建築能源管理系統(BEMS)，已經吸引了許多尋求更好地監控其能源消耗效率的公司。依據使用該系統所獲得的總體滿意度，企業內部管理層將做出合理的決策；其中一項對於該系統是否被用戶接受並且成功導入的引述，為用戶的感知程度。為了預測用戶的感知程度，我們必須更加了解用戶接受或者抵制這項系統的原因；本項研究分別從管理層與用戶的角度，探討影響BEMS系統允收結果的外部因素，我們採用一項基於技術允收模型(TAM)的延伸模型，用於評估BEMS於製造業的實施狀況。在本研究中，我們將兼容性、特徵、技術複雜性和感知風險等外顯變數，整合了感知易用性、感知有用性、態度、用戶滿意度和行為意圖等五項內在因素，進行一項結構方程模型(SEM)分析；分析的結果可用於在建築能源管理系統的背景下，從用戶和管理層的角度解釋行為意圖。

The Building Energy Management System (BEMS) has become attractive to many companies seeking to better monitor their energy consumption efficiency. Managerial position in industry have rational decisions based on the total satisfaction received while using the system. One of the aspects determining the success of acceptance a new system is user's perception. To predict we need to better understand why users accept or resist this system. This study investigated the external factors that influence acceptance of the BEMS from managerial and user's perspectives. An extended model based on the Technology Acceptance Model (TAM) was created to evaluate the implementation of the building energy management system in the pharmaceutical companies. A structural equation modeling (SEM) approach was used to analyze the model by adopting compatibility, features, technology complexity, and perceived risk as the external variables, and integrating the five dimensions of perceived ease of use, perceived usefulness, attitude, satisfaction, and behavior intention. These findings can be served for explaining the behavior intention from user’s and managerial perspective within the context of a Building Energy Management system.

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