我國自2004年起正式接受各界「智慧建築標章」之申請，直至2012年起智慧建築標章開始有了分級制度，在2011年版的評估手冊中將智慧建築標章分為八大指標，273項評估項目，以及八大建築類別的評估機制，截至2016年10月底止以2011年版分級評估申請通過之建築物共有118件，但顯少有研究針對通過候選智慧建築證書或是智慧建標章之案例進行智慧化程度的影響研究。有鑑於此，本研究為了解影響建築物智慧化程度的關鍵因素，針對118件案例進行了評估項目關聯性分析以及影響智慧化程度的關鍵因素分析。研究結果顯示影響建築物智慧化程度的最主要關鍵因素包含光音熱氣水等「室內環境舒適度之計畫與對策」，以及包含樓高、空間共享與戶外雨量及照度偵測等「空間共享與外部環境資訊顯示能力」，以及是否「採用節能設備與能源監控管理」等三大關鍵因素。從案例對象的建築物屬性分析中可以了解，北區公有建築以及規模較小的建物大多優先著重於節能設備與能源監控管理的導入，住宅類的建築則比較著重於空間共享與外部環境資訊顯示的能力，辦公類且規模較大的建物則對室內環境舒適度、空間共享與戶外環境資訊顯示及節能監控管理等均有較完整的導入。
Taiwan has officially accepted the application for "Smart Building Mark" since 2004, in 2012, the mark began formulate a classification system, in the 2011’s edition the mark is divided into eight indicators, 273 evaluation items, and eight categories for architecture, until now the application for smart building mark has approximately 118 items been evaluated, but there is lack of research for the impact of Candidate with Smart Building Certificate and case study of the degree of smart building, therefore, this study aims to understand the impact of the key factor affecting intelligent buildings, and 118 cases will be reanalyzed with relevance Analysis and key factor analysis. Research shows the key factor of the level of intelligent building includes 「Plan and Countermeasure of Indoor Environment Comfort」、「Space sharing and external environment information display ability」and「energy-saving equipment and energy monitoring and management」. In northern Taiwan, public building and building with smaller scale focus on Energy-saving equipment and energy monitoring and management, the Residential building Focus on Space sharing and external environment information display, the official type and building with larger scale focus on indoor comfort, Space sharing and external environment information display ability and energy monitoring and management.
