技术中心

摘 要： TRNSYS平台的控制模块具有高开发难度和周期的特点，而利用MATLAB工具箱提供的各类功能强大的函数能快速开发各种控制模块。同时Labview所采用强大的图形化语言（G语言）具有强大的数据采集功能，同时非常适合控制模块的编写。于是将Labview和MATLAB与TRNSYS结合会大大加快TRNSYS模型的建立，提高TRNSYS的模型精度本文利用搭建的混合实验台对模型中的PID进行了测试。 关键词： TRNSYS MATLAB LABVIEW 混合仿真实验台 PID socket编程 Development of Air-conditioning System Real-time Hybrid Simulation Platform Zhang Wenbin Du Zhimin Fan Bo Zhu Yonghua Yang Chen Jin Xinqiao School of mechanical engineering, Shanghai Jiao Tong University, Shanghai 200240, China Abstract: Programming the modules of Trnsys platform is a difficult and time-wasting work. With the help of the powerful functions in MATLAB toolbox,we can quickly develop a variety of control modules.Labview has powerful capabilities of data acquisition.Combined with Labview, MATLAB and TRNSYS，the speed of modeling TRNSYS platform can be highly accelerated. Based on the hybrid simulation platform，a new kind of PID is tested。 Keywords: TRNSYS, LABVIEW, MATLAB, Hybrid simulation, PID, socket