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一种基于PLC的全地形电动越野车控制系统设计

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基于PLC实现对全地形电动越野车的控制.首先,进行设备选用,完成电气设备布局.其次,根据整车控制策略,进行运动学分析,计算全地形电动越野车各个车轮转速,得出各轮所需脉冲频率.最后,使用编程软件进行程序编写与调试,最终让车实现匀速和变速运动过程中的前进、后退和转向控制.
Design of control system for all-terrain electric off-road vehicle based on PLC
This paper aims to realize the control of all-terrain electric off-road vehicles based on PLC.Firstly,the equipment selection is carried out,and the layout of the electrical equipment is completed.Secondly,according to the vehicle control strategy,kinematic analysis is carried out,and the speed of each wheel of the all-terrain electric off-road vehicle is calculat-ed to obtain the pulse frequency required for each wheel.Finally,with the help of programming software,the program is writ-ten and debugged,and the forward,backward and steering control of the vehicle during constant speed and variable speed movement is realized.

control systemPLCkinematic analysissystem design

谌鑫、罗成印、潘克强

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贵州电子科技职业学院 智能制造系,贵州 贵阳 550025

贵州理工学院,贵州 贵阳 550003

控制系统 PLC 运动学分析 系统设计

2024

现代机械
贵州省机电研究设计院,贵州省机械工程学会

现代机械

影响因子:0.172
ISSN:1002-6886
年,卷(期):2024.(2)
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