Portfolio Details

Project Abstract

"With global water resources depleting, efficient irrigation methods have become essential for sustainable farming. Existing systems often result in overwatering or underwatering crops, leading to resource waste and reduced crop yields.""The project covers the development of a sensor-based irrigation system using moisture and temperature sensors to control water flow. The limitations include the need for proper sensor calibration and power constraints in remote farming locations."

Project Synopsis

The objective of the project is to develop a system that can monitor and control the temperature, humidity, and soil moisture levels within a greenhouse to optimize crop growth.The system uses sensors to monitor environmental parameters and a microcontroller (Arduino) to control ventilation, watering, and heating systems. Data collected from the sensors are analyzed to automate the system's actions based on preset thresholds.The automated system is expected to maintain optimal conditions for plant growth, leading to improved crop yield and resource efficiency, reducing water and energy consumption by 25% compared to traditional greenhouse systems.