淡江大學機構典藏:Item 987654321/76194
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    題名: 基隆、恆春、南投與金門地區48方位建築遮陽板採光與遮陽策略評估研究
    其他題名: A Evaluation Study of Shading Devices for Shading and Daylighting in the Aspects of 48 Orientations in Four Cities of Taiwan
    作者: 周家鵬
    貢獻者: 淡江大學建築學系
    關鍵詞: 太陽輻射能量;自然採光;遮陽;節能;Solar Radiation;Daylighting;Shading Devices;Energy Saving
    日期: 2011-08
    上傳時間: 2012-05-03 20:21:07 (UTC+8)
    摘要: 起於全球對於環境永續發展、生態共生的共識,本研究以基地「光」、「熱」條件因子討論建築水平、垂直、格柵遮陽板在48方位對於室內採光品質與遮陽效益,具體提出建築節約能源策略及建議,共同打造永續環境。 結合94~97年度已於淡水、台北、台中、台東、宜蘭、花蓮、台南、屏東、新竹、嘉義、澎湖與高雄十二個城市建築遮陽板設置效益研究成果,本年度擬持續進行基隆、恆春、南投與金門;預計全臺共十六城市建構完整資料。預期成果如下: 1. 解析基隆、恆春、南投與金門四個縣市太陽輻射能量,並依太陽輻射能量全年逐月分佈,提出建築量體型式與適切配置方位對應關係,並提供應用太陽光電再生能源最佳方位配置建議應用。 2. 進行前述四個縣市之建築水平、垂直、格柵遮陽板與室內自然採光、遮蔽效能評估,提供各縣市遮陽板效益評估與設置策略。 結合94~97年度分別於台北、高雄等十二個城市研究,建構台灣北部(台北、基隆、新竹、淡水)、中部(台中、嘉義、南投)、南部(台南、高雄、屏東)、東部(宜蘭、花蓮、台東)以及外島(澎湖、金門)建築外遮陽板設置效益分析評估之成果;建立建築方位、配置、遮陽效益評估、與設置策略應用。
    This study intends to response the tendency of the sustainable development in energy saving of architecture. The best strategy of Energy saving in architecture design is maximum the using of natural resources. The most related natural resources are the natural daylight and the solar radiation. Research will focus on the solar radiation and daylight availability in 16 major cities of Taiwan area. These 12 cities include Taipei; Tamsui; Taichung; Taidong; Ilan; Hwaliang; Tainan; Pindong; Sinchu; Chiai; Panhua; and Kaoshang. The former 12 cities had studied from 20005 to 2008 in NSC projects. This proposal is a continuous project. This year intends to do the final 4 cities and try to give a comprehensive pictures of Taiwan. 48 orientations will be studied to evaluate the fenestration with the aspects of daylighting, exterior shading device and solar intensity. Analysis will base on the average month temperature in local weather date with the period of whole year. Sunshine hour rates will also applied to calculate the solar intensity of 48 orientations. The major purposes of this study are: 1. 48 orientations will be studied in those 4 cities, which included horizontal, vertical and tilted surfaces, the evaluation of shading device will be make with different periods base on the human comfort factors.. 2. An evaluation of the performance of shading devices with the 48 orientations will be proposed for designers. This evaluation will give designers an ideal of shading design strategies for energy saving. 3. Fenestration and shading design for maximize daylight using in 48 orientations will be proposed for architecture design. 4. A comprehensive comparison for 16 cities in Taiwan will be presented to assist designers in their decision-making for energy concerns.
    顯示於類別:[建築學系暨研究所] 研究報告

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