The invention provides a system using cloud manage and green energy technology for fish ponds. At least one sensor and a camera are installed in a fish pond for monitoring the quality of water of the fish pond. At least one peripheral device is used to control the quality of water. A control device is connected to the at least one sensor, the camera, and the at least one peripheral device to receive a sensing signal, and a captured image signal. When the sensing signal is smaller than a second threshold, the control device outputs a control signal to the at least one peripheral device to drive the at least one peripheral device otherwise, when the sensing signal is greater than a first threshold, the control device turns off the at least one peripheral device. The control device has a transmission module to transmit the captured image signal, the control signal, and the sensing signal to a mobile phone in real-time.本發明提供一種雲端綠能漁夫系統。至少一個感測器及一影像擷取裝置係設置於一養殖魚塭中以監控該養殖魚塭的水質條件。一至少一周邊裝置用以對該養殖魚塭的水質條件進行控制。一控制裝置連接該至少一個感測器、該影像擷取裝置及該至少一周邊裝置,以接收一感測訊號及一影像訊號,當該感測訊號低於一第二門檻值時,該控制裝置輸出一控制訊號至該至少一周邊裝置,以驅動該至少一周邊裝置,反之,該控制裝置在該感測訊號高於一第一門檻值時關閉該至少一周邊裝置,該控制裝置並經由一傳輸模組即時連線至一使用者手機以輸出該影像訊號、控制訊號及感測訊號至該使用者手機。100...雲端綠能漁夫系統110...養殖魚塭120...至少一個感測器120,1...溫度感測器120,2...氧氣濃度感測器130...影像擷取裝置131...水底檢識卡140...至少一周邊裝置140,1...加溫設備140,2...曝氧設備150...控制裝置151...傳輸模組160...使用者手機170...水泵180...太陽能模組190...風力發電模組
