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  • 學位論文

太陽光功率感測器研製與應用

Development of Solar Light Power Detector

指導教授 : 張永農
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摘要


本文利用光感測二極體實現太陽光能感測器,用以量測太陽方位及太陽光功率。本文之太陽光量測器係利用立方體與多錐型感測量測器,組合出一太陽光能感測量測器,用以量測太陽光的光能量。本文藉由光感測器水平面上方的光感測二極體之感測元件,感測到的太陽光功率,再根據幾何空間轉換原理推導各感測光功率與太陽光光源間的關係方程式,在不需要任何電子羅盤與其他角方位校正器的協助下,即可推得太陽的方位與太陽光功率。

並列摘要


In this thesis, the photo diode detectors are used to realize the solar light sensor for measuring the relative solar orientations and solar energy. The sunlight measurement detector in this study is the combination of the conical sensor and the cubic sensor, delicately designed to measure the light energy. Accordingly, the photo detectors located on five facets can detect solar light from various directions and measure the incident solar energy. Based on the geometric space transformation principle, the relationship equation between measured power of various-facet detectors and solar lighting source can be conducted. The solar power can be precisely extrapolated without using any electronic compass and extra orientation angle corrector.

參考文獻


[7]何金滿、包濬瑋,太陽光發電系統運轉性能評估,碩士學位論文,私立中原大學碩
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[22]何金滿、曾創煒“採阻抗匹配法之太陽光伏系統最大功率點追蹤技術討”先進工
雄應用科技大學電機工程系,2004。
[3]張智凱,被動式雙軸太陽追蹤器之追控系統開發,國立中央大學能源工程研究所碩

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