本文主要目的在於設計太陽光電能路燈監控系統，將太陽光電能路燈內
部所偵測到的太陽光電能板發電、蓄電池儲能及負載點燈等數據資料，以RF
無線傳輸經由USB 介面由個人電腦進行資料收集，再使用LabView 圖形監控
發展軟體進行專用監控介面之開發，將個人電腦偵測之數據資料進行紀錄及
運算。監控系統收集之數據資料可分別以數字及圖形顯示，並加以紀錄。此
外、為方便進行發電資料統計以作為太陽光電能路燈系統未來發展之參考，
太陽光電能板發電歷史資料則以歷經時間曲線圖呈現。最後本文設計之太陽
光電能路燈監控系統並加入網路登入功能，遠端使用者可藉由網際網路讀取
太陽光電能路燈系統的各種資料，再利用WebServer 的功能，提供大眾瀏覽
網頁的方式了解太陽光電能路燈系統的狀況。

This study presents a remote supervisory system for solar power street lights.
The data detected from solar power street lights are collected by a personal
computer through RF contactless transmission. Then LabView is applied to
monitor and record the data in an excel format. While the latest data can be
displayed by number and diagram respectively and recorded, the past data is
displayed in a diagram with time-framed format to provide convenience for data
compiling and reference for future development. Finally, the remote monitor
system presented in this study is set up with the function of log-in on the internet.
With the function, remote users can obtain the latest data through internet. In
addition, the web site can be viewed with WebSever function from Labview to
understand the status of solar street lights.

中文摘要 i
英文摘要 ii
謝誌 iii
目錄 iv
圖目錄 vi
表目錄 viii

第一章 緒論 1
1.1 研究背景與動機 1
1.2 論文大綱 3

第二章 文獻探討 4
2.1 太陽光電能板特性 4
2.2 太陽光電能發電系統 8
2.3 網路通訊協定 11

第三章 圖控式監控軟體 20
3.1 圖形監控發展背景 20
3.2 圖控式軟體 21
3.3 LabVIEW 圖控軟體 23
3.4 LabVIEW 網路應用 28
3.5 LabVIEW 介面傳輸 30

第四章 遠端監控系統設計與實測 35
4.1 太陽光電能路燈架構 35
4.2 街燈訊號接收處理流程 36
4.3 路燈電量計算流程 38
4.4 Client 端流程 39
4.5 Sever 端流程 42
4.6 監控系統程式碼 44
4.7 監控系統實測結果 54

第五章 結論與未來研究方向
5.1 總結 59
5.2 未來研究方向 60
參考文獻 62

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