摘要
针对高层建筑互相遮挡致使室内采光不足的问题,设计了一种基于方位角和高度角的光纤导入式太阳光追踪控制系统,以满足人们在室内享受健康阳光的需求。为解决追光控制系统的参数调整和监控问题,提出了以C/S架构和WiFi通信的远程测控系统,设计了系统的通信协议和程序功能,利用LabVIEW开发了阳光导入器的远程测控系统,实验结果表明:基于WiFi的远程测控系统的通信功能正确,可远程实现整机工作参数的实时监控,完成控制系统的PID参数在线调整,实现高精度阳光追踪控制。该方法为阳光导入器的智能化和网络化提供了基础。
In order to the solve the problem of indoor lighting shortage caused by high buildings blocking,and meet the need of people’s pursuit of healthy sunlight indoors,a fiber-optic solar tracking device and its control system are designed based on azimuth-altitude angle tracking method. To realize the function of parameters monitoring and regulate the control parameters on line,the remote measurement system with WiFi and C/S mode was proposed,and a private communication protocol and its correlated function were designed. The system was constructed by LabVIEW and its function was tested on the device. The results show that the remote measurement and control system can realize the remote monitoring and data analysis of the working parameters of the solar tracker. Meanwhile,the system can realize online adjustment of the PID control parameters and the high precision solar tracking. This method provides the basis for intelligent and networked of solar tracker.
作者
张军
白涛
李义斌
陶君
张新荣
ZHANG Jun;BAI Tao;LI Yibin;TAO Jun;ZHANG Xinrong(Construction Machinery Simulation Experiment Teaching Center,Chang'an University,Xi'an 710064,China;Middle School Attached to Chang’an University,Chang’an University,Xi’an 710064,China)
出处
《实验室研究与探索》
CAS
北大核心
2019年第5期121-124,150,共5页
Research and Exploration In Laboratory
基金
中央高校基本科研业务费(300103680005)
长安大学2018年“双一流”引导专项资金建设项目(300104282526)
长安大学2018年大学生创新创业训练计划(201810710196)
