臺灣博碩士論文加值系統

近年來智慧照明帶來生活的便利與節能的效益，使得越來越多的新建辦公大樓、工業區及公共設施紛紛採用之，在前景看漲下，日本知名大廠Panasonic、Toshiba、National 等公司各自推出二線式照明控制系統，並而帶動了各國廠商亦相繼投入此產業的研發，經多年發展二線式照明控制系統技術已趨成熟，因而大幅度減低照明控制的門檻，也加強監控系統整合能力。本論文希望透過資料通訊與自動化之技術共同開發二線式照明控制系統之軟硬體技術，其技術內容主要包含「二線式資料傳輸之開關及配電控制裝置設計」及「遠端監控通訊系統」等軟硬體設計需求。

Convenience and power-conserving of the daily life, made possible, are fulfilled due to the introduction of the intelligent illumination system (IIS); more and more office buildings, industrial areas/parks, and public utilities have adopted IIS. Based on the vision of the intelligent illumination, lots of Japanese companies, Panasonic, National, etc., have already debuted their two-way lighting control system (TWLCM); simultaneously, many international companies are focusing and exerting more efforts on IIS. Concurrently,With many years development, two-way lighting control system(IIS) technology has been perfect in the intelligent illumination system. This technology adopts the function of the monitoring control system. So that the lighting control become more easily to combine the network and database application for improving the function of the monitoring control system. The purpose of this study is to use information technology (IT) as well as data communication,automation expertise to design a perfect interface and powerful development environment. Those key features/components of the IIS may include the switch of the two-way data transmission and power distribution control design, remote monitoring/surveillance system, the necessity of the hardware-software design.

目錄 .......................................................IV
圖目錄 ........................................................V
表目錄 .......................................................VI
第一章 緒論........................................1
1.1 智慧綠建築的發展概況.................................1
1.2 研究動機.........................................2
1.3 智慧節能照明的實質效益............................5
1.4 論文架構......................................8

第二章 相關背景與市面智慧照明控制器架構探討....................9
2.1 傳統照明與智慧照明比較..................................9
2.2 Panasonic完全二線式遙控照明系統架構..................12
2.3 Toshiba二線式照明控制系統架構........................14
2.4 台科電公共照明節能控制系統架構........................16

第三章 研究方法..........................................18
3.1 具群組化資料傳輸裝置之二線式照明控制系統架構..........19
3.2 二線式資料傳輸控制裝置.............................20
3.3 遠端監控通訊系統..................................26
第四章 研究成果...........................................37
4.1 二線式照明控制器模組完成過程....................37
第五章 結論與未來研究.......................................42
參考文獻 .....................................................45

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