Smart irrigation System

Project Title

Smart irrigation System

Project Area of Specialization Artificial IntelligenceProject Summary

The project includes the development of a modern planning strategy for filtering and controlling the soil moisture level using Raspberry PI. It provides the comprehensive tools you need to create a quote or control application in much less time. No, at this point, farmers are willing to use dramatically less water to grow their crops, they are using better soil moisture management, and the crops are acceptable for development. It is essential for the growth of plants ready for yield, ultimately in degrees. The combined automated irrigation system provides an effective response to help pages on agricultural topics and enables precise irrigation control that enables manufacturers to save water while increasing profitability.It should be noted that the combination of equipment and programming provides an irrigation controller that is very easy to implement and very easy to implement. From the point of view of remote work, the built-in microcontroller-based irrigation system can work continuously over a crucial period even under irregular conditions. If plants are given water at the right time, their production increases by 25-30%. The system only needs to divide the entire site into several sections and a single microcontroller can control the entire cycle, allowing very large areas to be immersed. The lack of financing and capital acceptance requires the development of a miniature structure. Securing funding acceptance is important, but not the only prerequisite for all accounts to outgrow the need to send miniature clamps. Budget support should be linked to attempts to attract capacity and capacity from the private sector.

Project Objectives

The focus of the work is on the investigation of the feasibility of intelligent irrigation technology and the age of intelligent energy. The technologies used in this project mainly focus on systematic issues such as water availability, excessive energy consumption, lack of field awareness, on-site overload and maintenance of unprotected equipment. Another serious problem is the unavailability of electricity, which led to the postponement of work. This energy problem was understood in the age of energy from photovoltaic systems. The aim is to build a smart and remote controlled irrigation system with three levels to provide a planted programmed irrigation system and save water and money. The main purpose is to implement the system and develop the integrity of the dirt or the integrity of the facility through various sensors. The installation of the soil water level is a necessary prerequisite for optimal plant development. In addition, water is always an essential part of food, so avoid overuse. The aim of this proposal is to introduce sifting and to develop a straightforward and simple approach to demonstrate the level of soil moisture, which is continuously controlled for maximum plant growth while allowing access. If you look at the LabVIEW programming, you can view the sensor information online.

Project Implementation Method

Phase 1:-

Gathered the information from the research contents and literature reviews.

Phase 2:-

The work on problems in the project is based on research papers. Configure the data analysis for on-the-ground monitoring.

Phase 3:-

Testing and resulting the module.

Benefits of the Project

Scope of this project is vast following factors defines the scope of this project.It allows farmers to maximize yields using minimum resources such as water, fertilizers, seeds etc.Smart agriculture use drones and robots which helps in many ways. These improves data collection process and helps in wireless monitoring and control. The type of precision farming system you get will depend on how you use programming to manage your business. The control system monitors sensor deployment and sends remote information to provide flexibility and support options. It also automates machines and devices in light of evolving problems and assistance with construction. This is no different from the prosperity model of some other “smart” business plans. With a modular approach, you can use your assets properly to achieve lean, step-by-step design and meet the demanding needs of your department. In a smart growing system, it is therefore associated with a graceful treatment of the land and, given its condition, brings the right plants such as moisture, fertilizers or materials into the right development.

The programmed irrigation system is particularly useful for travelers. When properly installed and adjusted, the programmed irrigation system saves money and protects the water. Dead grass and plants need to be replaced, which can be expensive. In any case, the stocks of programmed irrigation systems can exceed this value. The  programmed irrigation system can be adjusted to trigger more accurate water readings in a region-focused area, thereby improving water conservation.

Technical Details of Final Deliverable

This project is designed to facilitate farmers and enterprenuers to boost  the  economic growth of the country.

This project can be deliverable after the completion of the architecture.

We are developing application.that will help the users to operate

Final Deliverable of the Project HW/SW integrated systemCore Industry AgricultureOther Industries Agriculture Core Technology Internet of Things (IoT)Other Technologies Artificial Intelligence(AI)Sustainable Development Goals Decent Work and Economic Growth, Industry, Innovation and InfrastructureRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	67200
Raspberry PI	Equipment	1	20000	20000
Arduino Board	Equipment	1	1200	1200
Solar panel	Equipment	1	8000	8000
Moisture Sensor	Equipment	4	5000	20000
Temperature Sensor	Equipment	4	2000	8000
motor	Equipment	1	10000	10000