Paper Key : IRJ************076
Author: Haridas Dandge
Date Published: 04 Apr 2025
Abstract
The efficient management of water resources is crucial in ensuring a sustainable water supply for both agricultural and domestic purposes, especially in regions dependent on tube wells. Automation of tube wells offers a promising solution to enhance the reliability, efficiency, and sustainability of water supply systems. This paper presents an analysis of the automation process for tube wells, focusing on the integration of advanced technologies such as sensors, control systems, and IoT (Internet of Things) to optimize water extraction, distribution, and monitoring.The study explores key aspects of automation, including real-time monitoring of water levels, remote control of pump operations, automated flow regulation, and data-driven decision-making for maintenance and system optimization. The implementation of automated systems significantly reduces human intervention, minimizes energy consumption, and ensures optimal performance under varying water demand conditions. Additionally, the integration of smart sensors allows for predictive maintenance, reducing downtime and enhancing the longevity of infrastructure.Through case studies and simulation models, this research evaluates the performance improvements, cost savings, and environmental impact of automated tube wells compared to traditional manual operations. The findings suggest that automation leads to more efficient water management, reduced operational costs, and a greater ability to respond dynamically to changes in water supply and demand.In conclusion, the automation of tube wells offers a transformative approach to water supply systems, promoting sustainability, reducing wastage, and ensuring the continuous availability of water in critical sectors. The analysis highlights the potential for scaling these solutions to larger water management networks, with a broader implication for resource conservation and climate resilience in water-scarce region.Keywords: - 1. Tube Well Automation System, 2. Water flow & Level Sensors 3. Pump Control and Water quality monitoring 4. Remote Monitoring 5. Sustainable Water Management 6. Real-time Data 7. Remote Control Operational Efficiency, 8. Internet of Things (IoT