CAJ | 학술논문

利用西藏地区太阳能丰富的优势，采用太阳能资源为主要供能方式，为智能温室系统构建基于 ZigBee协议的无线传感网络和nRF2401无线传感器的双层无线通信网络，以减少西藏地区有线布线成本和解决温室群控制问题。同时，在传统智能温室中结合线阵 CCD技术，为智能温室系统提供实时、直观的作物生长状况数据，有效提高对温室内环境因素的监控效率及温室智能自动化控制程度，以满足现代化高效节约型农业的发展形势需求，以及西藏地区特定的地理环境对于农业自动化的需求。
이용서장지구태양능봉부적우세，채용태양능자원위주요공능방식，위지능온실계통구건기우 ZigBee협의적무선전감망락화nRF2401무선전감기적쌍층무선통신망락，이감소서장지구유선포선성본화해결온실군공제문제。동시，재전통지능온실중결합선진 CCD기술，위지능온실계통제공실시、직관적작물생장상황수거，유효제고대온실내배경인소적감공효솔급온실지능자동화공제정도，이만족현대화고효절약형농업적발전형세수구，이급서장지구특정적지리배경대우농업자동화적수구。
The system is constructed based on ZigBee wireless sensor network protocol and the nRF2401 wireless sensor’ s double wireless communication network for the intelligent greenhouse which uses the solar energy as the main energy sup-ply, taking the advantage of Tibetan rich solar energy.It reduces the cost of cable routing and solves the problem of greenhouse group control in Tibet.The system is also combined with the traditional linear CCD technology in intelligent greenhouse, providing real-time visual crop condition data for the intelligent greenhouse systems, which will effectively improve the efficiency of monitoring greenhouse environmental factors as well as the intelligent automation controlling de-gree of greenhouse.It’ s used to meet the demands of the modern and efficient-saving agriculture’ s development situa-tion as well as the Tibetan specific geographical environment’ s agricultural automation.