面向冬奥示范的新一代燃料电池系统技术突破

doi:10.19562/j.chinasae.qcgc.2022.04.009

Abstract

Abstract:

Fuel cell vehicle is an important technical route of new energy vehicles. For the 2022 Winter Olympics application environment， the research on compact integration， durability management and cold-start of fuel cell engine system is carried out to improve its performance and low ambient temperature adaptability. Some fuel cell vehicles have been put into demonstrative operation in Zhangjiakou for nearly three years and have experienced low temperature environment below -20 ℃. Through sampled data， the economy， durability and reliability of fuel cell are analyzed. The experience and improvement measures accumulated in the demonstration operation have laid a foundation for the "hydrogen energy transportation" of 2022 Winter Olympics and the implementation of fuel cell vehicle city cluster demonstrative project.

Key words: fuel cell vehicle, adaptability in low temperature environment, economy, durability, reliability

Chuan Fang,Dian Yuan,Yangbin Shao,Liangfei Xu,Feiqiang Li,Zunyan Hu,Jianqiu Li,Bao Zhou,Wei Dai. Technical Breakthrough of New Generation Fuel Cell System for Winter Olympics Application Environment[J].Automotive Engineering, 2022, 44(4): 535-544.

Figures/Tables 21

References 12

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改进方向		具体措施
设计	燃料电池发动机	采用V字型开发，进行需求分解和反向验证
	燃料电池发动机	以FMEA（失效模式与影响分析）、企标及强检标准为输入，确保DV试验完整性、准确性
	整车	通过样车试装及预调，确保结构及性能适配性
制造		遵循IATF16949五大工具（零部件生产件批准程序PPAP、控制计划CP、生产过程失效分析PFMEA、统计过程控制SPC、测量系统分析MSA），量产工装、严控装配过程，确保生产一致性
运营		执行严格的日常点检制度、有计划的保养活动，形成及时响应反馈机制和远程运营状态监控系统
运营		成立专项改进小组，对问题及时分析、改进，实现产品开发闭环

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Technical Breakthrough of New Generation Fuel Cell System for Winter Olympics Application Environment

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