臺灣博碩士論文加值系統

　　近年來隨著科技發展日益月新，能源不足的問題也漸漸產生，傳統的主要發電方式，多是以火力發電為主，而近代興起的核能發電，卻也伴隨著汙染的疑慮。由於上述所提出的種種問題，人們開始重視永續能源的發展，目前人們耳熟能詳的安全且又乾淨替代能源有太陽、風力、潮汐、地熱等。直到至今，許多工程方面的專家依舊相當積極地往替代能源的方向研究。
　　本文主要在研究一套太陽能管理系統，此系統主要分為兩個部分；第一部分為太陽能收集與管理模組：利用低成本且低功耗的ARM微處理器，進行太陽能模組的資料收集與管理，並藉由網路將太陽能電池的相關資訊更新到資料庫伺服器。第二部分為資料庫伺服器的設計：用於伺服器上架設網站與資料庫，並提供使用者可以透過具有上網功能的電腦或智慧型裝置，便可以隨時隨地透過網頁即時監看各太陽能電池的各種狀態。

　　Following by the advance of technology and the innovation, it's an important problem of energy demand (supply). The thermal power is the most important power source in 20 century, after that, the nuclear power generation became the popular way to get power. Both thermal power and nuclear power are usually discussion with highly pollution problem. Above all, human starting tries to find Sustainable Energy. At now, we familiar with power source in safety and clear is sun, wind, tidal and terrestrial heat. Up to now, it is still a popular session which makes lots of expert of engineer research in.
　　In this paper, we proposed a solar energy management system, which include two parts, solar energy collection and management modules (Part I) and database server (Part II). Solar energy collection and management modules (Part I), we collect solar panel information and management modules, then send it to database server by arm microprocessor which is cheap and low power consumption. Database server (Part II), we built database and website in our server which provide interface for the solar panel information. Users can watch the page which shows solar information by computer or smartphone with internet in anywhere.

致謝 iv
中文摘要 v
Abstract vi
目錄 viii
圖索引 x

第一章 緒論 1
1.1研究動機與背景 2
1.2研究方法 4
1.3論文組織與概觀 5

第二章 相關研究知識 6
2.1太陽能源 7
2.2嵌入式系統 9

第三章 系統架構 11
3.1太陽能源量測模組 13
3.2太陽能源資訊管理模組 21
3.3電腦端資料庫伺服器 26

第四章 實驗結果與分析 31
4.1太陽能管理系統 32
4.2系統分析 41

第五章 結論 45

參考文獻 46

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