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WSN建構澎湖海域及水產種原環境監測網

  • 日期:102-02-01
  • 計畫編號:101農科-7.1.2-水-A1
  • 年度:2012
  • 領域:農業電子化領域
  • 主持人:林志遠
  • 研究人員:林志遠(1)、呂逸林(2)、蔡萬生(2)、陳世欽(1)

本研究應用WSN 無線感測網路技術於澎湖周邊、內灣海域環境及本所種原庫養殖池之水溫、水質與微氣候監測。本年度主要成果摘述如下:
1. 於澎湖群島最北目斗嶼與東南方東吉嶼設置底碇式水質測站。結合太陽能、GPRS通訊與感測器技術,可即時監測水溫、導電度、鹽度、深度等參數,以分析其變動。本系統除可也可提前掌握北方與南方海流對澎湖周遭海域的可能衝擊之外,並可以多管道警訊方式(網站查詢、簡訊及email)提供養殖業者採取因應措施。
2. 完成可測3種微氣候參數及7種水溫水質參數之Zigbee養殖監測系統之硬體及軟體改良,並擴充建置至鹿港水產種原庫重要養殖池,現場已配置3組終端/路由器及1組閘道協調器進行試運轉。另開發一獨立運作之LCD觸控顯示水質監測電路裝置,可供其他領域之應用。

研究報告摘要(英)


This study applies wireless sensor network (WSN) techniques to monitor the sea temperature, water quality and micro climate of ocean condition in Penghu waters as well as the aquaculture tanks in Aquatic Germplasm Bank of Fisheries Research Institute. Results are summarized as follows:
1. Two bottom-anchored monitoring stations had been constructed at the north islet (Mudou) and the southeast islet (Dongji) islet of Penghu Islands. By using solar-energy, GPRS-communication and sensor technologies, water parameters including temperature, conductivity, salinity and depth can be real-time monitored and analyzed. They provide the water quality information of the northern and southern current with early impacts on the Penghu waters. Nevertheless, aquaculture farmer can receive warning alarms via web, cellphone message and email to take necessary efforts to minimize the damage.
2. Zigbee monitoring system, measuring three parameters of micro climate and seven parameters of water quality, had been improved its hardware and software. It with three end-device/routers and one coordinator installed was deployed in three FRP tanks at the Lukung Aquatic Germplasm Bank for preliminary validation. Furthermore, a brand new stand-alone LCD display with a touch-pad circuit device was designed for water-quality direct measurement.