基于VC和Simulink的电力电子仿真实验平台设计

针对单纯用高级语言编程完成仿真平台设计,编程复杂,开发周期长,而仅仅利用Matlab环境构建仿真平台,其界面功能有很大局限性的问题,提出VC程序与Matlab环境一起构成“以电力电子器件和变换器仿真模型为对象的软件实验平台”。该实验平台通过Visual C＋＋6.0编程,将软件界面与Simulink仿真模型整合在一起,通过Matlab引擎对Simulink仿真模型进行控制,对整流、逆变等多种典型的电力电子器件和变换器进行仿真非常方便。可任意添加新仿真模型扩充仿真内容,也可通过设置或修改参数观察参数变化对仿真结果的影响,具有动态仿真效果,为研究电力电子器件和变换器的工作特性提供了有力支持。实验平台为电力电子系统的设计与实现提供了新的思路和方法,可有效缩短系统开发周期。

Design of Simulation Experimental Platform for Power Electronics Based on VC and Simulink

To design a simulation platform only by programming using advanced program languages is complicated and time consuming,while to build a simulation platform by Matlab environment will lead to the limitation of interface functions.We use the two instruments to conform the software interface by programming Visual C＋＋ 6.0 with Simulink simulation model to form a software experimental platform of simulation models for power electronic components and converters.The platform was featured in the comfortable usage,simple operation,easy adjustment,good expansion and vision ability.The users could add any new simulation models to expand simulation contents and observe the effects on simulation results by changing settings and parameters.This verified the platform was dynamic.The research would provide innovative ideas and ways in designing and implementing the system of power electronic and shorten the developed period as well.