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使用Arduino 發展平臺監控魚菜共生系統

A Arduino-based for monitoring and controlling aquaponics system

摘要


目前全球農業發展朝著科技農業驅勢,不僅要達到農業精緻化,還要簡化人力的付出,本篇提出利用Arduino發展平臺完成一套魚菜共生的監控系統,本系統俱備有遠端監控功能,可以透過遠端連線,完成系統的調控,一般的魚菜共生系統需要抽水馬達不中斷的運作,所以非常的耗電,本系統可以依據養殖池水中的PH值適時調整進水及水位的高低,維持養殖池的水質,另外,在蔬菜耕作的操作,系統可以隨時調整水位高度,以保持蔬菜的根部空間有充足的空氣,以利根部成長。

並列摘要


The global agricultural development has entered the science and technology of agriculture, not only to achieve the refinement of agriculture, but also to simplify the manpower. This paper presents the design and implementation of an Arduino-based for monitoring and controlling aquaponics system. The system has remote monitoring and controlled function, through the connection of remote end. The general aquaponics system requires uninterrupted operation of the water-pump. It consumes power highly. This system can adjust the water quality of ponds according to the PH value of pond water and the level of water. On the other hand, the vegetable farming zone of the system can be adjusted the water level at all times, in order to keep the roots space of vegetable have enough air to promote root growth.

參考文獻


魚菜共生系統的十大準則- 魚菜共生之父 James Rakocy 博士專文,http://www.peopo.org/news/249593。
蘇博豐(2014),台灣魚菜共生Aquaponics 的最大挑戰,漁業養殖畜牧。
張明華、丁永良、楊菁、王祖鈞、張旭(2004)。魚菜共生技術及系統工程研究。現代魚業訊息。19,7-12。
曾吉弘譯、Schwartz, Macro(2015)。實戰數位家庭自動化使用Arduino。台北:碁峰。
趙英傑(2014)。超圖解Arduino 互動設計入門第二版。台北:旗標。

被引用紀錄


吳佳昇(2018)。基於《幼兒園教保活動課程大綱》建置小型魚菜共生系統輔助幼兒園情境教學應用〔碩士論文,國立臺中科技大學〕。華藝線上圖書館。https://www.airitilibrary.com/Article/Detail?DocID=U0061-2301201816455700

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