Farhaan Beeharry
Software Engineer
© 2023 All rights reserved.
Automatic Irrigation System
Designing and implementing an automatic irrigation system utilizing
state-of-the-art technology can be an intellectually stimulating and
rewarding endeavor for those who possess a passion for both horticulture and
cutting-edge innovation. In this blog
post, I will delve into the intricacies of constructing an irrigation system
that incorporates soil moisture sensors, a water reservoir outfitted with
pumps, a mobile application, and a solar-powered energy
source.
To commence the construction of the irrigation system, it was essential to procure all the necessary components. This included a NodeMCU board, soil moisture sensors, pumps, a water reservoir (I employed acrylic as the material of choice), a solar panel, and a battery. The utilization of a NodeMCU board, in particular, was pivotal as it possesses the capability of being integrated with Wi-Fi, which enabled seamless monitoring and control of the system through the mobile application.
After obtaining all the necessary components, I proceeded to connect the soil moisture sensors to the NodeMCU board. This enabled the system to continuously monitor the moisture levels in the soil and activate the pumps to irrigate the plants when the moisture level dropped below a predetermined threshold. Additionally, I designed and assembled a water reservoir using acrylic, and integrated pumps to ensure a consistent water supply for irrigation.
To further enhance the convenience and ease of use of the system, I developed a mobile application utilizing the Flutter framework. The application grants users the ability to monitor the soil moisture, temperature, and humidity, as well as manually operate the pumps for irrigation.
Finally, to ensure the system's sustainability and reduce its carbon footprint, I employed solar power (both photovoltaic and a battery) as the primary source of energy. This not only makes the system more environmentally friendly, but also eliminates the need for a conventional power outlet.
In conclusion, designing and implementing an automatic irrigation system utilizing state-of-the-art technology such as NodeMCU board, soil moisture sensors, pumps, a water reservoir, a mobile application, and solar power can be a challenging yet immensely gratifying experience. With the right knowledge and patience, anyone can create a system that will optimize the efficiency and ease of gardening.
View code on Github
View Design and Implementation on Behance
To commence the construction of the irrigation system, it was essential to procure all the necessary components. This included a NodeMCU board, soil moisture sensors, pumps, a water reservoir (I employed acrylic as the material of choice), a solar panel, and a battery. The utilization of a NodeMCU board, in particular, was pivotal as it possesses the capability of being integrated with Wi-Fi, which enabled seamless monitoring and control of the system through the mobile application.
After obtaining all the necessary components, I proceeded to connect the soil moisture sensors to the NodeMCU board. This enabled the system to continuously monitor the moisture levels in the soil and activate the pumps to irrigate the plants when the moisture level dropped below a predetermined threshold. Additionally, I designed and assembled a water reservoir using acrylic, and integrated pumps to ensure a consistent water supply for irrigation.
To further enhance the convenience and ease of use of the system, I developed a mobile application utilizing the Flutter framework. The application grants users the ability to monitor the soil moisture, temperature, and humidity, as well as manually operate the pumps for irrigation.
Finally, to ensure the system's sustainability and reduce its carbon footprint, I employed solar power (both photovoltaic and a battery) as the primary source of energy. This not only makes the system more environmentally friendly, but also eliminates the need for a conventional power outlet.
In conclusion, designing and implementing an automatic irrigation system utilizing state-of-the-art technology such as NodeMCU board, soil moisture sensors, pumps, a water reservoir, a mobile application, and solar power can be a challenging yet immensely gratifying experience. With the right knowledge and patience, anyone can create a system that will optimize the efficiency and ease of gardening.
View code on Github
View Design and Implementation on Behance