山东理工大学学报:自然科学版
山東理工大學學報:自然科學版
산동리공대학학보:자연과학판
Journal of Shandong University of Technology:Science and Technology
2012年
4期
99-102
,共4页
陈世宝%杨淑连%李田泽%赵云凤%秦长葳%谢满
陳世寶%楊淑連%李田澤%趙雲鳳%秦長葳%謝滿
진세보%양숙련%리전택%조운봉%진장위%사만
自动跟踪%程序跟踪%传感器跟踪%太阳能利用
自動跟蹤%程序跟蹤%傳感器跟蹤%太暘能利用
자동근종%정서근종%전감기근종%태양능이용
automalic tracking%program tracking%sensor tracking%salar energy utilization
为提高太阳能转换效率,设计了一种新型混合式太阳能自动跟踪系统.该系统采用程序跟踪和圆弧传感器跟踪相结合的两级跟踪方式,用PLC可编程逻辑控制器为控制核心实现自动跟踪.实验结果表明,该系统跟踪精度高,波动小,效率高.
為提高太暘能轉換效率,設計瞭一種新型混閤式太暘能自動跟蹤繫統.該繫統採用程序跟蹤和圓弧傳感器跟蹤相結閤的兩級跟蹤方式,用PLC可編程邏輯控製器為控製覈心實現自動跟蹤.實驗結果錶明,該繫統跟蹤精度高,波動小,效率高.
위제고태양능전환효솔,설계료일충신형혼합식태양능자동근종계통.해계통채용정서근종화원호전감기근종상결합적량급근종방식,용PLC가편정라집공제기위공제핵심실현자동근종.실험결과표명,해계통근종정도고,파동소,효솔고.
In order to improve the solar energy conversion efficiency, we designed a set of new hybrid sun automatic tracking system which consists of program tracking and arc sensor tracking. And automatic tracking could be accomplished using PLC programmable logic controller as the control core, and the maximum efficiency of solar energy utilization was achieved. The experimental results show that the system has high tracking accuracy, small ripple and high efficiency.