The Functional Safety Analysis and Design of Dual-Motor Hybrid Bus Clutch System

Zhou Yaling, G. Jing, Sun Hanwen
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Abstract

Based on the GB/T 34590 functional safety standard, this paper analyzes the failure of the clutch system of a dual-motor hybrid bus and determines the Automotive Safety Integrity Level (ASIL) of different failure modes. Finally, it is confirmed that the clutch system needs to meet ASIL B. In order to achieve this level of safety, the hardware and software architecture of the clutch control system was designed, and the clutch state control and diagnostic module of the software architecture was introduced in detail. Finally, a hardware test and a software test method for system integration are described according to the safety level.
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双电机混合动力客车离合器系统功能安全分析与设计
基于GB/T 34590功能安全标准,对某双电机混合动力客车离合器系统的失效进行了分析,确定了不同失效模式下的汽车安全完整性等级(ASIL)。最后,确认离合器系统需要满足ASIL b的安全要求。为了达到这一安全级别,设计了离合器控制系统的硬件和软件架构,并详细介绍了软件架构中的离合器状态控制和诊断模块。最后,根据安全等级描述了系统集成的硬件测试和软件测试方法。
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