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Impacts of Automation on Battery Electric Bus Adoption

机译:自动化对电池电动公交车采用的影响

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摘要

Transit agencies are increasingly facing pressure from political mandates and internal objectives to rapidly transition their heavy-duty bus fleets to zero-emission technologies. Currently, this remains a challenge due to high capital costs and limited range on battery electric buses (BEB). Integration of automation driving systems (ADS) technology, specifically yard automation, and driver assistance, can mitigate some capital costs associated with BEB procurement and increase battery range. To date, most focus on ADS technologies for transit bus integration has emphasized their potential to reduce labor costs through total automation of on-road operations. However, those impacts are much further afield, if ever attainable. Transit operators can achieve greater efficiencies in the near-term from more limited ADS capabilities, including driver assistance and partial or complete off-road automation.
机译:运输机构正日益面临来自政治任务和内部目标的压力,要求将其重型公交车队迅速过渡到零排放技术。当前,由于高昂的资本成本和电池电动巴士(BEB)的有限范围,这仍然是一个挑战。自动化驾驶系统(ADS)技术(特别是院子自动化)和驾驶员辅助的集成可以减轻与BEB采购相关的一些资本成本,并增加电池续航里程。迄今为止,大多数人将注意力集中在用于公交车集成的ADS技术上,强调了其通过完全自动化公路运营来降低人工成本的潜力。但是,如果可以达到的话,这些影响将远远超出更远的领域。过境操作员可以通过有限的ADS功能来在短期内实现更高的效率,这些功能包括驾驶员辅助以及部分或完全的越野自动化。

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