EV Drives: Mechatronics challenges and design trend analysis

机译：EV Drives：机电一体化的挑战和设计趋势分析

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Electric Vehicle (EV) designers face several challenges in the vehicle general architecture and inrnthe drive system design. The EV drive design is increasingly becoming a "Golden compromise".rnVarious applications throughout the worldwide EV market, such as electric cars, light vehicles,rnfork-lift trucks, 2- or 3-wheelers, can result in the same main alternatives for electric motor andrndrives.rnThe present article is a summary of SKF practical experience in EV drives design process, relatedrnto Bearings and Sensor-Bearing Units It will compare the pro and contras of transaxle centralrnmotors, wheel motors and gear motors used in Evs (Battery Evs, Hybrid series and parallel), andrnthe mechatronics solutions developed to solve the various related challenges.

机译：电动汽车（EV）的设计人员在汽车的总体架构和驱动系统设计方面面临若干挑战。 EV驱动器设计正日益成为“黄金妥协”。rn电动汽车，轻型汽车，rn叉式起重车，2轮或3轮车等遍布全球EV市场的各种应用可能会导致相同的主要电动替代品本文是SKF在EV驱动器设计过程中的实践经验的总结，以及与轴承和传感器轴承单元有关的内容。它将比较Evs中使用的变速驱动桥中央电机，轮毂电机和齿轮电机的优缺点（电池Evs，混合动力）串联和并联），并开发了机电一体化解决方案来解决各种相关挑战。

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来源
《18th international electric vehicle symposium(EVS-18)》|2001年|p.1-10|共10页
会议地点 Berlin(DE);Berlin(DE)
作者
O.Message; Samuel Gallion;
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原文格式 PDF
正文语种 eng
中图分类化学电源、电池、燃料电池;
关键词
electric drive; motor design; AC motor; brushless motors; wheel hub motor;

机译：电驱动;电机设计;交流电机;无刷电机;轮毂电机;

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专利

1. Increased drive: EV designers face several challenges in the general vehicle architecture and in the drive system design the EV drive design is increasingly becoming a 'golden compromise' [J] . Olivier Message, Samuel Gallion Electric & Hybrid Vehicle Technology International . 2001,第2001期

机译：增加驾驶：电动汽车设计人员在通用车辆架构中面临若干挑战，在驱动系统设计中，电动汽车驱动器设计正日益成为“黄金折衷方案”
2. Towards automation of control software: A review of challenges in mechatronic design [J] . A. A. Alvarez Cabrera, M. J. Foeken, O. A. Tekin, Mechatronics: The Science of Intelligent Machines . 2010,第8期

机译：迈向控制软件自动化：机电一体化设计中的挑战回顾
3. Research and Development of Functional Fluid Mechatronics, Rehabilitation Systems, and Mechatronics of Flexible Drive Systems [J] . Junji Furusho, Naoyuki Takesue Journal of robotics and mechatronics . 2016,第1a161期

机译：功能流体机电一体化，康复系统和柔性驱动系统机电一体化的研究与开发
4. EV Drives: Mechatronics challenges and design trend analysis [C] . O. Message, Samuel Gallion International Battery, Hybrid and Fuel Cell Electric Vehicle Symposium and Exhibition . 2001

机译：EV驱动器：机电一体化挑战和设计趋势分析
5. Design simulation of meshing, tooth contact analysis, and stress analysis of spur and helical gear drives with low levels of noise and improved bearing contact (Spanish text). [D] . Gonzalez Perez, Ignacio. 2003

机译：具有低噪音和改善轴承接触的正齿轮和斜齿轮传动的啮合，齿接触分析和应力分析的设计仿真（西班牙语）。
6. Design and Evaluation of a new mechatronic platform for assessment and prevention of fall risks [O] . Lorenzo Bassi Luciani, Vincenzo Genovese, Vito Monaco, 2012

机译：设计和评估用于评估和预防跌倒风险的新型机电平台
7. Observers for High-Speed Sensorless PMSM Drives: Design Methods, Tuning Challenges and Future Trends [O] . Cesar Jose Volpato Filho, Dianxun Xiao, Rodrigo Padilha Vieira, 2021

机译：高速无传感器PMSM驱动器的观察员：设计方法，调整挑战和未来趋势

EV Drives: Mechatronics challenges and design trend analysis

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