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2: IOT based Real time discharge monitoring system of irrigation canal
Efficient water resource management is critical for agricultural productivity, particularly in irrigation systems. This project presents the design and development of an IoT-based system for real-time discharge measurement and monitoring in irrigation canals. The system delivers accurate, real-time data on water discharge, facilitating better canal management. The design incorporates water level sensors to monitor water levels at key canal locations. A microcontroller collects this data, which is wirelessly transmitted via a GSM module to a cloud-based platform for remote access. The system also includes a real-time visualization tool, displaying discharge rates on a digital map for efficient monitoring and decision-making. To ensure reliability in remote areas, the system is powered by a solar panel, addressing the challenge of inconsistent power supply. This IoT solution targets key irrigation issues, such as uneven water distribution and water wastage, offering actionable insights to optimize water use. Field tests confirm the system’s accuracy and reliability across varying canal conditions. By enhancing the efficiency of traditional discharge measurement methods, the system contributes to sustainable water management.
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