摘要
以“把虚拟做实”“感受驾驶过程”和“用数据说话”为开发理念,辽宁理工职业大学针对比亚迪e2纯电动实训车辆,从实车信号设置、虚拟仿真界面设计、控制(PLC)系统研发以及系统集成操作台研制等四个关键技术方面开展研究,创造性地将实车运行信号与虚拟仿真演示系统有序结合,实现了纯电动实车硬件在环虚拟仿真实训系统的设计建造,提高了现有实训设备的可观性、实用性和科学性。
With the development concepts of“virtual reality”,“feeling the driving process”and“making decisions based on data”,Liaoning Vocational University of Technology has carried out research on BYD e2 pure electric practical training vehicles from four key technical aspects,including real vehicle signal setting,virtual simulation interface design,PLC system development and system integration operation platform development.By creatively combining the real vehicle running signal with the virtual simulation demonstration system,we have realized the design and construction of the virtual simulation and training system of pure electric real vehicle hardware in the loop,and improved the observability,practicability and scientificity of the existing practical training equipment.
作者
卢佳兴
王少岩
李占林
苏航
LU Jia-xing;WANG Shao-yan;LI Zhan-lin;SU Hang(Liaoning Vocational University of Technology,Jinzhou 121007,China)
出处
《辽宁高职学报》
2025年第5期69-74,共6页
Journal of Liaoning Higher Vocational
基金
2024年辽宁省教育厅基本科研项目:“基于新质生产力框架的辽宁装备制造企业智能制造资源优化配置研究”(LJ242412595004)
2024年度中国民办教育协会规划课题(学校发展类):“校企双向赋能培养高技能人才的研究”(CANFZG24378)
2022年天津市京津冀协同创新项目(22PTXTHZ00020)。
关键词
职业教育
纯电动车虚拟仿真实训系统
硬件在环
vocational education
pure electric vehicle virtual simulation training system
hardware in the loop
