Remote monitoring system for electric vehicles

Yan Hong Chen; Shuai Shen; Hong Wei Liu; Yong Heng Liu

Remote monitoring system for electric vehicles

Yan Hong Chen
, Shuai Shen
, Hong Wei Liu^*
, Yong Heng Liu

^*Corresponding author for this work

College of Automotive Engineering
Jilin University

Research output: Contribution to journal › Article › peer-review

3 Scopus citations

Abstract

A system was built to grasp the operating status of many electric vehicles. In the slave computer there were a battery management system and a motor controller to collect the informations from the battery and the motor. A vehicle management system relized the data communication with other units via a controller area network(CAN) and the data were transfered from CAN to the RS232. The data were transfered by a data transfer unit to the host computer by the general packet radio service(GPRS) technology and by help of the mobile signals and the Internet. The host computer used the dynamic data exchange technology to combine Kingview, MATLAB and Visual Basic(VB) by using MATLAB for theoretical calculation and VB calling MAPX control unit and the computing and positioning powers were expanded. The practical application of the system showed that the system was characterized by good real-timelyness, it will play an actual role in the development of the electric vehicle.

Original language	English
Pages (from-to)	285-290
Number of pages	6
Journal	Jilin Daxue Xuebao (Gongxueban)/Journal of Jilin University (Engineering and Technology Edition)
Volume	43
Issue number	2
State	Published - Mar 2013
Externally published	Yes

Keywords

Controller area network(CAN)
Electric vehicle
Kingview
Vehicle engineering

Cite this

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title = "Remote monitoring system for electric vehicles",

abstract = "A system was built to grasp the operating status of many electric vehicles. In the slave computer there were a battery management system and a motor controller to collect the informations from the battery and the motor. A vehicle management system relized the data communication with other units via a controller area network(CAN) and the data were transfered from CAN to the RS232. The data were transfered by a data transfer unit to the host computer by the general packet radio service(GPRS) technology and by help of the mobile signals and the Internet. The host computer used the dynamic data exchange technology to combine Kingview, MATLAB and Visual Basic(VB) by using MATLAB for theoretical calculation and VB calling MAPX control unit and the computing and positioning powers were expanded. The practical application of the system showed that the system was characterized by good real-timelyness, it will play an actual role in the development of the electric vehicle.",

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AU - Shen, Shuai

AU - Liu, Hong Wei

AU - Liu, Yong Heng

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AB - A system was built to grasp the operating status of many electric vehicles. In the slave computer there were a battery management system and a motor controller to collect the informations from the battery and the motor. A vehicle management system relized the data communication with other units via a controller area network(CAN) and the data were transfered from CAN to the RS232. The data were transfered by a data transfer unit to the host computer by the general packet radio service(GPRS) technology and by help of the mobile signals and the Internet. The host computer used the dynamic data exchange technology to combine Kingview, MATLAB and Visual Basic(VB) by using MATLAB for theoretical calculation and VB calling MAPX control unit and the computing and positioning powers were expanded. The practical application of the system showed that the system was characterized by good real-timelyness, it will play an actual role in the development of the electric vehicle.

KW - Controller area network(CAN)

KW - Electric vehicle

KW - Kingview

KW - Vehicle engineering

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Remote monitoring system for electric vehicles

Abstract

Keywords

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