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首页> 外文期刊>Fortschritt-Berichte VDI, Reihe 12. Verkehrstechnik-Fahrzeugtechnik >Shell Passenger Car Scenarios up to 2030 - Facts, Trends and Options for Sustainable Auto-Mobility in Germany
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Shell Passenger Car Scenarios up to 2030 - Facts, Trends and Options for Sustainable Auto-Mobility in Germany

机译:到2030年的壳牌乘用车场景-德国可持续汽车出行的事实,趋势和选择

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The 25th edition of the Shell Passenger Car Scenarios is characterised by transition. Following a uniform socio-economic lead scenario, the present Passenger Car Study 2009 starts by analysing the possible consequences of demographic change on future auto-mobility in Germany. It tracks continuation of today's car ownership and mileage patterns up to 2030, differentiating by age and sex. The state of auto-mobility in Germany will in future be characterised more strongly by women and by older people. The motorisation of the German population will continue to increase. Passenger car mileage will continue to rise till 2020, then towards 2030 it will drop back to today's level. The study uses two mobility scenarios to examine how sustainable auto-mobility will develop in the coming years, measured by energy consumption and CO_2 emissions. One of these scenarios, called "Automobile Adaptation", is based on continuation of today's trends and behaviour patterns into the future; it already shows substantial reduction in energy consumption and CO_2 emissions of the passenger car fleet. The alternative scenario "Auto-Mobility in Transition" is characterised by rapid technological change and greater diversification of propulsion and fuel technologies. But conventional propulsion systems and fuels will still be playing a key role in 2030. The Shell Passenger Car Scenarios for Germany close with a discussion on conditions and action options for sustainable auto-mobility.
机译:《壳牌乘用车情景》第25版的特点是过渡。按照统一的社会经济先导方法,本次《 2009年乘用车研究》首先分析了人口变化对德国未来汽车出行的可能影响。它跟踪了直到2030年当今汽车保有量和里程数的延续情况,并根据年龄和性别进行了区分。未来,德国的自动驾驶汽车将以女性和老年人为特征。德国人口的机动化将继续增加。乘用车的里程数将继续增长直至2020年,然后到2030年将回落到今天的水平。这项研究使用了两种机动性情景,以能耗和CO_2排放量来衡量未来几年可持续的机动性将如何发展。其中一种场景称为“汽车适应”,它基于将当今的趋势和行为模式延续到未来的基础。它已经显示出乘用车车队的能源消耗和CO_2排放量已大大减少。替代方案“过渡中的自动机动性”的特点是技术迅速变化,推进和燃料技术更加多样化。但是传统的推进系统和燃料在2030年仍将扮演关键角色。德国的壳牌乘用车情景以可持续汽车的条件和行动方案的讨论作为结束。

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