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Plug-in hybrid electric vehicles—A low-carbon solution for Ireland?

机译:插电式混合动力汽车—爱尔兰的低碳解决方案?

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摘要

Between 1990 and 2006, the primary energy requirement of the Irish transport sector increased by 166%. Associated greenhouse gas (GHG) emissions have followed a corresponding trajectory, and are responsible—at least in part—for Ireland’s probable failure to meet its Kyoto targets. As in most countries, Ireland’s transport sector is almost totally reliant on oil—a commodity for which Ireland is totally dependent on imports—and therefore vulnerable to supply and price shocks. Conversely, the efficiency and carbon intensity of the Irish electricity supply system have both improved dramatically over the same period, with significant further improvements projected over the coming decade. This paper analyses the prospects for leveraging these changes by increasing the electrification of the Irish transport sector. Specifically, the potential benefits of plug-in hybrid-electric vehicles (PHEV) are assessed, in terms of reducing primary energy requirement (PER) and CO2 emissions. It is shown that, on a per-km basis, PHEV offer the potential for reductions of 50% or more in passenger car PER and CO2 intensity. However, the time required to turn over the existing fleet means that a decade or more will be required to significantly impact PER and emissions of the PC fleet.
机译:在1990年至2006年期间,爱尔兰交通运输业的一次能源需求增长了166%。伴随的温室气体(GHG)排放遵循相应的轨迹,至少部分原因是爱尔兰可能未能实现其《京都议定书》的目标。与大多数国家一样,爱尔兰的运输部门几乎完全依赖石油(爱尔兰完全依赖进口的商品),因此容易受到供应和价格冲击的影响。相反,爱尔兰电力供应系统的效率和碳强度在同一时期都得到了显着改善,预计在未来十年内还将有进一步的改善。本文分析了通过增加爱尔兰运输部门的电气化来利用这些变化的前景。具体而言,评估了插电式混合动力汽车(PHEV)的潜在优势,即降低了一次能源需求(PER)和CO2排放量。结果表明,按每公里计算,PHEV可将乘用车的PER和CO2强度降低50%或更多。但是,交接现有车队所需的时间意味着将需要十年或更长时间才能显着影响PER排放和PC车队的排放。

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  • 作者

    Smith, William;

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  • 年度 2010
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  • 原文格式 PDF
  • 正文语种 en
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