原文传递
Design study of toroidal traction CVT for electric vehicles
| 题名： | Design study of toroidal traction CVT for electric vehicles |
| 作者： | Raynard, A. E.; Kraus, J.; Bell, D. D. |
| 关键词： | action；design；electric；study；trac；continuously；technological；development；applications；regen |
| 摘要： | The development, evaluation, and optimization of a preliminary design concept for a continuously variable transmission (CVT) to couple the high-speed output shaft of an energy storage flywheel to the drive train of an electric vehicle is discussed. An existing computer simulation program was modified and used to compare the performance of five CVT design configurations. Based on this analysis, a dual-cavity full-toroidal drive with regenerative gearing is selected for the CVT design configuration. Three areas are identified that will require some technological development the ratio control system, the traction fluid properities, and evaluation of the traction contact performance. Finally, the suitability of the selected CVT design concept for alternate electric and hybrid vehicle applications and alternate vehicle sizes and maximum output torques is determined. In all cases the toroidal traction drive design concept is applicable to the vehicle system. The regenerative gearing could be eliminated in the electric powered vehicle because of the reduced ratio range requirements. In other cases the CVT with regenerative gearing would meet the design requirements after appropriate adjustments in size and reduction gearing ratio. |
| 报告类型： | 科技报告 |
相关文献
- Design study of a continuously variable roller cone traction CVT for electric vehicles
- Evaluation of a CIDI Pre-Transmission Parallel Hybrid Drivetrain with CVT
- P1.2 -- Hybrid Electric Vehicle and Lithium Polymer NEV Testing
- Electric Drive M113 Vehicle Refurbishment Project: Sacramento Electric Transportation Consortium RA 93-23 Program.
- Neighborhood Electric Vehicle Market Test Development Project: Sacramento Electric Transportation Consortium RA 93-23 Program.
- Vehicle Battery Safety Roadmap Guidance.
检索历史
应用推荐
