智能电动汽车电子电气架构的设计与优化措施

Design and Optimization of Electronic and Electrical Architecture for Intelligent Electric Vehicle

随着无人驾驶和电动汽车技术的发展,传统汽车架构已经不能满足智能驾驶的要求,对智能电动汽车电子电气架构设计的科学性和高效性提出了更新、更高的标准要求。智能电动汽车电子电气架构设计与优化的最终目标是对汽车电子电器元件进行合理的排布、降低总线负载率、降低成本和质量。通过分析智能电动汽车电子电气架构设计的系统需求,基于域控制器的EE架构是下一代智能电动汽车电子电气架构设计关注的重点。

With the development of driverless and electric vehicle technology,traditional automobile architecture can not meet the requirements of intelligent driving.Now,newer and higher standard requirements are put forward for the scientific and efficient EE architecture design of electric intelligent vehicle.The ultimate goal of EE architecture design and optimization of intelligent electric vehicle is to arrange the automotive electronic and electrical components reasonably,reduce bus load rate,reduce cost and weight.By analyzing the system requirements of EE architecture design for intelligent electric vehicles,the EE architecture based on domain controller was the focus of EE architecture design for next generation intelligent electric vehicles.