三相异步电动机参数测定虚拟实验系统研究

Virtual experimental system for parameter determination of three-phase asynchronous motor

针对电机实验成本高的问题,设计了基于Visual C++软件平台的三相异步电动机参数测定虚拟实验系统.建立了异步电动机空载实验和堵转实验的数学模型,采用仿真技术实现虚拟的实验过程.结合软件编程,实现了数据处理、分析计算和曲线绘制等功能.该虚拟实验平台将虚拟实验思想应用到传统的电机实验中,为电机教学活动提供了有利的支持.通过建立灵活的虚拟实验系统,增加了学生的实践机会,增强了学生的实验兴趣,加深了学生对理论的理解,更重要的是鼓励了学生探索更深入的研究内容.

For the high cost of electrical motor tests, the virtual experimental system for parameter determination of three-phase asynchronous motor was designed with Visual C ＋ ＋. The mathematical models of no-load test and blocked-rotor test were established, and the experimental process was realized by virtual simulation technology. By combination of software programming, the functions of data processing, analysis and curve drawing were achieved. The concept of virtual instruments was applied to the traditional electrical experiments, which effectively supported electrical motor teaching activities. With flexible virtual laboratory, students have more opportunities for practice, they are more interested in experiment and thus can further understand the theoretical knowledge, and more important, students are encouraged to investigate in depth.