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Fuel-Saving Technologies' Potentials for Chinese Passenger Cars: Development of Cost Curves of 2020-2025 Fuel Efficiency Technologies for Chinese Passenger Cars

机译：中国乘用车节油技术的潜力：2020-2025年中国乘用车节油技术成本曲线的发展

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In order to meet the Chinese passenger car fleet- average fuel consumption of 5.0 L/100km by 2020, automakers need to adopt advanced technologies and bear the corresponding incremental costs. This research is about effect of fuel efficiency and cost analysis of advanced technologies. CO2 data of seven kinds of passenger cars were simulated by Ricardo model, and baseline adjustment were made to tailor to Chinese situations. Costs data were also gathered to develop the cost curves of Chinese passenger cars to analyze the fuel-saving technical potentials in Chinese market.

机译：为了在2020年之前满足中国乘用车车队的平均油耗5.0 L / 100km，汽车制造商需要采用先进的技术并承担相应的增量成本。这项研究是关于燃油效率的影响和先进技术的成本分析。用里卡多模型模拟了七种乘用车的二氧化碳数据，并根据中国情况进行了基线调整。还收集了成本数据以绘制中国乘用车的成本曲线，以分析中国市场上的节油技术潜力。

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《IEEE Vehicle Power and Propulsion Conference》|2015年|1-7|共7页
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作者
Yang Xi; Wang Jianhai; Zhang Bo; Lu Qiang; He Hui;
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关键词
Alternators; Automobiles; Data models; Fuels; Roads; Valves;

机译：交流发电机;汽车;数据模型;燃料;道路;阀门;

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专利

1. Integrated assessment of energy efficiency technologies and CO2 abatement cost curves in China's road passenger car sector [J] . Peng Bin-Bin, Fan Ying, Xu Jin-Hua Energy Conversion & Management . 2016,第Feba期

机译：中国道路乘用车行业的能效技术和二氧化碳减排成本曲线的综合评估
2. Integrated assessment of energy efficiency technologies and CO2 abatement cost curves in China's road passenger car sector (vol 109, pg 195, 2016) [J] . Peng Bin-Bin, Fan Ying, Xu Jin-Hua Energy Conversion & Management . 2016,第Apra期

机译：中国道路乘用车行业的能效技术和二氧化碳减排成本曲线的综合评估（第109卷，第195页，2016年）
3. Modeling uncertainty in estimation of carbon dioxide abatement costs of energy-saving technologies for passenger cars in China [J] . Peng Bin-Bin, Xu Jin-Hua, Fan Ying Energy Policy . 2018,第feba期

机译：在中国乘用车节能技术的二氧化碳减排成本估算中建立不确定性模型
4. Fuel-Saving Technologies' Potentials for Chinese Passenger Cars: Development of Cost Curves of 2020-2025 Fuel Efficiency Technologies for Chinese Passenger Cars [C] . Yang Xi, Wang Jianhai, Zhang Bo, IEEE Vehicle Power and Propulsion Conference . 2015

机译：中国乘用车的燃料技术潜力：中国乘用车2020-2025燃料效率技术的成本曲线的发展
5. Fuels and Fuel Technologies for Powering 21st Century Passenger and Freight Rail: Simulation-based Case Studies in a U.S. Context [D] . Isaac, Raphael S. 2020

机译：推动21世纪乘客和货运铁路的燃料和燃料技术：美国中文基于模拟的案例研究
6. Impacts of the New Worldwide Light-Duty Test Procedure on Technology Effectiveness and China’s Passenger Vehicle Fuel Consumption Regulations [O] . Kangda Chen, Fuquan Zhao, Xinglong Liu, 2021

机译：新的全球轻型测试程序对技术效果和中国乘用车燃料消费法规的影响
7. Long Term CO2 Analysis by Considering Future Automotive Technologies and Integrated Approaches in Passenger Car Sectors of China, India and ASEAN Countries [O] . Shuichi KANARI, Yukika TOBA, Yoshiaki SHIBATA 2014

机译：通过考虑中国，印度和东盟国家乘用车领域的未来汽车技术和综合方法，长期二氧化碳分析

Fuel-Saving Technologies' Potentials for Chinese Passenger Cars: Development of Cost Curves of 2020-2025 Fuel Efficiency Technologies for Chinese Passenger Cars

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