农机使用与维修Issue(3)：32-36,5.DOI:10.14031/j.cnki.njwx.2026.03.006
农业机械电气系统优化设计及试验
Optimization design and experimental research of agricultural machinery electrical system
摘要
Abstract
Electrification of agricultural machinery is the fundamental system for achieving intelligence and precision in agricultural machinery.In response to the problems of low control accuracy,slow response speed,and low energy utili-zation rate in traditional electrical systems,this paper constructs an overall electrical system architecture consisting of sensor acquisition,controller decision-making,actuator driving,and communication network.PID adaptive regulation and CAN bus data fusion technology are introduced to achieve precise control and real-time data interaction under mul-tiple working conditions.Based on the requirements of working conditions,optimization design is carried out for motor driving,power management,and load distribution.Field experiments have shown that the optimized electrical system re-duces response time by 28.6%,improves operational accuracy by 21.4%,and reduces unit energy consumption by 17.8%,providing technical support and practical basis for the intelligent upgrading and energy-saving development of agricultural machinery.关键词
农业机械/电气系统/优化设计/智能控制/田间试验Key words
agricultural machinery/electrical system/optimize design/intelligent control/field experiment分类
农业科技引用本文复制引用
吴华娟..农业机械电气系统优化设计及试验[J].农机使用与维修,2026,(3):32-36,5.基金项目
2025年度江阴市教师专项课题(JTZXKT2025) （JTZXKT2025）
