Design and implementation of an automated plant irrigation system using sensors and IoT technology

Sellaperumal, Gokulan (2024) Design and implementation of an automated plant irrigation system using sensors and IoT technology. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

This final year project presents the design and implementation of an automated plant irrigation system using sensors and IoT technology. The aim is to optimize plant growth and irrigation practices by monitoring soil moisture levels, humidity, and temperature through an IoT platform. The system integrates strategically placed sensors in the plant environment to collect data, which is transmitted to a centralized IoT platform for analysis. Through a user-friendly interface, including a mobile application, users can remotely access the system, adjust irrigation parameters, and receive notifications. The project addresses the limitations of traditional irrigation methods by leveraging IoT technology for precise monitoring and control. Additionally, the incorporation of grow lights enhances plant growth by providing the necessary light spectrum for photosynthesis. The project's implementation and evaluation validate its effectiveness in optimizing irrigation practices and promoting plant growth. The findings contribute to the field of automated plant irrigation systems, showcasing the potential for improved water usage efficiency and increased crop yields

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