Design and Implementation of irrigation management embedded system controlling substrate moisture directly
Han-Kwon Lee, Young-Ki Byun, Seung-Hyuk Lee, Hyun-Ok Pack, Tae-Kyung Cho, Youngshik Kim, Byoung-Soo Park
Abstract
Han-Kwon Lee, Young-Ki Byun, Seung-Hyuk Lee, Hyun-Ok Pack, Tae-Kyung Cho, Youngshik Kim, Byoung-Soo Park
Abstract
Since the late 1920's possibility of commercial hydroponics was testified practically. Hydroponics is used as environmentally friendly agriculture production system recently with high effectiveness. Now that existing irrigation control systems such as time control or solar radiation control cannot satisfy stable water content in root substrates, the needs for new irrigation system keep increasing. In this paper, we proposed environmentally friendly automatic irrigation management system by employing automation system based on electronic control system, which could solve problems based on manual irrigation management system. In addition, it suggested to be applied to any crops and will be able to overcome existing limit in irrigation by measuring the water content of root substrate in realtime.
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Since the late 1920's possibility of commercial hydroponics was testified practically. Hydroponics is used as environmentally friendly agriculture production system recently with high effectiveness. Now that existing irrigation control systems such as time control or solar radiation control cannot satisfy stable water content in root substrates, the needs for new irrigation system keep increasing. In this paper, we proposed environmentally friendly automatic irrigation management system by employing automation system based on electronic control system, which could solve problems based on manual irrigation management system. In addition, it suggested to be applied to any crops and will be able to overcome existing limit in irrigation by measuring the water content of root substrate in realtime.
Key concepts: Hydroponics, Irrigation, Agricultural engineering, Automation, Water content, Environmental science, Computer science, Environmentally friendly