Hydroponic Cultivation Control System Based on Multi-Sensor Parameter Inputs

Hydroponic cultivation technology, as an advanced soilless growing method, has been widely applied in modern agriculture in recent years. To enhance the automation level and cultivation efficiency of hydroponic systems, this paper designs and implements a hydroponic cultivation control system based on multi-sensor parameter inputs. The system integrates various sensors, such as temperature sensors, humidity sensors, pH sensors, and electrical conductivity sensors, to monitor the parameters of the hydroponic environment in real-time and performs dynamic adjustments through intelligent control algorithms. The goal is to achieve real-time monitoring and adjustment of key parameters in the hydroponic environment, thereby improving the automation level and production efficiency of the hydroponic system and ultimately increasing crop yields.