Enhancing Agricultural Efficiency through IoT-Based Water Valve Actuators

Abstract

Traditional irrigation methods, such as ditch irrigation, sprinkler systems, and irrigation, have been used for decades but have several drawbacks, including unregulated irrigation practices, waterlogging, soil degradation, inefficient water utilization, and the need for constant human intervention. These issues can lead to increased electricity consumption, uneven plant growth, and even pipe damage due to high water pressure passing through the closed valve. IoT solutions offer a viable remedy to address these challenges, enabling precise crop watering. This approach yields enhanced productivity, reduced maintenance, optimal resource utilization, and the ability to anticipate potential damage.
It will increase crop efficiency by absorbing the required amount of water and reducing water overuse. This technology will increase crop yields and reduce human efforts. A new and sophisticated irrigation strategy mitigates these problems by interconnecting a single feeder pipe with multiple pipes and digitally controlled valves. This configuration effectively covers the entire targeted irrigation area. Moreover, strategically positioned IoT-enabled control valve boxes across the field further enhance precision and control in irrigation management.
The agricultural sector faces pressing challenges in optimizing water resources, minimizing waste, and boosting crop productivity. This study introduces an innovative Internet of Things (IoT)-enabled water valve actuator system designed to revolutionize irrigation management. The system automates irrigation scheduling and valve control by integrating sensors, real-time weather forecasts, and machine learning algorithms, promoting precision agriculture.