本文提出應用無線射頻辨識裝置與無線感測網路於變壓器之溫度監測系統設計，其中應用無線射頻辨識技術來完成訊號的擷取記錄，並使用無線感測模組來增加各個變壓器間之資料傳輸效能，同時發展即時監測系統，並輔以圖控軟體之人機介面與資料庫配合，以逹成電力設備之溫度監測。又本文無線感測器部分係採用ZigBee之概念於資料上的傳遞，更有助於加強無線射頻辨識之實用性及提昇工程實務之應用價值，同時本文並利用影像監視識別技術，以協助相關工程人員掌握設備之安全性。而為驗證本文所提之整合方法，本文並經由模擬與量測信號予以測試，其測試結果應有助於佐證本文所提架構及採行方法之可行性。

In this thesis, the Radio Frequency IDentification (RFID) device was integrated with wireless sensor networks for temperature monitoring of electric power transformers. In the proposed system, RFID was served for the data recording, and wireless sensor network was for the data transfering. In the mean time, a man-machine interface and database were also employed and integrated such that the goal of an overall transformer temperature monitoring can be better reached. It is noted that for the part of wireless sensor network, the concept of ZigBee was implemented in anticipation of ensuring the data transfer performance. In addition, the image monitoring and identification was also included within the method such that the security can be highly enhanced. This proposed approach has been tested through simulations and real signals. Test results confirmed the feasibility of the method for the application considered.

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