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  • 學位論文

六邊形追日系統之機構設計與分析

Mechanism Design and Analysis of a Hexagonal Solar Tracking System

指導教授 : 徐正會

摘要


本研究首先定義出太陽能追日系統的外觀尺寸,其外觀為六邊形蜂巢,使用了圓管、I型鋼、鋼棒、調節器以及迴轉式減速機等。此方式所合成之結構,特色為使用大量張力桿件取代壓力桿件,產生的優點為結構強度提升,且大幅減少使用材料,因而重量輕、成本低,且因重量輕,不需極大的力量便可驅動整體結構,可降低驅動所消耗之能源。本研究已使用3D繪圖軟體建構其3D模型,並確認所設計之結構無干涉情況,並模擬動作過程,驗證此設計的作動機構無誤。本研究之相關成果已提出專利申請。

並列摘要


This research defined exterior dimensions and hexagonal-honeycomb shapes of the solar tracker. The circular tubes, I-beams, steel rods, regulator, and slewing drives were used in the tracker design. The distinguishing features of this structure are maximizing the usage of tension members and minimizing the usage of compression members. The resultant superiorities include increasing structural strength, reducing construction materials, minimizing total weight, total cost, total driving force, and total power consumption. This research constructed the 3D model, checked interference, and simulated mechanism motions by using 3D CAD software to verify the correctness of the mechanisms. New patent was filed for the outcome of this research.

並列關鍵字

solar energy tracker hexagonal honeycomb

參考文獻


[27] 駱農翰,太陽能追日系統之研發,碩士論文,國立臺北科技大學,台北,2011。
[16] Milkhail Rockaway, Peter Allen Clintin, Travis Albuquerque, James Hillsborough, Gary D. Belle Mead, "Terrestrial solar tracking photovoltaic array", EP Patent 2180524A2, 28.04.2010.
[1] 慶生科技,網址http://www.kson.com.tw/chinese/study_23-6.htm,2011年11月擷取。
[2] 歐洲光伏工業協會,網址http://www.epia.org/,2011年11月擷取。
[3] Herbert T. Hayden, James C. Warrick, Jefferson G. Shingleton, Raymond S. Zuckerman, "CELESTIAL TRACKING APPARATUS AND METHOD OF CONTROLLING WIND STOW THEREFOR", U.S. Patent 6662801, Dec 16, 2003.

被引用紀錄


李政雄(2014)。合成摻硼鑽石膜做為葡萄糖感測器之應用〔碩士論文,國立臺北科技大學〕。華藝線上圖書館。https://doi.org/10.6841/NTUT.2014.00326

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