Revolutionizing Greenhouse Management with Electronic Intelligence

Our laboratory proudly presents an advanced electronic system designed for the monitoring and automated control of environmental conditions in small and medium-sized greenhouses. This system significantly enhances the efficiency of plant cultivation. In recent years, the adoption of automated systems for precise greenhouse control has been on the rise. The more precise and consistent the control of greenhouse conditions, the more uniform and healthy the plants grow.

Our "Smart Greenhouse" system, developed in our laboratory, is equipped with an array of sensors and actuators to create an optimal environment for plant growth. It includes:

• Internal Temperature Regulation: The system employs internal temperature sensors to activate fans and servo motors when the greenhouse temperature exceeds a predefined threshold. Conversely, when the temperature falls below the set value, the ventilation system is deactivated, and the heating system is engaged to maintain the ideal temperature for plant growth.
• Soil Moisture Management: Soil moisture sensors play a pivotal role in monitoring soil conditions. When the soil becomes excessively dry, the system triggers an irrigation system pump or solenoid valve to deliver water to the plants, ensuring they remain adequately hydrated.

Our automated greenhouse system is built around the Raspberry Pi microcomputer. Sensor data is continually collected, processed, and made accessible through a dedicated web portal. This enables remote control and monitoring of the greenhouse, providing the flexibility to manage it from on-site or remotely via a smartphone or computer.