建築物外遮陽板採光、遮陽與太陽能光電效益評估研究 : 以淡水地區為例

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Title:	建築物外遮陽板採光、遮陽與太陽能光電效益評估研究 : 以淡水地區為例
Other Titles:	A study of buildings on energy conservation in the aspect of daylighting, shading devices, and solar pannels in Danshuei area.
Authors:	廖霖梅;Liao, Ling-mei
Contributors:	淡江大學建築學系碩士班周家鵬;Chou, Chia-peng
Date:	2005
Issue Date:	2010-01-11 05:31:37 (UTC+8)
Abstract:	研究內容以淡水地區太陽輻射能量與日照可及漫射光度方面資料之整理與分析為基礎，供作評估建築外牆開口部設置水平、垂直以及格柵三種遮陽型式模組時，對於建築室內運用自然採光以及太陽輻射熱遮蔽的效果，同時以遮陽板結合光電板設置的方式，討論模組在太陽能再生能源方面之光電效益；針對此三種遮陽型式模組進行採光、遮陽以及光電效益之影響因子比較分析，並提供多組效益條件綜合比較各模組效能，給予淡水地區設計者與使用者相關建議之參考。章節內容概述如下：第一章確立研究方向、研究限制以及研究相關假設，進而研擬研究主題、範圍與內容以及研究預期成果。第二章文獻依「自然採光與照明節能」、「建築物日照與遮陽」、「建築物開窗性能綜合評估」、「建築用氣象資料」以及「太陽能源再生使用」五方面整理，並歸納與本研究相關之文獻。第三章以淡江大學建築研究所歷年關於水平、垂直以及格柵遮陽型式之自然採光模型實驗操作模組為基礎，設定本研究進行採光、遮陽與光電效益模組討論範圍。第四章進行淡水地區相關日照資料整理；在「淡水地區全天空日照可及漫射光度」方面，依張弘樺君相關預測模型推估淡水日照可及漫射光度值，再配合國家照度標準訂定淡水地區晝光基準；「太陽輻射能量」方面，依「時期」、「方位角」、「傾斜角度」分析太陽輻射能量特性，並提供淡水地區適切量體比例與配置方位相關建議。第五章針對各遮陽型式模組進行採光、遮陽以及光電效益操作以及相關結果數據整理。第六章進行採光、遮陽以及光電效益之影響因子比較分析，並以「採光與遮陽」、「遮陽與光電」及「採光、遮陽與光電」綜合效益項目依不同條件因子比較各模組效能。第七章以研究討論範圍與假設條件下，依「等體積量體表面受熱情形」建議淡水地區適切量體比例與配置方位，並以「模組最佳方位」、「方位最佳模組」及「相同開窗率下最佳模組」提出遮陽模組於「採光與遮陽」、「遮陽與光電」及「採光、遮陽與光電」綜合效益比較結果，供淡水地區建築物外牆設置開口部與外遮陽設施之建議與參考。 The main purpose of this study is to provide the comprehensive analysis of energy conservation in the aspect of daylighting , shading Devices, and solar pannels for three type of shading device---horizontal , vertical, and eggcrate in Danshuei Area. The performance of those combinations for the contribution of energy saving will be discussed. The results of this study will provide energy saving guideline for different orientations to meet the designer’s needs. This study includes the following content： Chap 1 To point out the research motive, objective, assumption, method, and procedure. Chap 2 To organize and sort out the achievements from related articles collection. And to clarify the connections between various research subjects and establish the research orientation and scope. Chap 3 To make decision of shading device models. Combining antecedent research of Shading Physical Scaling Model and sorting out the congruent factors of them. Chap 4 To provide the energy saving of solar radiation and diffuse daylight in Danshuei area and to evaluate the efficiency of daylight performance and shading efficiency for each shading device model. Above analysis and evaluation are focus on the radiation, season, azimuth, and tilt angle, and a recommendation will be presented for designers. Chap 5 To analyze the performance data of the combination of solar radiation, daylighting, and solar panels. Chap 6 To analyze factors of energy conservation in the aspect of daylighting , shading Devices, and solar pannels , and compare the efficiency of those combined models. Chap 7 To make conclusions and the recommendation of further study.
Appears in Collections:	[Graduate Institute & Department of Architecture] Thesis

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