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Automatic Plant Irrigation System

Project type

Automation

Date

July 2017

Location

Kathmandu University

Role

Lead Developer

The Automatic Plant Irrigation System is designed to address the challenges posed by traditional manual irrigation methods, offering a more efficient and automated solution. The project recognizes the increasing impact of global warming and erratic climatic conditions on agricultural practices, making it crucial to develop technologies that enhance irrigation processes.

The motivation behind this project stems from the need to mitigate the effects of global warming and address difficulties in irrigating sloped or hilly terrains. Traditional manual irrigation is not only time-consuming but also requires a significant amount of manpower. The project aims to provide a reliable and automated system that can efficiently irrigate fields without constant human intervention.

The primary objective of the project is to design and implement an Automatic Plant Irrigation System. This system is intended to detect soil moisture levels and activate the irrigation process when the soil is dry. Conversely, it deactivates the irrigation system when the soil reaches an adequate moisture level. The goal is to create a time-efficient and labor-saving solution for farmers.

The Automatic Plant Irrigation System has versatile applications in various sectors. It can be employed in industrial settings for the automated cultivation of crops on large land areas, including the growth of staples like paddy and wheat. Additionally, the system is suitable for domestic applications, such as home gardening.

The project offers several advantages:
Automation reduces the need for extensive manpower.
Components used in the system are cost-effective and readily available.
Provides a more reliable and efficient irrigation method.

While the system is effective, it has limitations, such as its reliance on probes in a small region. In larger areas with varying soil moisture conditions, the system may not perform optimally. For instance, if the soil in the field is dry, but the region near the probes is wet, the system might not irrigate the entire field.

In summary, the Automatic Plant Irrigation System is a technologically advanced solution designed to automate the irrigation process based on soil moisture levels. It holds promise for enhancing agricultural practices, especially in regions facing challenges due to climate change.

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