首页|电动发电一体化运动控制综合实训平台设计

电动发电一体化运动控制综合实训平台设计

扫码查看
该文针对当前电力电子及新能源的发展和教学需求,结合运动控制技术实验课程教学存在的实验设备功能单一、学生自主性差等问题,设计了电动发电一体化的可编程运动控制综合平台,实现了在使用一台设备的情况下,通过编写不同程序可进行基础实验、综合设计实验、研究创新型实验和学科前沿型实验,大幅扩展了实践教学内容,构建了分层次、多模块的实验教学体系,同时满足了学生"能力链"的培养,有助于提升学生解决工程实践问题的能力。
Design of Integrated Induction Motor and Generator Motion Control Comprehensive Training Platform
In view of the current development and teaching needs of power electronics and new energy,combined with the problems of single function of experimental equipment and poor autonomy of students in the teaching of experimental courses of motion control technology,a programmable motion control integrated platform integrating electric power generation is designed.By writing different programs,basic experiments,comprehensive design experiments,innovative research experiments and cutting-edge experiments can be carried out,which greatly expands the practical teaching content,constructs the hierarchical and multi-module experimental teaching system,meets the cultivation of students'"ability chain",and helps improve students'ability to solve engineering problems.

Motion controlIntegration of electric power generationPractical teachingHierarchicalMulti-module"Ca-pacity chain"Engineering practice

宫萍萍、刘欢、胡立坤、卢泉、徐俊华

展开 >

广西大学 电气工程学院,广西南宁 530004

广西大学 国家级实验示范中心,广西南宁 530004

运动控制 电动和发电一体化 实践教学 分层次 多模块 "能力链" 工程实践

2024

创新创业理论研究与实践

创新创业理论研究与实践

ISSN:
年,卷(期):2024.7(9)