80年後隨著資通訊科技的快速成長發展，各行業導入智慧科技產品並且運用電腦軟體及網路科技的管理方式，已逐漸發展成主要的潮流趨勢及必備的技術。此外伴隨著我國高齡化及少子化等劇烈社會結構轉變，再加上高度全球化社經環境中的永續性議題下，建築物智慧化的規劃設計已然成為必要趨勢。本研究將從系統整合商的角度探討智慧建築之發展挑戰與因應，系統整合顧名思義就是將智慧建築各個系統加以整合，然而智慧建築的建置，需要科技與建築工藝的結合，從建築規劃開始，就必須針對建築物內的電路、網路、用水、空調等線路進行詳盡的規劃，才能有利於後續的維護、管理、與更新，所以系統整合所會面臨的不同領域整合挑戰與因應，為本研究所要探討的方向與目的。

經由本研究整理歸納出以下三個結論：
一、 智慧建築要勇於創新。無論是產品或者是技術，唯有透過不斷的創新嘗試，才會知道技術、整合上的侷限與問題，才能進行修正與改進，彼此也才能不斷創造、推出真正適用的方案，發展出相關標準規範。
二、 智慧建築要著重效益及永續發展理念。在發展智慧化應用時，應以能立即獲得效益的應用方向為重，優先投注。節能正是最能及時見到效益的應用。
三、 熟稔智慧建築標章規章精神，見學國際典範，累積整合視野。系統整合是攸關智慧化空間成敗的關鍵，因此系統整合商必須要相當熟稔智慧建築標章規章及其設立宗旨，並且要能運用本身的實務經驗，積極出國參訪國際上智慧建築的典範，才能創造出符合消費者需求的產品。

文末建議於政策上能夠提出：
一、 優惠鼓勵政策措施
二、 主動規劃實證場域，以實際行動來表現願意承擔試驗風險的態度，做為國內智慧建建築主要投資者建築開發商、IT產品開發商以及系統集成者系統整合商的堅強後盾，讓廠商能更為勇敢投入，提升智慧化產品競爭力。

In 1980 the rapid growth and development of information and communications technology, various industries have introduced smart technology products and used computer software and network technology management methods, which have gradually developed into major trends and necessary technologies. In addition, with my country’s aging and declining birthrates and other dramatic changes in the social structure, coupled with the issue of sustainability in the high- and globalized social and economic environment, intelligent building planning and design has become a necessary trend. This research will discuss the development challenges and responses of Intelligent Buildings from the perspective of system integrators. System integration, as the name implies, is to integrate the various systems of Intelligent Buildings. However, the construction of Intelligent Buildings requires the combination of technology and construction craftsmanship. Starting from architectural planning, that necessary to carry out detailed planning for the circuits, networks, water, air-conditioning and other lines in the building in order to facilitate subsequent maintenance, management, and update. Therefore, the integration challenges and responses in different fields faced by system integration are based on the direction and purpose of the research.

Following three conclusions are summarized from this research:
1. Intelligent Buildings must be brave to innovate. Whether it is a product or a technology, only through continuous innovation attempts can we know the limitations and problems of technology and integration, can make corrections and improvements and can continue to create and introduce truly applicable solutions and develop relevant standards and specifications.
2. Intelligent Buildings should focus on benefits and sustainable development concepts. When developing intelligent applications, the application direction that can obtain immediate benefits should be the most important, and priority should be placed on betting. Energy saving is precisely the application that can see benefits most in time.
3. Familiar with the spirit of Intelligent Building standards and regulations, learn from international models, and accumulate integrated vision. System integration is the key to the success or failure of smart spaces. Therefore, system integrators must be quite familiar with Intelligent Building standards and regulations and the purpose of establishing them and must be able to use their own practical experience to actively visit international models of Intelligent Buildings. In order to create products that meet consumer needs.
The end of the article, it is suggested that policies can be put forward:
1. Preferential and encouraging policies and measures.
2. Active of plan the empirical field and take practical actions to show the willingness to take experimental risks. As a major investor in domestic smart construction, construction developers and IT products. The strong backing of developers and system integrators and system integrators allows manufacturers to invest more bravely and enhance the competitiveness of smart products.

論文審定書 i
誌 謝 ii
摘 要 iii
Abstract v
目錄 vii
圖目錄 viii
表目錄 ix
第一章 緒論 1
第一節 研究背景與動機 1
第二節 研究目的 2
第三節 研究流程 2
第四節 研究範圍與限制 4
第二章 產業現況 5
第一節 整體產業趨勢 6
第二節 國內外產業現況 7
第三節 智慧建築標章整合指標介紹 11
第三章 文獻探討 37
第一節 生態經濟學 37
第二節 熊彼得理論 40
第三節 智慧建築標章 43
第四章 研究設計 47
第一節 研究結構 47
第二節 研究方法 48
第五章 實證分析 52
第一節 智慧建築系統之發展歷程及現況 52
第二節 智慧建築系統發展的挑戰與瓶頸 54
第三節 系統整合商在智慧建築系統中扮演的角色 56
第六章 結論與建議 58
第一節 結論 58
第二節 建議 59
第三節 管理意涵 60
參考文獻 61
附錄 63

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