The present invention provides a remote monitoring and control system for automatic detection of crop cultivation environment data, the user may use a mobile device to monitor crop cultivation parameters. The system comprises: a regulating room for crop cultivation, which is configured with a plurality of environment sensors for detecting the environment parameters a growth keeping system configured in the regulating room for the crops to exchange gas, nutrition, water and energy with the internal space an environment control platform for receiving environment parameters from each environment sensor in the regulating room and generating an environment parameter short message based on the environment parameters to transmit to a remote platform and the mobile device through the global mobile communication system, or receiving the control short message transmitted by the user or receiving the growth parameters short message transmitted by the remote platform to activate the equipment of growth keeping system the remote platform is to provide long-term data and trend for the subsequent value-added application analysis, thereby facilitating the determination of causes and development of improvement strategies, so as to reduce the consumption of monitoring operation labors and provide more flexible and efficient applications.一種自動偵測作物栽培環境資料的遠端監測及控制系統,為使用者以行動裝置監測作物栽培參數,包括:調節室為提栽種作物,其設置複數環境感測器偵測環境參數;該維持生長系統係設置於調節室為提供作物能與內部空間進行氣體、營養素、水和能量交換;該環境控制平台為接收該調節室內各環境感測器的環境參數,並將環境參數產生一環境參數短訊息並經由全球行動通信系統傳送至遠端平台與行動裝置,或接收使用者傳輸之操控短訊息,或接收遠端平台傳輸之生長參數短訊息以啟動維持生長系統的設備;該遠端平台為提供長期變化之資料與趨勢之後續加值應用分析,以利判斷其原因與研擬改善對策,期使減少監測作業人力耗損,運用更具彈性與效率。1‧‧‧調節室11‧‧‧溫度感測器12‧‧‧濕度感測器13‧‧‧光感測器14‧‧‧氣流感測器2‧‧‧維持生長系統21‧‧‧升降溫度裝置22‧‧‧增減濕度裝置23‧‧‧補光遮蔭裝置24‧‧‧二氧化碳產生器25‧‧‧養液調製與循環裝置3‧‧‧環境控制平台4‧‧‧遠端平台5‧‧‧行動裝置6‧‧‧全球行動通信系統
