本論文旨在開發一個可以無線控制的數位可定址調光介面(Digital Addressable Lighting Interface, DALI)。由於一組DALI調光系統僅能控制256盞燈具，而本系統以有線的DALI調光系統為主要架構，搭配ZigBee無線模組，組合成一個可控制更多燈具之調光控制系統，透過ZigBee的無線調控，可將訊號傳送到相對應的用戶端，並加以調控，同時亦可搭配各種不同功能之感應模組，使自動控制功能更加完善。本研究首先建構出DALI系統之基本架構，並分析DALI系統之訊號，再以Visual Basic撰寫控制介面，該控制介面可透過ZigBee模組對DALI系統加以控制，且ZigBee和DALI的傳送與接收到之訊號皆可回傳至該控制程式，如此便可達成ZigBee無線模組控制DALI有線調光系統之目的。
在研究成果的部分，已經可以透過控制系統發送無線訊號到用戶端，並加以進行手動或自動控制，而每一套DALI系統也可在用戶端自行設定目前的控制模式。手動模式分成廣播模式、群組模式、定址模式三種；自動模式分成照度偵測模式、人體感測模式、定時偵測模式三種。若該系統能被廣泛的利用在各式的大樓或社區內，達成各區域之全日照明管理需求，如此一來即可充分兼顧電力節能與優質光環境照明氣氛。

The thesis is devoted to developing a novel lighting control system using DALI and the integration of ZigBee wireless module in order to make the system remotely controllable. Traditionally, every wired DALI control system can only control 256 lamps. In this research however, we developed a novel system consisting of DALI system and ZigBee wireless modules. The proposed system can simultaneously control multiple lamps while sending commands between or responding users and their lamps. Also, by placing different sensors in this system, we can achieve multiple ways of automatic dimming control. First, we built a model of DALI system then analyzed the signals for further controls as well as developed a Visual Basic control interface to control DALI system with the use of ZigBee wireless modules. Furthermore, feedbacks were acquired for further automatic controls. The result of the proposed system is preferable and achieves the aim of DALI control with the aid of ZigBee wireless modules.
In this research, the proposed system is manually or automatically controllable through wireless signals to the client sides. Scenario controls can also be achieved in the DALI system. Both manual and automatic controls are divided into three modes: the former is divided into broadcast mode, group mode and address mode while the latter is divided into illumination detection mode, human detection mode and time detection mode. Once the system can be widely utilized in all kinds of residential and commercial buildings with full day lighting demands control, both power saving and high quality lighting environments can be met.

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