需求发布 成果发布 科创案例库 揭榜挂帅
技术路演 会议展览 科创联合体 项目申报
前沿动态 科技政策 院士开讲 青托工程
科技服务团 学术资源
试点城市(园区) 双创活动周
协作站点 学会服务
问题库 项目库 开源库
English
您所在的位置: 李骏 论文

科研论文

返回至主页

  • Development and validation of control algorithm for series hybrid power train

    • 摘要：

      Developed control algorithm for series hybrid electric power train is presented systematically, which keeps engine operation points on the locus of highest efficiency torque/speed points using a lookup table defined by engine power and speed. The off-line simulation model of series hybrid power train is developed which includes sub-models of control system and controlled objective (such as engine, motor, battery pack and so on). The debug and validation of control algorithm is performed on developed modular test facility. The results show that developed control algorithm can effectively keep engine operating on the locus of high efficiency points and much more fuel economy can be achieved than that of conventional ICE power train, meanwhile battery SOC can be maintained within reasonable level without charging outside during cycles.

    • 作者：

      亮 初;Qingnian Wang;Minghui Liu;骏 李

    • 刊名：

      SAE Technical Papers

    • 在线出版时间：

      2003