建築信息模型(BIM)和建築能源模型(BEM)工具的互操作性和集成是建築、工程和施工(AEC)行業面臨的主要挑戰。本論文的目標是(i)研究各種BEM工具以評估其工作流程以及與BIM的集成，以及(ii)從更廣泛的視角到更具體的視角(即分別從EUI到最終使用數據)評估BEM工具在預測/模擬整個建築能源性能方面的準確性。
為了順利進行研究，本研究選擇位於高雄市中心一處住宅型建物作為研究個案，選擇該建物的主要標準是住宅型建物占我國建築物總數之七成以上，且本研究作者可以取得該建物之能源使用數據。另外在BEM工具選擇方面，本研究採用BIM集成、BIM可互操作和BIM分離等三種BEM工具，將用於評估設計及工作流程分析。
為了對模擬能源數據和測量數據進行比較分析，收集並使用個案的實際能源數據。再進一步針對個案以BEM工具進行能源使用優化分析並提出建議。研究結果顯示，潛在的發展對於實現簡化的BIM到BEM工作流程至關重要，從而減少繁瑣和耗時，另外建築物的朝向以及於規劃設計階段選用之材料，對於其後續營運時之能耗扮演至關重要之角色。

The objectives of this paper are (1) to study various BEM tools to evaluate their workflow and integration with BIM, and (2) to evaluate the accuracy of BEM tools in predicting/simulating the energy performance of the whole building from a broader perspective to a more specific perspective (i.e. from EUI to end-use data respectively).

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