淡江大學機構典藏:Item 987654321/35267
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    Title: 知識管理對空調系統控制之研究
    Other Titles: A research of knowledge management on the control of air conditioner
    Authors: 陳榮勳;Chen, Jung-hsun
    Contributors: 淡江大學資訊工程學系碩士在職專班
    陳瑞發;Chen, Jui-fa
    Keywords: 預冷空調箱;空調箱;送風機;空調知識管理系統;Air Handling Unit;Fan Coil Unit;Air Conditioner Knowledge Management System
    Date: 2008
    Issue Date: 2010-01-11 06:17:00 (UTC+8)
    Abstract: 近來環境保護及節省能源議題受到國際社會的重視,本研究的重點是於空調系統之負載端,也就是預冷空調箱(PAH)、空調箱(AHU)及送風機(FCU)安裝伺服器、控制器、監測控制副機及温度器、溼度器、二氧化碳、移動感測器等各式感應設備,將感應設備所取得的資料即時透過無遠弗屆的網際網路(Internet)傳回空調知識管理系統,空調知識管理系統透過電腦化依不同邏輯判斷,機動調整空調温度開關門檻值及排程,做到空調動態能源管理及環境優化的目標;過去空調管理人員較少關心此一部份,採取的策略通常是任由使用者設定空調控制面板,由於使用者一般對空調的特性及知識比較不足,造成電力的浪費。本研究讓空調在使用上更具人性化及效率化,管理者可經由網頁瀏覽器視窗操作環境,執行空調設定作業。如此,不僅能節省能源,還可藉由適時導入新鮮外氣,降低室內二氧化碳濃度,來維持健康與舒適的良好環境。
    Recently, Environmental protection and saving the energy topic is paid attention to by the international community, the focal point of this research is in the load end of the air conditioner system, such as PAH and AHU and FCU install server, controller, monitor, and various types of reaction equipment, such as one degree of devices, humidity device, carbon dioxide, motion detecter device ,etc., will respond the return value to the air conditioner knowledge management system through the borderless internet immediately, air conditioner knowledge management system in accordance with judge, flexible to change the air conditioner with logic through computerization to make sure air conditioner dynamic energy conservation and goal that environment optimized; The administrative staff of air conditioner was less likely to care about this a part in the past, the tactics adopted are usually to leave users to establish the control panel of air conditioner, because the user is generally more insufficient to the characteristic and knowledge of the air conditioner, cause the waste of the electricity . This Research let air conditioner more human orientation and efficiency, administrator can use window browser operating environment seting, Like this, can save energy and have fresh air from outside in good time, reduce the thickness of indoor carbon dioxide, to maintain the healthy and comfortable good environment.
    Appears in Collections:[Graduate Institute & Department of Computer Science and Information Engineering] Thesis

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