碳排放因素,确定对环境更有利的城市公交驱动系统(电动、氢气、压缩天然气、混合动力、插电式混合动力和柴油)。所开发的方法以波兰能源系统为例。结果表明,考虑到车辆的使用情况,城市公交车驱动系统在环保方面更可取。所获得的结果可为决策过程提供信息,特别是使欧盟国家的国家管理部门能够确定公共交通的支持机制(如通过补贴),该机制应与特定国家能源组合条件下运营特定类型车辆的环境效益相适应。
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