Smart Drip Irrigation Controlling System

Project Title

Smart Drip Irrigation Controlling System

Project Area of Specialization Internet of ThingsProject Summary

The Smart drip irrigation system contains both the hardware and the software and the major component that makes it efficient enough to handle or we can say manage the whole agricultural system of a land. 

Is the sensors being contained in boxes as each box is going to cover some particular are of the field as a single box is going to contain Arduino that basically receives all the information from the different sensors that are placed in that same box too and for water management a WCN water control is going to be placed on a particular area of land according to its functionality. The information that the boxes generate is basically perceived by the CN Central Node and that central node basically contains the connectivity to Smart Think where all the data gets saved and through that the user also basically receives the information here a user basically manages the whole system remotely through an app in his or her Mobile Phone. Whereas for the other components like water flow sensor, humidity the sensor, temperature sensor and other sensors they perform their tasks according to their functionalities. In our prototype due to low budget Arduino is used instead of a multi control machine. 

Project Objectives

The SDICS empower the agriculture market and help farmer to increase the productivity and earn more also we will use the data with the user permission of user and share the data with the fertilizer company and pesticides company that what are the pros and cons of their product and how their product effect the farmers field, by this way the will not only increase the quality but also can increase their sells and leads their research team to work on specific direction

Project Implementation Method

Starting from the sensors that are basically going to be implemented on different areas of the land according to their specific functionalities the sensors that are going to be placed in those different areas of land are water flow sensor, humidity sensor, temperature sensor, soil moisture sensor etc. A box containing all these sensors and two central devices will be created. A central node is the one that is basically going to contain the connectivity to the SMART as the central node is basically going to send and receive signals to and from. As this central node is going to receive the readings from those boxes and then these nodes are going to send all of that information to a point named SMART THINK where all of that information will be stored and from that point the user will be to send and receive the information as these are going to be the readings that we are going to receive in our application and then based on those readings the user can implement the actions needed. The application will be provided to the android phone users as that would be the remote of managing and handing the land system. 

Figure 3

we have build some sort of layout and we futher we are working on

4 System interface

1. Login

1. Home

1. Menu

         

1. Field Status

1. News and Updates

1. Records

Benefits of the Project

Smart drip irrigation controlling system (SDICS)and agriculture process A system that is a combination of both application software and hardware which will provide an easy to use application which will allow the user to control the water supply according to their specifications. the application will contain all the information about the water supply limitations, how much water has been supplied, at what pressure the?water?needs is being supplied according to the kind of crop. the application will process the information?perceived from Smart think as the Smart think is going to perceive information from the sensors as those sensors are going to be contained in a box and a single box is basically going to cover a particular area of field as the data generated from these boxes are going to be received by the central node containing a connection to the smart think and from that the user is going to receive the information in his or her mobile application  in simple words?our system is basically going to provide proper facility to the crops and make the proper usage of water. users can get the proper information about their land through the application 

This system is to help and provide an irrigation system that will ease the burden of the users to take care of crops. Soil moistures are difficult to measure and their target levels cannot be maintained efficiently. That is the reason an smart drip irrigation controlling system would be the best solution for this problem. The system is easy to access , minimize water usage and high yielding. smart drip irrigation controlling system  is reduce the farmers work. wide range of connectivity. It provided everywhere and anywhere connectivity.  System productivity increases and water consumption reduces. This system requires frequent maintenance for efficient operation. Reduce human efforts as compared to existing system. Real Time Feedback System

• Smart drip irrigation controlling system reduce the water wastage
• SDIC reduce the efforts of farmers, landlords and the agriculturists
• Real time feedback system
• Easy to access
• Allow user to take practical action with real time feedback
• Suggest related information according to the field requirements

Technical Details of Final Deliverable

The final system will be the combinatoin of both hardware and software

A hardware basic prototype

and an android application for temporay time which will be move towards hybrid in future which contain all the above mention functionalities and a machine learning recommendation system which give suggestion for crop health, that how to improve crop health and what action we have to already take before season change

Final Deliverable of the Project HW/SW integrated systemType of Industry Agriculture , Food , Health Technologies Artificial Intelligence(AI), Internet of Things (IoT), Cloud InfrastructureSustainable Development Goals Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Responsible Consumption and ProductionRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	55000
multicontroller	Equipment	1	25000	25000
high accuracy sensor for humidity,temperature,soil moisture,heat index	Equipment	2	10000	20000
aws cloud infrastructure access	Miscellaneous	1	10000	10000