CAJ | 학술논문

根据高性能低成本的太阳能跟踪系统设计要求，应用矢量分析法建立了太阳跟踪模型，克服了传统球面三角几何法建模的复杂性，进行了全数字太阳能跟踪系统控制精度测量的仿真试验，验证了模型正确性和跟踪精度检验的方法。试验结果表明，跟踪模型正确，原理性误差小，模型易工程化，适用于开环式太阳能跟踪系统的开发。文章还提出了采用Reda的SPA算法作为检验太阳跟踪模型精度的标准。
근거고성능저성본적태양능근종계통설계요구，응용시량분석법건립료태양근종모형，극복료전통구면삼각궤하법건모적복잡성，진행료전수자태양능근종계통공제정도측량적방진시험，험증료모형정학성화근종정도검험적방법。시험결과표명，근종모형정학，원이성오차소，모형역공정화，괄용우개배식태양능근종계통적개발。문장환제출료채용Reda적SPA산법작위검험태양근종모형정도적표준。
Accordance with the design requirements of high-performance low-cost solar tracking sys-tem, the application of vector analysis to establish a solar tracking model to overcome the complexity of traditional spherical trigonometry law modeling , simulation of a solar tracking system of all-digital control precision measurement , verification model correctness and tracking accuracy of testing methods .The test results show that the tracking model is correct , the principle of error is small , the model is easy to engi-neering applicable to the development of the open loop solar tracking system .The article also suggested using Reda SPA algorithm the standard as inspection sun tracking accuracy of the model .