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ICCT:2025-2035年混合动力汽车技术发展与机遇研究报告(中译版)(30页).pdf

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1、www.theicct.org communicationstheicct.orgtheicct.org WORKING PAPERFEBRUARY 2025Hybrid vehicle technology developments and opportunities in the 20252035 time frame Aaron Isenstadt and Peter SlowikSUMMARYIn the United States,greenhouse gas(GHG)emission standards have assisted in the proliferation of e

2、lectric vehicles without requiring GHG emission reductions for each specific powertrain.Indeed,fleet-average emission standards can be met with greatly increased sales of zero-emission vehicles and little or no improvement in the combustion engine-based fleet.In its final rulemaking for model years

3、20272032,the U.S.Environmental Protection Agency projected that its rule could result in a 68%electric vehicle sales share(consisting of 56%battery electric and 13%plug-in hybrid electric)by 2032 and at the same time,the average emissions of the remaining non-electric-vehicle fleet would increase(U.

4、S.Environmental Protection Agency,2024b).This phenomenon is referred to as“backsliding.”At the state level,the California Air Resources Board has observed with its fleet averaging standards that increasing sales of zero-emission vehicles creates a risk of combustion engine vehicle backsliding.The in

5、crease in emissions may result from a variety of factors,including manufacturers discontinuing models with low carbon dioxide(CO2)emissions,converting low-emitting combustion models to zero-emission vehicles,removing CO2-reducing technologies on individual models,or neglecting to implement CO2-reduc

6、ing technologies while calibrating vehicles for improved performance only.Given the backsliding risk,the California Air Resources Board has proposed to promulgate standards that will ensure emissions from vehicles sold in the state with internal combustion engines(ICEs)including plug-in hybridsconti

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本文主要探讨了混合动力汽车技术的发展及其在2025-2035年间的机遇。主要观点如下: 1. 混合动力汽车(HEV)在非插电式汽车中展示了最大的温室气体(GHG)减排潜力。2024年,强混合动力汽车相比非混合动力汽车平均可减少30%的尾气排放,价格溢价平均为2000美元,10年燃料成本节省平均为4500美元。 2. 未来强混合动力汽车通过采用专门为混合动力系统设计的发动机,可实现10%-15%的效率提升。这些技术变化相对较小,需要最小的硬件更改,并代表了目前高效汽油发动机趋势的延续。 3. 混合动力系统的成本正在下降。2024年,混合动力汽车的价格比非混合动力汽车平均高出1500-3000美元,但预计未来成本将进一步降低。 4. 消费者从驾驶混合动力汽车中受益。基于2024年的数据,大多数混合动力汽车在5年内通过节省燃料成本为消费者带来净节省,10年内节省更多。 5. 为了最小化内燃机(ICE)车辆的温室气体排放,建议制定更严格的温室气体标准,鼓励混合动力化剩余的ICE车队。
混合动力技术如何减少碳排放? 混合动力汽车的成本效益如何? 未来混合动力技术的发展趋势是什么?
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