微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2012年
5期
84-86
,共3页
太阳自动跟踪%PLC%视日运动轨迹跟踪%传感器跟踪
太暘自動跟蹤%PLC%視日運動軌跡跟蹤%傳感器跟蹤
태양자동근종%PLC%시일운동궤적근종%전감기근종
sun automatic tracking%PLC%the trajectory tracking%sensor tracking
设计了一种以FX3U系列PLC为控制核心的太阳能自动跟踪控制系统。该跟踪控制系统将视日运动轨迹跟踪与传感器跟踪相结合,即第一级采用视日运动轨迹跟踪,初步跟踪太阳的运行轨迹,第二级采用传感器跟踪校正,并采用双轴式跟踪调整装置。系统还设计了时间显示模块,能够显示实时时间.同时也可以对时间进行实时调整。
設計瞭一種以FX3U繫列PLC為控製覈心的太暘能自動跟蹤控製繫統。該跟蹤控製繫統將視日運動軌跡跟蹤與傳感器跟蹤相結閤,即第一級採用視日運動軌跡跟蹤,初步跟蹤太暘的運行軌跡,第二級採用傳感器跟蹤校正,併採用雙軸式跟蹤調整裝置。繫統還設計瞭時間顯示模塊,能夠顯示實時時間.同時也可以對時間進行實時調整。
설계료일충이FX3U계렬PLC위공제핵심적태양능자동근종공제계통。해근종공제계통장시일운동궤적근종여전감기근종상결합,즉제일급채용시일운동궤적근종,초보근종태양적운행궤적,제이급채용전감기근종교정,병채용쌍축식근종조정장치。계통환설계료시간현시모괴,능구현시실시시간.동시야가이대시간진행실시조정。
This paper introduces a solar energy automatic tracking control system, which use FX3U series PLC as the control kernel, to greatly improve solar energy utilization rate. The system combines the advantages of two techniques: firstly, apply sun trajectory tracking technique to track the sun trajectory and then utilize the technique sensor tracking to revise it accurately, meanwhile an adjusting device of dual axle type tracking is employed in this system. A time display module, which can be used both to dispaly the real-time time and to adjust time on real-time, is aslo introduced into this system.