2016-05-202024-05-15https://scholars.lib.ntu.edu.tw/handle/123456789/664222摘要：本計畫建立的節能診斷服務中心以耗能系統設備性能評估改善為診斷分析之目標，耗能系統包含：照明系統、電力系統和空調系統，對空調系統而言，當空調耗能設備經過長時間運轉將造成的設備性能劣化現象與熱傳能力下降，故本計畫主要執行分部分為空調系統性能診斷，建立完整的節能診斷服務系統來進行中小能源用戶廠商之空調系統診斷，節能診斷服務系統包含節能輔導檢測服務、雲端運算服務管理分析平台、節能診斷服務人才培訓。節能輔導檢測服務聚焦在產業中小能源用戶之空調系統運轉效能量測、能源流向監測分析與節能潛力診斷評估；雲端運算服務管理分析平台則利用巨量資料分析與性能改善結果來提供更有效與快速準確的產業用戶診斷服務；節能診斷服務人才培訓著重於諮詢服務專業人員養成、中小能源用戶廠商協調機制之建立。 節能輔導檢測服務系統的研究結果將能建立一套非破壞式空調系統診斷技術與節能服務規範。本計畫將實質改善中小企業廠商之空調系統設備性能劣化現象，提升空調系統運轉性能，進一步達到產業中小能源用戶空調系統節能效益之提升。 <br> Abstract: Energy Diagnostic Centers (EDC) established in this project focus on performance improvement of energy-consuming systems. Energy-consuming systems include: lighting systems, power systems, and air conditioning systems. For the air conditioning systems, however, its energy-consuming equipment deteriorates with time and its heat transfer performance degrades. Thus, this research project aims to establish performance diagnosis of air conditioning systems. Air conditioning system will be diagnosed carefully through the EDC service system developed in this project. EDC service system features three key techniques: energy conservation counseling and measuring diagnostic service, cloud computing service and management analysis platforms, and energy conservation professional training. Firstly, the energy conservation counseling and measuring diagnostic service refer to energy flow analysis, operating performance measuring and potential energy conservation evaluation. Secondly, the cloud computing service and management analysis platforms utilizes big data analysis and performance improvement results to provide EDC service more quickly, effectively and accurately. Thirdly, the energy conservation professional training focus on counseling professional cultivation, and coordination mechanism establishing of small industrials energy users. In summary, the results of this research will build up a non-destructive air conditioning diagnostic method and energy conservation service specification. Furthermore, this results will substantially improve the degrading phenomenon of air conditioning systems. Thus, the results will enhance energy conservation efficiency of air conditioning systems for small industrial energy users.空調機性能診斷技術性能表現Air conditionerperformance diagnostic techniqueperformance analysis