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Electrical Power Assisted Steering for EVs and HEVs
作者姓名:Ma Haibo  Yang Ying
作者单位:Automotive Parts and Accessory Systems R & D Centre, Hong Kong, China
基金项目:The Innovation and Technology Fund of Hong Kong Government ( No. ITP/042 /08AP &No. ITP/003 /10AP)
摘    要:Electrical power assisted steering (EPAS) is one of the key components, especially for electrical vehicle. It has attracted much attention for their advantages with respect to improved fuel economy and has been widely adopted as automotive power-steering equipment in recent years. EPS (electrical power steering) controllers contain MCU (microprocessor control unit) to implement the complex control algorithms. EPS control strategy development is the core technology of the whole system. To achieve the better performance of driving, both mechanical structures and electrical structures are totally designed as a whole. Model-based development is recommended to software design. There are several trends about EPS’ future, such as high power EPS development, high voltage EPS development and steering-by-wire technology.

关 键 词:electrical  power  assistant  steering  brushless  motor  non-contact  sensor  control  strategy  model-based  development

Electrical power assisted steeringfor EVs and HEVs
Ma Haibo,Yang Ying.Electrical Power Assisted Steering for EVs and HEVs[J].Engineering Sciences,2011,9(1):60-65.
Authors:Ma Haibo  Yang Ying
Institution:Ma Haibo,Yang Ying (Automotive Parts and Accessory Systems R & D Centre,Hong Kong,China)
Abstract:Electrical power assisted steering (EPAS) is one of the key components, especially for electrical vehicle. It has attracted much attention for their advantages with respect to improved fuel economy and has been widely adopted as automotive power-steering equipment in recent years. EPS (electrical power steering) controllers contain MCU (microprocessor control unit) to implement the complex control algorithms. EPS control strategy development is the core technology of the whole system. To achieve the better ...
Keywords:electrical power assistant steering  brushless motor  non-contact sensor  control strategy  model-based development  
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